From 76640243d7f4d12b3d0407a3eaacfb9b0b4a32ce Mon Sep 17 00:00:00 2001 From: ian Date: Tue, 8 Apr 2008 21:13:14 +0000 Subject: [PATCH] undo broken deletion --- .cvsignore | 24 + Makefile | 27 + TODO | 8 + cebpic/.cvsignore | 13 + cebpic/Makefile | 31 + cebpic/README.circuitry | 293 + cebpic/README.protocol | 345 + cebpic/booster-output-low.asm | 20 + cebpic/breaks.gdb | 4 + cebpic/common.inc | 48 + cebpic/config.asm | 20 + cebpic/flow-control-test.asm | 42 + cebpic/gpsim.cmd | 4 + cebpic/i2c-test-reply.asm | 761 ++ cebpic/i2c-test.asm | 539 + cebpic/intelhex.pdf | Bin 0 -> 29218 bytes cebpic/led-flash.asm | 52 + cebpic/make-idlocs | 43 + cebpic/manypics.make | 106 + cebpic/merge-hex | 101 + cebpic/morse-generator | 211 + cebpic/morse-printout-genps | 77 + cebpic/morse.messages | 36 + cebpic/morsepanic.asm | 370 + cebpic/nmra-stream.asm | 478 + cebpic/panic.asm | 238 + cebpic/reply-serial.asm | 90 + cebpic/routines-led.asm | 40 + cebpic/send-serial.asm | 83 + cebpic/tblrd_test.asm | 230 + cebpic/test.stim | 19 + cebpic/x.gdb | 3 + common.make | 1 + cprogs.make | 13 + detpic/.cvsignore | 25 + detpic/Makefile | 68 + detpic/capture-nmra | 4 + detpic/common.inc | 369 + detpic/config.asm | 20 + detpic/crashread | 527 + detpic/detect.asm | 429 + detpic/display-nmra | 50 + detpic/display-nmra-decoded | 268 + detpic/energy.asm | 235 + detpic/final.inc | 7 + detpic/i2clib.asm | 509 + detpic/i2clib.inc | 355 + detpic/i2clib.incm | 16 + detpic/make-clocks | 154 + detpic/make-externs | 4 + detpic/make-panicworthy | 56 + detpic/mascan.asm | 541 + detpic/misc.asm | 109 + detpic/morse.messages | 102 + detpic/nmra-stream.asm | 482 + detpic/panic.asm | 599 + detpic/panic.inc | 15 + detpic/pindata.inc | 14 + detpic/points.asm | 407 + detpic/program.asm | 236 + detpic/program.clocks | 17 + detpic/reverse.asm | 274 + detpic/routines-led.asm | 35 + detpic/serout.asm | 154 + detpic/tick.asm | 59 + detpic/variables.asm | 72 + detpic/vectors.asm | 40 + detpic/watchdog.asm | 62 + farnell/bulkres-items.descs | 9786 ++++++++++++++ farnell/bulkres-searchout1 | 1178 ++ farnell/bulkres-searchout10 | 1175 ++ farnell/bulkres-searchout11 | 1175 ++ farnell/bulkres-searchout12 | 1175 ++ farnell/bulkres-searchout13 | 1181 ++ farnell/bulkres-searchout14 | 1180 ++ farnell/bulkres-searchout15 | 1175 ++ farnell/bulkres-searchout16 | 1175 ++ farnell/bulkres-searchout18 | 1175 ++ farnell/bulkres-searchout2 | 1167 ++ farnell/bulkres-searchout3 | 1175 ++ farnell/bulkres-searchout4 | 1175 ++ farnell/bulkres-searchout426 | 1176 ++ farnell/bulkres-searchout45 | 1175 ++ farnell/bulkres-searchout476 | 1175 ++ farnell/bulkres-searchout5 | 1175 ++ farnell/bulkres-searchout501 | 1175 ++ farnell/bulkres-searchout526 | 1175 ++ farnell/bulkres-searchout551 | 1175 ++ farnell/bulkres-searchout576 | 1175 ++ farnell/bulkres-searchout6 | 1192 ++ farnell/bulkres-searchout601 | 1175 ++ farnell/bulkres-searchout626 | 1175 ++ farnell/bulkres-searchout651 | 1175 ++ farnell/bulkres-searchout666 | 1175 ++ farnell/bulkres-searchout7 | 1200 ++ farnell/bulkres-searchout8 | 1200 ++ farnell/bulkres-searchout9 | 1184 ++ farnell/bulkres-select-gen.pl | 36 + farnell/circuit.partlist | 328 + farnell/control.partlist | 58 + farnell/farnell-find | 723 ++ farnell/farnell-resistor-convert.pl | 52 + farnell/matrix-board.ps | 94 + iwjpictest/.cvsignore | 7 + iwjpictest/Makefile | 51 + iwjpictest/clockvaries.inc | 106 + iwjpictest/config.asm | 20 + iwjpictest/copybits.asm | 83 + iwjpictest/flasher.asm | 62 + iwjpictest/harness.asm | 461 + iwjpictest/hexterm | 293 + iwjpictest/insn-aliases.inc-gen | 246 + iwjpictest/insn-makecheck | 5 + iwjpictest/onecopybit.inc | 18 + iwjpictest/serialloop.asm | 67 + iwjpictest/syncwrite.asm | 19 + iwjpictest/syncwrite.inc | 3 + iwjpictest/syncwritehex.asm | 51 + iwjpictest/test.inc | 5 + iwjpictest/test1.asm | 23 + iwjpictest/test2.asm | 16 + iwjpictest/to-insn-aliases | 278 + layout/.cvsignore | 30 + layout/Makefile | 171 + layout/bigcircles.m4 | 13 + layout/circles.i4 | 12 + layout/compose-segenco.c | 121 + layout/data2safety | 620 + layout/dlist.h | 64 + layout/dualjn.m4 | 37 + layout/extractgraph | 341 + layout/graph-data.h | 93 + layout/informat.txt | 319 + layout/layout | 1687 +++ layout/layout-data.h | 86 + layout/make-dgram-make | 12 + layout/ours.dgram-list | 1 + layout/ours.m4 | 587 + layout/ours.wiring | 41 + layout/parts.i4 | 269 + layout/pin-info-gen | 72 + layout/plan-data-format.h | 40 + layout/plan-to-gui-data | 616 + layout/redactgraph.c | 776 ++ layout/segcmap.h | 81 + layout/segcmapassign | 119 + layout/segencolayers.gen-make | 23 + layout/showlib.m4 | 3 + layout/subseg2display.c | 311 + layout/testfile | 23 + layout/testjoin.m4 | 35 + layout/testobj | 20 + layout/testphys.m4 | 16 + layout/trim-ps | 35 + layout/x.gdb | 49 + misc/divider-table.pl | 148 + parport/.cvsignore | 6 + parport/Makefile | 20 + parport/lib.c | 58 + parport/lib.h | 11 + parport/nmra-decode.pl | 285 + parport/odyssey-train | 55 + parport/parport-ctl.c | 216 + parport/readlots.c | 34 + parport/readlots.sh | 5 + parport/serial-tcflow.c | 34 + parport/siggen.c | 72 + parport/train-pic-prog-select.c | 123 + pcb/.cvsignore | 13 + pcb/Makefile | 107 + pcb/detectors.pcb | 4987 +++++++ pcb/detectors.zip | Bin 0 -> 60701 bytes pcb/generate-netspec.pl | 305 + pcb/hole-report.pl | 34 + pcb/layers.txt.tmpl | 7 + pcb/netlist-expand | 442 + pcb/panel3.out-ps.tar.gz | Bin 0 -> 297799 bytes pcb/panel3.pcb.output_printed.tar.gz | Bin 0 -> 297416 bytes pcb/panel3.zip | Bin 0 -> 149038 bytes pcb/pcb-panelise | 334 + pcb/pcbdesigns.zip | Bin 0 -> 39377 bytes pcb/reversers.pcb | 4474 +++++++ pcb/reversers.zip | Bin 0 -> 57980 bytes pic.make | 48 + spice/2n7000.mod | 61 + spice/Makefile | 190 + spice/bat85.mod | 23 + spice/booster.cir | 85 + spice/bzx55.mod | 353 + spice/diodes.com-spice.txt | 17251 +++++++++++++++++++++++++ spice/irf5305.mod | 61 + spice/lf356.mod | 115 + spice/miscdiodes.mod | 3 + spice/opmodel1.cir | 23 + spice/opmodmac.cir | 28 + spice/shortcut.cir | 23 + spice/snarf-diodes.pl | 14 + spice/test.cir | 31 + 198 files changed, 93360 insertions(+) create mode 100644 .cvsignore create mode 100644 Makefile create mode 100644 TODO create mode 100644 cebpic/.cvsignore create mode 100644 cebpic/Makefile create mode 100644 cebpic/README.circuitry create mode 100644 cebpic/README.protocol create mode 100644 cebpic/booster-output-low.asm create mode 100644 cebpic/breaks.gdb create mode 100644 cebpic/common.inc create mode 100644 cebpic/config.asm create mode 100644 cebpic/flow-control-test.asm create mode 100644 cebpic/gpsim.cmd create mode 100644 cebpic/i2c-test-reply.asm create mode 100644 cebpic/i2c-test.asm create mode 100644 cebpic/intelhex.pdf create mode 100644 cebpic/led-flash.asm create mode 100755 cebpic/make-idlocs create mode 100644 cebpic/manypics.make create mode 100755 cebpic/merge-hex create mode 100755 cebpic/morse-generator create mode 100755 cebpic/morse-printout-genps create mode 100644 cebpic/morse.messages create mode 100644 cebpic/morsepanic.asm create mode 100644 cebpic/nmra-stream.asm create mode 100644 cebpic/panic.asm create mode 100644 cebpic/reply-serial.asm create mode 100644 cebpic/routines-led.asm create mode 100644 cebpic/send-serial.asm create mode 100644 cebpic/tblrd_test.asm create mode 100644 cebpic/test.stim create mode 100644 cebpic/x.gdb create mode 100644 common.make create mode 100644 cprogs.make create mode 100644 detpic/.cvsignore create mode 100644 detpic/Makefile create mode 100755 detpic/capture-nmra create mode 100644 detpic/common.inc create mode 100644 detpic/config.asm create mode 100755 detpic/crashread create mode 100644 detpic/detect.asm create mode 100755 detpic/display-nmra create mode 100755 detpic/display-nmra-decoded create mode 100644 detpic/energy.asm create mode 100644 detpic/final.inc create mode 100644 detpic/i2clib.asm create mode 100644 detpic/i2clib.inc create mode 100644 detpic/i2clib.incm create mode 100755 detpic/make-clocks create mode 100755 detpic/make-externs create mode 100755 detpic/make-panicworthy create mode 100644 detpic/mascan.asm create mode 100644 detpic/misc.asm create mode 100644 detpic/morse.messages create mode 100644 detpic/nmra-stream.asm create mode 100644 detpic/panic.asm create mode 100644 detpic/panic.inc create mode 100644 detpic/pindata.inc create mode 100644 detpic/points.asm create mode 100644 detpic/program.asm create mode 100644 detpic/program.clocks create mode 100644 detpic/reverse.asm create mode 100644 detpic/routines-led.asm create mode 100644 detpic/serout.asm create mode 100644 detpic/tick.asm create mode 100644 detpic/variables.asm create mode 100644 detpic/vectors.asm create mode 100644 detpic/watchdog.asm create mode 100644 farnell/bulkres-items.descs create mode 100644 farnell/bulkres-searchout1 create mode 100644 farnell/bulkres-searchout10 create mode 100644 farnell/bulkres-searchout11 create mode 100644 farnell/bulkres-searchout12 create mode 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farnell/bulkres-searchout7 create mode 100644 farnell/bulkres-searchout8 create mode 100644 farnell/bulkres-searchout9 create mode 100755 farnell/bulkres-select-gen.pl create mode 100644 farnell/circuit.partlist create mode 100644 farnell/control.partlist create mode 100755 farnell/farnell-find create mode 100755 farnell/farnell-resistor-convert.pl create mode 100644 farnell/matrix-board.ps create mode 100644 iwjpictest/.cvsignore create mode 100644 iwjpictest/Makefile create mode 100644 iwjpictest/clockvaries.inc create mode 100644 iwjpictest/config.asm create mode 100644 iwjpictest/copybits.asm create mode 100644 iwjpictest/flasher.asm create mode 100644 iwjpictest/harness.asm create mode 100755 iwjpictest/hexterm create mode 100755 iwjpictest/insn-aliases.inc-gen create mode 100755 iwjpictest/insn-makecheck create mode 100644 iwjpictest/onecopybit.inc create mode 100644 iwjpictest/serialloop.asm create mode 100644 iwjpictest/syncwrite.asm create mode 100644 iwjpictest/syncwrite.inc create mode 100644 iwjpictest/syncwritehex.asm create mode 100644 iwjpictest/test.inc create mode 100644 iwjpictest/test1.asm create mode 100644 iwjpictest/test2.asm create mode 100755 iwjpictest/to-insn-aliases create mode 100644 layout/.cvsignore create mode 100644 layout/Makefile create mode 100644 layout/bigcircles.m4 create mode 100644 layout/circles.i4 create mode 100644 layout/compose-segenco.c create mode 100755 layout/data2safety create mode 100644 layout/dlist.h create mode 100644 layout/dualjn.m4 create mode 100755 layout/extractgraph create mode 100644 layout/graph-data.h create mode 100644 layout/informat.txt create mode 100755 layout/layout create mode 100644 layout/layout-data.h create mode 100755 layout/make-dgram-make create mode 100644 layout/ours.dgram-list create mode 100644 layout/ours.m4 create mode 100644 layout/ours.wiring create mode 100644 layout/parts.i4 create mode 100755 layout/pin-info-gen create mode 100644 layout/plan-data-format.h create mode 100755 layout/plan-to-gui-data create mode 100644 layout/redactgraph.c create mode 100644 layout/segcmap.h create mode 100755 layout/segcmapassign create mode 100755 layout/segencolayers.gen-make create mode 100644 layout/showlib.m4 create mode 100644 layout/subseg2display.c create mode 100644 layout/testfile create mode 100644 layout/testjoin.m4 create mode 100644 layout/testobj create mode 100644 layout/testphys.m4 create mode 100755 layout/trim-ps create mode 100644 layout/x.gdb create mode 100755 misc/divider-table.pl create mode 100644 parport/.cvsignore create mode 100644 parport/Makefile create mode 100644 parport/lib.c create mode 100644 parport/lib.h create mode 100755 parport/nmra-decode.pl create mode 100755 parport/odyssey-train create mode 100644 parport/parport-ctl.c create mode 100644 parport/readlots.c create mode 100755 parport/readlots.sh create mode 100644 parport/serial-tcflow.c create mode 100644 parport/siggen.c create mode 100644 parport/train-pic-prog-select.c create mode 100644 pcb/.cvsignore create mode 100644 pcb/Makefile create mode 100644 pcb/detectors.pcb create mode 100644 pcb/detectors.zip create mode 100755 pcb/generate-netspec.pl create mode 100755 pcb/hole-report.pl create mode 100644 pcb/layers.txt.tmpl create mode 100755 pcb/netlist-expand create mode 100644 pcb/panel3.out-ps.tar.gz create mode 100644 pcb/panel3.pcb.output_printed.tar.gz create mode 100644 pcb/panel3.zip create mode 100755 pcb/pcb-panelise create mode 100644 pcb/pcbdesigns.zip create mode 100644 pcb/reversers.pcb create mode 100644 pcb/reversers.zip create mode 100644 pic.make create mode 100644 spice/2n7000.mod create mode 100644 spice/Makefile create mode 100644 spice/bat85.mod create mode 100644 spice/booster.cir create mode 100644 spice/bzx55.mod create mode 100644 spice/diodes.com-spice.txt create mode 100644 spice/irf5305.mod create mode 100644 spice/lf356.mod create mode 100644 spice/miscdiodes.mod create mode 100644 spice/opmodel1.cir create mode 100644 spice/opmodmac.cir create mode 100644 spice/shortcut.cir create mode 100755 spice/snarf-diodes.pl create mode 100644 spice/test.cir diff --git a/.cvsignore b/.cvsignore new file mode 100644 index 0000000..f01613b --- /dev/null +++ b/.cvsignore @@ -0,0 +1,24 @@ +ps +qs +t +u +testjoin +*.new +*,*.gnuplot-data +*,*.gnuplot-cmd +*,gnuplot-fifo +*.gnuplots.sh +farn.* +tmp.farn.* +tmp.farnerr.* +circuit.bom +bulkres-items.partlist +bulkres-select.partlist +bulkres.bom +divider-table.txt +*.oprints-l +*.oprints-l-tmp +*.tmp +*.oprint-*.ps +parts.ps +*.zip.d diff --git a/Makefile b/Makefile new file mode 100644 index 0000000..beb1f7c --- /dev/null +++ b/Makefile @@ -0,0 +1,27 @@ + +recurse = set -e; for f in $($(1)_DIRS); do $(MAKE) -C $$f $(2); done + +PIC_DIRS= iwjpictest cebpic detpic +HOST_DIRS= pcb layout hostside + +all: + $(call recurse,HOST,recurse) + $(call recurse,PIC,) + +host: host_recurse + +host_%: + $(call recurse,HOST,$*) + +pic: + $(call recurse,HOST,for-pic) + $(call recurse,PIC,) + +pic_%: + $(MAKE) -C layout for-pic + $(call recurse,PIC,$*) + +pic_clean: + $(call recurse,PIC,clean) + +clean: host_clean pic_clean diff --git a/TODO b/TODO new file mode 100644 index 0000000..902e32b --- /dev/null +++ b/TODO @@ -0,0 +1,8 @@ +race between cdu off (due to watchdog or short) and points + + +layout polarity diagram colourful segment encoding: + make moveable feature selection in subseg2display bitwise rather than + setwise + +safety system no crashes at crossovers please diff --git a/cebpic/.cvsignore b/cebpic/.cvsignore new file mode 100644 index 0000000..707e6a2 --- /dev/null +++ b/cebpic/.cvsignore @@ -0,0 +1,13 @@ +*+morse.asm +*.cod +*.hex +*.lst +*.map +.submakefile +blank[0246].asm +gpsim.log +idlocs*.asm +morse+auto.inc +ours+pindata.asm +routines.lib +*+program.disasm diff --git a/cebpic/Makefile b/cebpic/Makefile new file mode 100644 index 0000000..650f054 --- /dev/null +++ b/cebpic/Makefile @@ -0,0 +1,31 @@ + +CEBPIC= ./ +PICNOS= 0 1 2 + +PROGRAMS= send-serial nmra-stream,slow + +# These programs haven't been updated to cope with +# master and slave pics having different clock speeds: +# i2c-test i2c-test,slow tblrd_test + +ROUTINES= routines-led +LIBS= routines.lib + +INCLUDES= common.inc ../iwjpictest/clockvaries.inc + +include manypics.make + +routines.lib: $(addsuffix .o, $(ROUTINES)) + rm -f $@.new + gplib -c $@.new $^ + mv -f $@.new $@ + +morsepanic.hex morsepanic-withcfg.hex: morsepanic.o morse-auto.o +i2c-test-reply.hex: i2c-test-reply.o morse-auto.o +i2c-test-reply,slow.hex: i2c-test-reply,slow.o morse-auto.o + +%,slow.o: %.asm + $(ASSEMBLE) -D SLOW_VERSION -c -o $@ $< + +clean: manypic-clean + rm -f routines.lib diff --git a/cebpic/README.circuitry b/cebpic/README.circuitry new file mode 100644 index 0000000..51fbebc --- /dev/null +++ b/cebpic/README.circuitry @@ -0,0 +1,293 @@ + TRAIN SET CIRCUITRY -*-text-*- + ------------------- + +This README describes some of the circuitry connected to the train set +PICs. It does NOT describe everything, and does NOT give pinouts. +Refer to the relevant pinout diagrams for actual pin assignments. + +On the layout, PIC 0 is the `master' PIC: it controls the booster, +serial port and other currently-implemented one-off peripherals. +It is wired according to REVERSERS, left-hand entry for variant pins. + + + +BOOSTER +======= + +The `booster' generates the track voltage. It includes an overload +protection feature. + +The PIC has direct control and responsibility for + Turning the track voltage on and off + Switching the track polarity according to the NMRA DCC spec + Responding to overload (together with the hardware cutout) + +The relevant pins are + Booster Shutdown (output) + Booster Recent Overload (input) + Booster Direction (output) + User Fault Indicator (output) *** PROVISONAL *** + +If the following conditions are true, the track will be +supplied with power: + * Shutdown is L + * The overcurrent cutout permits + +The polarity of the power is controlled by the Direction pin. There +is no need to specify which polarity is which, as this is not +meaningful in NMRA DCC. However, for debugging it is useful to know +that for block sense to be effective on unreversed segments, the +direction output from the PIC should be L. + +Booster Overload Cutout and Shutdown +------------------------------------ + +Initially, the Shutdown output should be Z. + +During normal operation, when the PIC wishes to supply power to the +track, the Shutdown output should be L. (The PIC should allow the +host to say whether the track should be provided with power.) + +The overload cutout compares the track current against a preset value. +Excessive current (or excessive voltage drop on booster's power input) +constitutes overload. If an overload occurs, the track power will be +disconnected. (This may take anywhere between a few hundred ns and a +few tens of us, depending on circumstances, and is not guaranteed not +to involve multiple switchings.) + +With no track power, there will be no track current and the overload +immediately disappears. So to prevent rapid oscillation, and as a +backstop against PIC program failure, the overload circuit contains a +retriggerable monostable: for the (approximately) 10ms following any +overload, the cutout will still prevent the track power being +restored. During this period, the Booster Recent Overload input will +be H. + +Overload shutdown and decoders +------------------------------ + +However, following an overload-induced cutout it is in fact necessary +to further delay the return of track power: firstly, a track power +interruption of 10ms is not enough to ensure that a DCC decoder will +not retain speed and similar information from before the outage, and +secondly, the out-of-specification fluctuations on the track during +overload and cutout can be misinterpreted by the decoder as an attempt +to communicate via a different protocol or to drive it in DC mode. + +Therefore, following an overload, the PIC should arrange to keep the +booster shut down (using the Shutdown output) for at least 100ms +before trying again. + +Overload shutdown and the host +------------------------------ + +The host must be informed about overload cutouts, so that it can know +that the trains have stopped and inform the user. Provision for this +should be made in the PIC-to-host protocol. + +However, the host will not necessarily react to overload indications +in a timely manner; in particular, it may continue to provide NMRA +data which is only valid in the context of the state before the +overload. The PIC must disregard such NMRA bitstrings, so there must +be provision made in the protocol for the host to acknowledge the +overload, and for NMRA data (and perhaps other instructions) to be +processed only if they follow such an acknowledgement. + +(One way for the host to acknowledge would be to have the host reissue +the `apply track power' instruction, or similar.) + +User Fault Indicator +-------------------- + +The User Fault Indicator output controls, directly, the green segment +of the `track power' tri-colour indicator LED. This segment should be +lit by the PIC whenever an overload has been detected and the fault +has not yet been rectified by the user. + +When a fault is present, the PIC should occasionally attempt to +reapply track power, so that it can indicate to the user when the +fault has been fixed. + + Output pin Green segment + H off + Z off + L ON + + +SERIAL PORT +=========== + +The RS232 serial connection to the host arrives at PIC 0, on the pins +indicated. + + + +PER-PIC LED +=========== + +One pin of each PIC (the corresponding pin on each) drives the per-PIC +LEDs, of which there are two per PIC: + + Output pin Orange LED Blue LED + H off ON + Z off off + L ON off + + +TRACK LAYOUT OBJECTS +==================== + +The physical relationship between track objects (detection segments, +reversal segments, point motors, etc.) is not known to the PICs. The +host protocol should name these objects by number in some +representation convenient for the PICs. + +However, each PIC must be aware of which pin is connected to which +kind of peripheral and must prevent the host from accessing one kind +of peripheral as if it were another. Otherwise the host could send +instructions which would cause the PIC to try to treat an output as an +input, or do other things which might damage the PIC or circuitry. + +Therefore, each PIC must have configuration information (either stored +in the PIC's ID locations along with its address, identity, etc., or +compiled into the PICs' common firmware and indexed by its identity) +which lets it know what peripherals are connected. + +README.protocol should specify how this information is to be provided +by the build system to the PICs (eg, in a file on the host during the +build? programmed into the PIC's ID locations?, and what the format +should be. + +The first classification of PICs is into those on DETECTORS boards and +those on REVERSERS boards. In the final plan there are 3 REVERSERS +(including the master board with PIC 0) and 5 DETECTORS. + + + +POINTS AND CDU +============== + +Each point has two point motors, each controlled by one PIC pin. +These two motors are treated as two separate objects by the PICs. +Power for operating the point motors is supplied by the single CDU. + +While the CDU is enabled and no point motor is activated, the CDU +charges up until it has enough energy to switch one point. This takes +approximately 500ms. (The PIC program should be written so that this +period can be adjusted fairly easily from around 200ms to 1000ms in +relatively coarse steps.) + +When the CDU is charged, a point may be switched by activating the +relevant output. The point motor output should be active for at least +100ms. After the point has moved, the relevant point motor output +should be disabled again so that the CDU may recharge. + +The PICs should not attempt to activate more than point motor at once, +nor to activate a point motor when there may be insufficient energy, +since doing so leaves the point in an unknown state. The PICs should +not assume that the CDU remains charged if it is disabled. + +There is no need to disable the CDU while switching a set of points. +While the CDU is disabled, it gradually discharges. + + Point N pin Effect + H Activated - point changes if CDU charged + L Not activated + Z Results not defined, do not use + + Point 0 pin Effect + L Activated - point changes if CDU charged + H Not activated + Z Results not defined, do not use + + CDU Enable pin Effect + H CDU is enabled (and charges up) + Z CDU is disabled (and discharges) + L CDU is disabled (and discharges) + +Suggested behaviour: the CDU could be enabled whenever track power is +provided. The host will need control over the timing of point +changes, so while the PICs should prevent the host from activating a +point when the CDU is not ready, they should not delay the point +change for this reason - instead, they should reject it. The host +will also need to know when the point has been changed, and would +probably also like to know when it can ask to change another. + +The currently envisaged PCBs can support up to 104 point motors. + + +BLOCK SENSE +=========== + +Each track section is equipped with a circuit for sensing the presence +of current-drawing rolling stock. This circuit is only effective +during one of the two track polarities (see Booster, above) - while +the track current is the other way, the block sensor does not detect a +train. + +Furthermore, due to intermittent poor contact, a train may `disappear' +briefly - usually for a few ms, but exceptionally for a few tens of +ms. This means that reporting every change in the set of detectable +trains to the host would exceed the capacity of the serial link. + +The requirements are: + + * The host must be informed quickly if a train is spotted where the + host has been told that there is no train. 10ms would be good; + 100ms would be very marginal. + + * The host should be informed reasonably quickly if a train ceases + to be perceptible. 100ms would be fine for this, although sooner + would be better. + + * The currently envisaged PCBs can support up to 123 detection + segments. + +The SENSE pins should always be configured as inputs (Z state); +otherwise damage to the detection circuitry may occur. When a train +is detected, the input will be L; otherwise it will be H. + + +TRACK POLARITY +============== + +Some track sections have reversible polarity. The host needs to have +timely control over the polarity of these sections, and needs to be +able to switch several of them simultaneously (to avoid short +circuits). + +The polarity states are + + Reverse pin Effect + H segment polarity reversed + L segment polarity not reversed + Z undefined, do not apply track power + +Changing takes 1-10ms. + +The currently envisaged PCBs can support up to 18 reversible segments. + + +*** PROVISIONAL: *** +It may prove necessary to temporarily disable track power during +certain polarity changes. + + + +FUTURE DIRECTIONS +================= + +In the future some PICs may be also asked to control the following: + + * Turntable: outputs to select stop, clockwise or anticlockwise; + inputs: probably some binary optoreflective inputs which may + need some decoding to establish the turntable's orientation + + * Uncoupler (probably a simple binary choice) + + * Tipper wagon actuator (probably a simple binary choice) + + * Signals (this may involve many more PICs) + + * Scenery lighting or displays - either one global item, or perhaps + many outputs diff --git a/cebpic/README.protocol b/cebpic/README.protocol new file mode 100644 index 0000000..df31395 --- /dev/null +++ b/cebpic/README.protocol @@ -0,0 +1,345 @@ +PROTOCOL BETWEEN HOST AND MASTER PIC +==================================== + +9600 8N1 over the serial port. The PIC must obey the host's flow +control line, so that if the host gets backed up none of the PICs +messages can get lost. (If this is too hard, then the PIC should +attempt to buffer some data while the host is busy but if the PIC's +buffer gets too full it should panic.) + +Each message consists of a number of 8-bit bytes. The top bit of each +byte is 1 iff there is another byte in the message. + + First Second ASCII Message Brief + Byte byte etc. or hex name description + +From host to PIC: + + > 1 0100 TTT 0 TTTTTTT (a0) POINT Point T fire + > 1 1111 111 .... (ff) NMRADATA NMRA data + > 1 0001 XXX 0 XXXXXXX (88+) PING Ping `X' (please Pong `X') + > 1 0010 RRR E RRR... (90+) POLARITY Set polarity + > 1 0011 000 0 MMMMMMM (98+) WATCHDOG W'dog reset, t/o ms from now + > 0 0010 001 (11) ON Power on + > 0 0010 000 (10) OFF Power off + +;> 00000000 CRASHED Acknowledge panic, go to readout mode +;> 00001002 (0a) TELLMODE Confirm mode - say HELLO or CRASHED +; if crashed, undoes the effect of ack + +; In crash readout mode: +; +; 00000000 MS Select crash readout mode if not already +; Reset crash readout pointer to 0 +; +; 00001000 Acknowledge RS232 framing error or overrun +; 00001001 Reboot +; +; 1vvvvvvv M Prepare byte 0vvvvvvv for transmission to the slave +; +; 00000nnn M (n>0) prepare to receive nnnn bytes from slave +; 0001nnnn M (n>0) transmit nnnn bytes of our own from the +; readout pointer +; +; 001sssss M Select slave S^0x10. Then: +; After 1vvvvvvv +; Transmit just 0vvvvvvv to slave +; and then send some some unspecified byte to host +; After 0000nnnn +; Receive nnnn bytes, forwarding each one +; to the host. +; After the transaction is complete, 1vvvvvvv +; or 0000nnnn must be specified again before +; 001sssss is repeated. +; +; 01bbbbbb MS Supply 6 bits for crash readout pointer +; (crash readout mode only) +; Effect is FSR << 6; FSR |= bbbbbb + +From PIC to host: + + < 1 001Y SSS 0 SSSSSSS (9?) DETECT Train is (Y=1) or is not (Y=0) at S + < 1 0001 XXX 0 XXXXXXX (88+) PONG Pong `X' (reply to Ping `X') + < 0 000 1001 (HT) HELLO I am booted + < 0 000 1011 (VT) AAARGH Followed by debug chars (only) + < 0 000 1101 (CR) WATCHDOG Timeout happened + < 0 000 0111 (BEL) FAULT Fault exists + < 0 000 0110 (ACK) FIXED Fault now fixed + < 0 0100 PPP (20+) POINTED Point change done using capacitor P + < 0 0101 PPP (28+) CHARGED Point capacitor P is now charged + < 0 00000 FF NMRADONE Have processed F NMRADATA message(s) + + < 0000 1010 (LF) } debugging output 0x0a (newline) and + < 001C CCCC } (works with terminal 0x20-0x7e + < 01CC CCCC except 0111 1111 } emulator, or host logs) (printing ASCII) + +(These are all shown big-endian, and all of the numerical +representations are big-endian too. Where a number is split across +two or more bytes, the relevant bits are to be concatenated, in the +order shown, ie bits from the MS byte first, into a larger number.) + + +HELLO, AAARGH and debugging output +---------------------------------- + +When the master PIC starts up and has confirmed that all is well (all +of the other PICs are there, etc), it should send HELLO once. + +If the host makes a mistake (eg, sends an unknown command, or does +something else wrong) or something goes horribly wrong, the master PIC +should send AAARGH. + +The PIC may always send printing ASCII characters and spaces and +newlines (ie, bytes 0x0a, 0x20-0x7e). These will print out nicely in +a terminal emulator, if that's what's running on the host. If the +host is running the real software, that software will put the +characters sent in its log or somewhere else nicely accessible. + +Apart from debugging output, the PIC should send nothing before HELLO +and nothing after AAARGH. + + +POWER AND FAULT +--------------- + +The host can send ON and OFF to turn the track (and various other +stuff) on and off. After ON, the track power should be enabled and +transmitting NMRA idle, and the CDU should be enabled. + +If the power is ON, and a track power short circuit is detected, the +PIC should send FAULT. When the short circuit is removed, the PIC +should send FIXED but not fully reenable track power; track power +should be reenabled when the host transmits ON. + + + Track and CDU Track and CDU + disabled -------ON-------> enabled + . + /|\ | + | |Short circuit detected + \ | + \FIXED FAULT + \ | + \__________________ V + operator ` + fixes the short Short circuit + (User Fault indicator lit) + + +If OFF is issued in the first 500ms following a short circuit, it will +be ignored; if the short circuit persists, OFF during the following +period will go to the `Track and CDU disabled' state without sending +FIXED. + + +POINTS and CDU +-------------- + +The ON command should cause the CDU to be enabled (and of course all +point motor outputs should be disabled first - see README.circuitry). + +Following ON the host must wait until it receives CHARGED before +attempting to change a point. After CHARGED it may send POINT, to +activate the point and direction specified by T. The PICs will report +POINTED when the point has stopped moving, and CHARGED when the CDU is +ready to change another point (the host may not send POINT for a point +on the same CDU until then). + +Currently there is only one CDU so P is always 0 (but the PICs need +not check that the received P value is 0; they may simply assume it). + + + ----ON-----> CDU is ------CHARGED---> CDU is charged + charging _. and ready + /| + ,----CHARGED--' | + / |POINT + / | + Point has ' V + changed; CDU + is recharging <----POINTED---- Point is changing + + +Note that OFF will turn the CDU off, and a short circuit (FAULT) will +turn it off 500ms later (this delay avoids losing races where the host +sends a point change instruction just before a short happens). + + +PING and PONG +------------- + +The host may send PING at any time; the PIC should reply with PONG +with the same X as was in the PING message. The host may not send +another PING until the first one's PONG has come back. + + +POLARITY and POLARISED +---------------------- + +The POLARITY command may be sent whether the track power is enabled or +disabled. The polarity of each segment is `unreversed' after ON; it +remains constant until from then on except as modified by POLARITY. + +The command is of variable length (but at least two bytes): + + > 1 0010 RRR E RRR... POLARITY Set polarity + +Each byte after the first contains 7 more R bits. The first R bit +(most significant R bit in the first byte) corresponds to track +reversal segment 1; The next bit (2nd most significant bit in the +first byte) corresponds to track reversal segment 2; and so on. + +Bits which do not correspond to defined reversal segments will be +ignored by the PICs. The host must send exactly as many bytes as are +necessary to include all of the reversal segments for each reversers +board (for every potential reversal segment, regardless of whether +that segment is a defined segment corresponding to some actual track). + +For example, if there are 14 reversible segments (numbered 1 to 14) +then the following message + 1 0010 000 1 000 1000 0 111 1010 Actual message + (E RRR) (E RRR RRRR) (E RRR R---) } helpful annotations + 1 111 1111 } and commentary + 123 456 7890 123 4567 } +specifies to reverse segments 7 and 11 to 14. The trailing bits are +for segments 15 to 17 and are ignored. (Note that the assignment of +physical segments to segment numbers is complex due to bit-twiddling. +see detpic/reverse.asm and layout/data2safety.) + +The PIC will reply to POLARITY with POLARISED when the polarity change +is complete. The host must not send another POLARITY until then. + + +NMRADATA and NMRAFULL +--------------------- + +The data bits in all of the bytes of the NMRADATA command (including +the first) are simply transmitted as NMRA data to the track (most +significant bit first). The top `end of packet' bit is not +transmitted, though. + +The first 14 data bits in the NMRA packet should be 1s. (i.e. the +first two complete bytes should be 11111111 11111111). Packets +beginning with a different first byte are reserved for other commands +to the PIC and the 14 idle bits are a requirement of the NMRA +specification. + +The maximum NMRA message length is 15 bytes each carrying 7 bits of +actual NMRA data (i.e. 105 bits). + +Up to three NMRADATA commands may be supplied by the host to the +master PIC, and their will be transmitted in sequence. After each +NMRADATA is completed, the PIC will send an NMRAFULL message to the +host. In the NMRAFULL message, F is the number of completely-received +NMRADATA commands awaiting transmission to the track. + +If the PIC runs out of NMRA data, it will transmit an NMRA idle +stream. It is an error for the host to try to have more than three +outstanding NMRADATA commands. + + +DETECT +------ + +The DETECT command indicates to the host whether there is currently a +train being detected at a specific location. The PIC must send a +DETECT with Y=1 when a train is detected in a location where there was +previously none, and with Y=0 when a train ceases to be detectable for +more than a small amount of time. + +At HELLO, the host will assume that no trains are being detected. + + +RAM (data) memory map +===================== + +The data memory map (for PIC18F458) looks like this: + + 0x000-0x05f Access bank RAM - RAM locations accessible via + access bank instructions; also form part of + RAM page 0 + 0x060-0x0ff Remainder of RAM page 0, accessible only via correct + BSR setting (ie, BSR==0), INDF, etc. + + 0x100-0x1ff RAM page 1, accessible only via bank switching etc. + 0x200-0x2ff RAM page 2, accessible only via bank switching etc. + 0x300-0x3ff RAM page 3, accessible only via bank switching etc. + 0x400-0x4ff RAM page 4, accessible only via bank switching etc. + 0x500-0x5ff RAM page 5, accessible only via bank switching etc. + + 0x600-0xeff Nothing here, don't try to access. + + 0xf00-0xf5f SFR's (memory-mapped peripherals etc.) accessible + only via correct BSR, INDF, etc - but these are only + the CAN SFR's and we do not use the CAN controller. + 0xf60-0xfff SFR's accessible via access bank (also form part + of RAM page 15). + + +See common.inc for actual uses of the RAM areas. + + +Program (flash etc.) memory map +=============================== + +Program memory map (for PIC18F458) looks like this: + + 0x00 0000- Program memory + 0x00 7fff Contains actual program instructions and can also + contain preprogrammed data provided via special .asm + files. Notable contents and addresses: + 0x00 0000 reset vector + 0x00 0008 high-priority interrupt vector + 0x00 0018 low-priority interrupt vector + See common.inc for some special tables in here, for + morse messages, pin/hardware-object definitions, etc. + + 0x20 0000- ID locations + 0x20 0007 Programming which varies per PIC. Programmed by + idlocs*.asm which are made by make-idlocs and + included in perpic*.hex. Contents: + + 0x20 0000 + bits 7-5 = 000 + bits 4-0 = PIC number (guaranteed to be + in the range 0..31 inclusive) + 0x20 0001 + bit 7 = 1 for the main PIC (#0) + 0 otherwise + bit 6 = 1 for Reversers board, 0 for Detectors + bits 0-5 = currently unused, set to 0 + + 0x20 0002- } not currently used, + 0x20 0007 } may contain anything + + 0x30 0000- Hardware configuration + 0x30 000f Defines (clock source, WDT operation, etc.) + Probably best not to touch. `config.asm' provides + correct contents, which is included in *-withcfg.hex + and perpic*.hex. + + 0x3f fffe- Hardware device ID + 0x3f ffff Fixed at manufacturing time; can be read to discover + hardware type and version (probably not very useful) + + 0xf0 0000- EEPROM data area + 0xf0 00ff Not currently used by us + + 0x01 0000- } These locations, not listed above, + 0x1f ffff } do not correspond to anything - there + 0x20 0008- } is no hardware or memory in the chip + 0x2f ffff } at these locations. + 0x30 0010- } + 0x3f fffd } Accessing them isn't useful + 0x40 0000- } and should probably be avoided. + 0xef ffff } + + +(Buffer page 50 0000h reserved for NMRA) XXXX these look wrong +(Buffer page 40 0000h reserved for i2c) XXXX -iwj + + + +I2C +=== +(slave addresses will be 10xxxxx where xxxxx=PIC number above) diff --git a/cebpic/booster-output-low.asm b/cebpic/booster-output-low.asm new file mode 100644 index 0000000..d05d7be --- /dev/null +++ b/cebpic/booster-output-low.asm @@ -0,0 +1,20 @@ + + + + include /usr/share/gputils/header/p18f458.inc + + code + +; initialise booster direction + bcf TRISC,0,0 ; make pin 0 (booster direction) output + bcf PORTC,0,0 ; set low initially + + +; set booster pwm high + bcf TRISC,1,0 ; make pin 1 (booster pwm) output + bsf PORTC,1,0 ; booster pwm high + +loop + goto loop + + end diff --git a/cebpic/breaks.gdb b/cebpic/breaks.gdb new file mode 100644 index 0000000..e98debc --- /dev/null +++ b/cebpic/breaks.gdb @@ -0,0 +1,4 @@ +break trace.cc:267 +break INTCON::put +break INTCON::peripheral_interrupt +break INTCON_16::put diff --git a/cebpic/common.inc b/cebpic/common.inc new file mode 100644 index 0000000..844920c --- /dev/null +++ b/cebpic/common.inc @@ -0,0 +1,48 @@ +;********************************************************************** +; boilerplate.inc +; Include this at the top of each file. +; Does the following things: +; includes the PIC18F458 definitions file (register and bit names) +; switches to decimal by default +; defines various useful macros + + include /usr/share/gputils/header/p18f458.inc + radix dec + +;============================== +; RAM memory usage + +; Access bank locations +WREG2 equ 0x000 +WREG3 equ 0x001 +WREG4 equ 0x002 +TESTFLASH equ 04h ; test LED flash pattern + + +;============================== +; Program (flash) memory regions + +; Actual code starts at 0 with the reset and interrupt vectors and +; then the program proper. + +;-------------------- +; Area filled in by morse-auto.asm (see morse-auto.asm-gen for details) +morse_messages_start equ 0x4000 +morse_messages_end equ 0x4400 + +;---------------------------------------- +; ifbit1(REGISTER,BITNUMBER) +; executes the next instruction but only if bit BITNUMBER +; in REGISTER (which must be in the access bank) is set +ifbit1 macro REGISTER, BITNUMBER + btfsc REGISTER, BITNUMBER, 0 + endm + +;---------------------------------------- +; ifbit0(REGISTER,BITNUMBER) +; executes the next instruction but only if bit BITNUMBER +; in REGISTER (which must be in the access bank) is clear +ifbit0 macro REGISTER, BITNUMBER + btfss REGISTER, BITNUMBER, 0 + endm + diff --git a/cebpic/config.asm b/cebpic/config.asm new file mode 100644 index 0000000..088b9d0 --- /dev/null +++ b/cebpic/config.asm @@ -0,0 +1,20 @@ +; -*- fundamental -*- + + include /usr/share/gputils/header/p18f458.inc + +; __config _CONFIG1L, 0xff + __config _CONFIG1H, _OSCS_OFF_1H & _ECIO_OSC_1H + __config _CONFIG2L, _BOR_ON_2L & _PWRT_ON_2L & _BORV_45_2L + __config _CONFIG2H, _WDT_OFF_2H +; __config _CONFIG3L, 0xff +; __config _CONFIG3H, 0xff + __config _CONFIG4L, _DEBUG_OFF_4L & _LVP_OFF_4L & _STVR_ON_4L +; __config _CONFIG4H, 0xff + __config _CONFIG5L, 0xff + __config _CONFIG5H, 0xff + __config _CONFIG6L, 0xff + __config _CONFIG6H, 0xff + __config _CONFIG7L, 0xff + __config _CONFIG7H, 0xff + + end diff --git a/cebpic/flow-control-test.asm b/cebpic/flow-control-test.asm new file mode 100644 index 0000000..a22fc6c --- /dev/null +++ b/cebpic/flow-control-test.asm @@ -0,0 +1,42 @@ +; UNFINISHED + +; pin 21 (per-pic-led, RD2/PSP2/C1IN) states: high H = green, low L = red, float Z = black + + include /usr/share/gputils/header/p18f458.inc + include ../iwjpictest/clockvaries.inc + + code +start +; initial config + bcf TXSTA,6,0 ; p181, set 8-bit mode + bsf TXSTA,5,0 ; transmit enable + bcf TXSTA,4,0 ; asynchronous mode + bsf RCSTA,7,0 ; serial port enable (p182) + bsc_txsta_brgh ; set high or low baud rate + +; set SPBRG to get correct baud rate + movlw_movwf_spbrg + +; set pin 24 to low (transmission allowed from computer) + + + +main +; set current letter to a +loop +; check whether allowed to transmit (check pin 27 low) +; add current letter to TXREG +; check current letter - if z, go to main; if 16bit mode + bcf T0CON,5,0 ; timer0 use internal clock + bsc_morse_t0con_012 ; use prescaler? and configure it + +; get # bytes of morse msg, # registers in panic readout, message start addr. +; back from condensed message start addr. stored in PANIC_ADDRESS + +panic_loop + movlw 4 + mulwf PANIC_ADDRESS + movff PRODL,TBLPTRL + movff PRODH,WREG + add_lw (morse_messages_start)/256 + movwf TBLPTRH + clr_f TBLPTRU + + tblrd *+ ; read 1st byte of error message + ; (gives # bytes morse, # bytes registers) + + movff TABLAT,PANIC_MORSE + movlw 00001111b + and_wff PANIC_MORSE ; PANIC_MORSE now contains # bytes of morse msgs + + movff TABLAT,PANIC_REGS + movlw 01110000b + and_wff PANIC_REGS + swap_f PANIC_REGS ; PANIC_REGS now contains # registers to read + + call led_black + call waiting + call waiting + call waiting + call waiting + call morsemsg ; transmit SOS in red + call led_black + call waiting + call waiting + call waiting + call waiting + call registermsg ; transmit contents of TESTFLASH in + ; red(=low) and blue(=high) + goto panic_loop + +;**************************************************************************** +; PANIC SUBROUTINES + +morsemsg +; wrapper round readout to flash the per-pic led red for a +; (currently 4-byte) morse msg + +morse_msg_start + clrf WREG3,0 ; clear loop counter (WREG3) + +morse_loop + mov_fw PANIC_MORSE + cmp_fw_ifge WREG3 ; if loop counter >=MORSE_MSG_LENGTH, + return ; return to panic + + tblrd *+ + mov_ff TABLAT,WREG2 + call morse_readout + inc_f WREG3 + goto morse_loop + + +;-------------------------- +morse_readout + +; Flashes the per-pic led red(0) in a specified pattern. +; +; The pattern is specified as the state for 8 identically-long time +; periods each as long as a morse `dot', encoded into a byte with +; most significant bit first. +; On entry On exit +; W any undefined +; WREG2 flash pattern preserved +; WREG4 any undefined + + clr_f WREG4 ; clear loop counter (WREG4) + rr_f WREG2 + +morse_readout_loop + mov_lw 8 + cmp_fw_ifge WREG4 ; if loop counter >=8, return + return + + rl_f WREG2 ; top bit goes into N, ie Negative if 1 + bra_n morse_readout_if_led_1 + +morse_readout_if_led_0 + call led_black + bra morse_readout_endif_led + +morse_readout_if_led_1 + call led_red + +morse_readout_endif_led + inc_f WREG4 ; increment loop counter + call waiting + bra morse_readout_loop + +;-------------------------- +;-------------------------- +registermsg + +register_msg_start + clrf WREG3,0 ; clear loop counter (WREG3) + +register_loop + mov_fw PANIC_REGS + cmp_fw_ifge WREG3 ; if loop counter >=MORSE_MSG_LENGTH, + return ; return to panic + + tblrd *+ + + mov_fw TABLAT ; TABLAT has the 8-bit version + mov_wf FSR0L ; of the address. So, 8 bits + ; go straight into FSR0L. + + mov_lw 0x0f ; For FSR0H, we see if the + mov_fw FSR0H ; address XX is >=0x60. + ; If it is then we meant 0xfXX; + mov_lw 0x5f ; if not then we meant 0x0XX. + cmp_fw_ifle FSR0L ; (This is just like PIC does + clr_f FSR0H ; for insns using Access Bank) + + mov_ff INDF0,WREG2 + call register_readout + + inc_f WREG3 + + call waiting + call waiting + goto register_loop + +;-------------------------- +register_readout + +; Flashes the per-pic led red(0) and green(1) in a specified pattern. +; (black gap between each bit) +; +; The pattern is specified as the state for 8 identically-long time +; periods each as long as a morse `dot', encoded into a byte with +; most significant bit first. +; On entry On exit +; W any undefined +; WREG2 flash pattern preserved +; WREG4 any undefined + + clrf WREG4,0 ; clear loop counter (WREG4) + rrncf WREG2,1 + + +register_readout_loop + movlw 8 + cpfslt WREG4,0 ; if loop counter >=8 (register + ; length), return + return + + movlw 4 + cmp_fw_ifne WREG4 ; if loop counter !=4 (nybble length), + ; skip insertion of extra black space + goto not_nybble_boundary + call waiting + +not_nybble_boundary + rlncf WREG2,1 ; top bit goes into N flag, + ; ie Negative if 1 + bn register_readout_if_led_1 + +register_readout_if_led_0 + call led_red + bra register_readout_endif_led + +register_readout_if_led_1 + call led_green + +register_readout_endif_led + incf WREG4,1,0 ; increment loop counter + call waiting + call led_black + call waiting + bra register_readout_loop + + +;**************************************************************************** +vector_interrupt_low +; checks which interrupt and as soon as it finds one jumps straight +; to the relevant ISR. That routine will return with retfie and if +; there was another interrupt we will re-enter, which is OK. + +; btfsc PIR1,SSPIF,0 ; check if MSSP interrupt generated, if so +; goto i2c_isr ; I2C ISR will check whether master or slave + + btfsc PIR1,5,0 ; check for serial receive interrupt + goto serial_rx_isr ; receive serial + + debug 'L' ; else panic - interrupt but don't know why + panic morse_IL + +;---------------------------------------- +enable_interrupts +; globally enable interrupts - p77 +; etc. + + bsf RCON,7,0 ; enable priority levels + bsf INTCON,7,0 ; enable high-priority interrupts + bsf INTCON,6,0 ; enable low-priority interrupts + bcf PIE1,3,0 ; disable master synchronous serial port + ; (MSSP; i.e. enable i2c) interrupts + ; (temporary for this simple program) + bsf PIE1,5,0 ; enable USART receive interrupt (p85) + return + +;**************************************************************************** +vector_interrupt_high + call led_red + goto vector_interrupt_high + +;***************************************************************************( +; FUNCTIONALITY +; these routines actually glue things together to make something that +; does something + +;---------------------------------------- +master_main +; main program for master PIC + + call led_green + +master_main_loop + goto master_main_loop + + +;---------------------------------------- +slave_main +; main program for slave PICs + + bcf PIE1,5,0 ; disable serial receive interrupt + bcf PIE1,4,0 ; disable serial transmit interrupt + call led_red + debug 'S' + +slave_main_loop + call wait_for_i2c_interrupt ; wait for 1st (address) byte + call led_green + debug 'G' + call wait_for_i2c_interrupt ; wait for 2nd (data) byte + call led_black + debug 'B' + goto vector_panic + +;---------------------------------------- +serial_rx_isr + call led_black + + debug 'd' + +; what we actually do here is faff with I2C to start transmitting + bsf SSPCON2,SEN,0 ; i2c START + call wait_for_i2c_interrupt + + debug 'e' + + movlw 0x82 ; transmit 1000 0010 + movwf SSPBUF,0 ; (ie address 1000001, read=0) + + call wait_for_i2c_interrupt + + debug 'f' + + ifbit0 SSPCON2,ACKSTAT ; check for ack from slave (=0), if no + bra serial_rx_isr_ifnot_noack1 + panic morse_SA ; then panic, else +serial_rx_isr_ifnot_noack1 + + debug 'g' + + movff RCREG,SSPBUF ; copy byte from serial to i2c buffer + call wait_for_i2c_interrupt + + ifbit0 SSPCON2,ACKSTAT ; check for ack from slave (=0), if no + bra serial_rx_isr_ifnot_noack2 + panic morse_SD ; then panic, else +serial_rx_isr_ifnot_noack2 + + bsf SSPCON2,PEN,0 ; i2c STOP + call wait_for_i2c_interrupt + + goto vector_panic + retfie + +;*************************************************************************** +; SERIAL PORT + +;-------------------- +serial_setup +; sets up the serial port, 9600 8N1 etc. as required by host +; interrupt is enabled for reception but not transmission + +; initial config - TXSTA register p181 + bcf TXSTA,6,0 ; p181, set 8-bit mode + bsf TXSTA,5,0 ; transmit enable + bcf TXSTA,4,0 ; asynchronous mode + bsc_txsta_brgh ; set high or low baud rate + +; initial config - RCSTA register p182 + bsf RCSTA,7,0 ; serial port enable (p182) + bcf RCSTA,6,0 ; 8-bit reception + bsf RCSTA,4,0 ; enable continuous receive + +; set SPBRG to get correct baud rate + movlw_movwf_spbrg + +; interrupt set-up for serial receive + bcf IPR1,5,0 ; set to low-priority interrupt + return + +;-------------------- +polling_serial_transmit +; writes W through the serial port +; serial port hardware must be suitably initialised +; serial port transmit interrupts must be disabled +; will spin until the byte is transmitted +; Before After +; W byte to xmit preserved + + movwf TXREG,0 ; move contents of W (i.e. debugvalue) + ; to TXREG for transmission +debug_waitfortsr_loop + btfss TXSTA,1,0 + bra debug_waitfortsr_loop + + return + +;**************************************************************************** + + code + +;*************************************************************************** +; FLASH ID LOCATIONS + +;-------------------- +copy_per_pic_data +; copies PIC-dependent info out of flash memory to RAM +; see README.protocol + + debug 'P' + + movlw (F_PIC_NO >> 16) & 0xff ; set table pointer to point to + movwf TBLPTRU ; PIC number in flash + movlw (F_PIC_NO >> 8) & 0xff + movwf TBLPTRH + movlw F_PIC_NO & 0xff + movwf TBLPTRL + + tblrd *+ ; read then increment pointer + ; (now points to i2c control byte) + + banksel PIC_NO + movf TABLAT,0,0 ; move pic number into normal memory + movwf PIC_NO,1 + + debughf TABLAT + + tblrd * ; read i2c + + movf TABLAT,0,0 ; move i2c_ctrl byte into normal memory + movwf I2C_CTRL,1 +; now have: PIC number in 400h, i2c control byte in 401h - see +; RAM variables re i2c specific stuff, above + + debughf TABLAT + + return + +;*************************************************************************** +; I2C + +;-------------------- +i2c_setup +; sets up the I2C interface + +; see also: +; p68 +; p314 +; p 275 ID locs + +; To generate our I2C address, we take PIC_NO bits 4-0 and prepend +; 0b10 (i.e. all addresses are of the form 0b10xxxxx) + banksel PIC_NO ; ser BSR=i2c BSR (4) + +; common to master and slaves: + bsf SSPSTAT,7,0 ; disable slew rate control + bcf SSPSTAT,6,0 ; disable SMBus specific commands + ; (whatever that means) + bcf SSPCON2,7,0 ; disable general call (for now) + + bcf IPR1,SSPIP,0 ; make interrupt low priority + +; are we master or slave ? + btfsc I2C_CTRL,I2C_CTRL_MASTER,1 ; test whether PIC is master + goto i2c_setup_if_master + goto i2c_setup_if_slave + +i2c_setup_if_master + movlw 0x08 ; clear top 2 status bits; disable SSP; + movwf SSPCON1,0 ; CKP unused, set to 0; master mode. + +; set baud rate + movlw i2c_sspadd + movwf SSPADD,0 + goto i2c_setup_endif_master_slave + +i2c_setup_if_slave + movlw 0x16 ; clear top 2 status bits; disable SSP; + movwf SSPCON1,0 ; release clock; 7bit slave mode with + ; no extra start/stop interrupts. +; !!fixme probably want to set SSPCON2:SEN "clock stretching" + +; set slave address + banksel PIC_NO ; set BSR=i2c BSR (4) + movf PIC_NO,0,1 ; copy pic_no to W (000xxxxx) + iorlw 0x40 ; change top 3 bits t 010 (010xxxxx) + rlncf WREG,0,0 ; shift, bottom bit is r/w (10xxxxx0) + movwf SSPADD,0 ; move to slave address register + ; (bits 7-1=address, bit 0=0) + +i2c_setup_endif_master_slave + bsf SSPCON1,5,0 ; enable I2C mode + + return + +;---------------------------------------- +i2c_isr + banksel PIC_NO ; ser BSR=i2c BSR (4) + btfsc I2C_CTRL,I2C_CTRL_MASTER,1 ; check =master?, if so + goto i2c_master_isr ; goto master interrupt routine + goto i2c_slave_isr ; elso goto interrupt_slave + +;-------------------- +i2c_master_isr + debug 'm' + goto wait_for_i2c_interrupt + +;-------------------- +i2c_slave_isr + debug 's' + goto wait_for_i2c_interrupt + +;---------------------------------------- +wait_for_i2c_interrupt +; polls the relevant bit until the I2C interrupt flag is set, +; then returns. should not usually be used if I2C interrupts +; are enabled, clearly. + + debug '.' +wait_for_i2c_interrupt_loop + btfss PIR1,SSPIF,0 ; check if interrupt set, if not, loop + goto wait_for_i2c_interrupt_loop + + bcf PIR1,SSPIF,0 ; clear interrupt bit + + debug 'I' + debughf SSPSTAT + debughf SSPCON1 + debughf SSPCON2 + + return + +;**************************************************************************** +; GENERAL SUBROUTINES + +;---------------------------------------- +waiting +; waits for a fixed interval, depending on the configuration of TMR0 + + bcf INTCON,2,0 ; clear timer0 interrupt bit (p109) + clrf TMR0H,0 ; p107 set high byte of timer0 to 0 (buffered, + ; only actually set when write to tmr0l occurs) + clrf TMR0L,0 ; set timer0 low byte - timer now set to 0000h +loop + btfss INTCON,2,0 ; check whether timer0 interrupt has been set - + ; skip next instruction if so + bra loop + return + + +;**************************************************************************** + + org 0x2000 + dw 0xffff + + org 0x6000 + dw 0xffff + + end + diff --git a/cebpic/i2c-test.asm b/cebpic/i2c-test.asm new file mode 100644 index 0000000..ee756ab --- /dev/null +++ b/cebpic/i2c-test.asm @@ -0,0 +1,539 @@ +; write a byte to pic0 via the serial port, pic0 will transmit it to +; pic1, which will then toggle its colour (without checking the contents +; of the byte) + +; pin 21 (per-pic-led, RD2/PSP2/C1IN) states: +; high H = blue (=green), low L = orange (=red), float Z = black + +;*************************************************************************** +;SETUP AND DEFINITIONS + +; CONVENTIONS: +; +; In subroutines, unless otherwise stated, W and S may have any +; value on entry and will be undefined on exit. +; +; labels ending _if[not_... and _endif_... are used for +; if ... then [... else ...] +; labels ending _loop are for loops +; labels ending _isr are at the start of interrupt service routines +; (which must end with retfie) +; labels starting vector_ are the reset and interrupt entrypoints +; other labels in lowercase are normal subroutines (ending in `return') +; labels in UPPERCASE are defined addresses (in RAM or flash) + +;--------------------------------------------------------------------------- +; boilerplate: + + include /usr/share/gputils/header/p18f458.inc + radix dec + include ../iwjpictest/clockvaries.inc + + extern led_green + extern led_red + extern led_black + + ifdef SLOW_VERSION + messg "hello this is the slow version" + endif + + ifndef SLOW_VERSION + messg "hello this is the fast version" + endif + + ifdef SLOW_VERSION + messg "with an if" + else + messg "and an else" + endif + +;--------------------------------------------------------------------------- +; ID locations layout, in flash - see README.protocol + +F_PIC_NO equ 0x200000 +F_I2C_CTRL equ 0x200001 + +;--------------------------------------------------------------------------- +; RAM - ie, variables etc. + +; i2c specific stuff + udata 0x400 + +PIC_NO res 1 + +I2C_CTRL res 1 +I2C_CTRL_MASTER equ 7 ; bit 7 of I2C_CTRL is 1=master 0=slave + +;**************************************************************************** +; VECTORS: special locations, where the PIC starts executing +; after reset and interrupts + + org 0 + goto vector_reset + + org 000008h + goto vector_interrupt_high + + org 000018h + goto vector_interrupt_low + +;**************************************************************************** +; MACROS + +;---------------------------------------- +; ifbit1(REGISTER,BITNUMBER) +; executes the next instruction but only if bit BITNUMBER +; in REGISTER (which must be in the access bank) is set +ifbit1 macro REGISTER, BITNUMBER + btfsc REGISTER, BITNUMBER, 0 + endm + +;---------------------------------------- +; ifbit0(REGISTER,BITNUMBER) +; executes the next instruction but only if bit BITNUMBER +; in REGISTER (which must be in the access bank) is clear +ifbit0 macro REGISTER, BITNUMBER + btfss REGISTER, BITNUMBER, 0 + endm + +;---------------------------------------- +; debug(BYTE) +; writes BYTE through the serial port +; serial port hardware must be suitably initialised +; serial port transmit interrupts must be disabled +; will spin until the byte is transmitted +; Before After +; W any undefined +; S any undefined + +; macro to call subroutine to transmit over serial port for debugging +; takes 8-bit value, puts in W, invokes debug_serial_transmit + ifndef SLOW_VERSION +debug macro debugvalue + endm + endif + + ifdef SLOW_VERSION +debug macro debugvalue + movlw debugvalue + call polling_serial_transmit + endm + endif + +;---------------------------------------- +; debughf(REGISTER) +; reads REGISTER once and writes it to the serial port in hex +; for conditions etc. see "debug", above +; Before After +; W any undefined +; S any undefined + ifdef SLOW_VERSION +DEBUGHF_VALUE equ 0x040 ; getting on towards end of access bank + ; FIXME if all of program used udata that + ; would be very nice + +debughf macro register + movff register, DEBUGHF_VALUE + call debughf_subroutine + endm + +debughf_subroutine + call debughf_digit + call debughf_digit + return + +;-------------------- +debughf_digit +; transmits top nybble of DEBUGHF_VALUE in hex +; through serial port, as above, and swaps nybbles +; Before After +; W any undefined +; DEBUGHF_VALUE BBBBaaaa aaaaBBBB (BBBB was sent) + + swapf DEBUGHF_VALUE,1,0 + movf DEBUGHF_VALUE,0,0 + andlw 0x0f + sublw 10 + sublw 0 + bn debughf_digit_ifnot_ge10 + addlw 'a'-('0'+10) +debughf_digit_ifnot_ge10 + addlw '0'+10 + goto polling_serial_transmit + + else +debughf macro register + endm + endif + + + +;**************************************************************************** +; PORTMANTEAU CODE +; which contains lists of checks and calls to function-specific +; routines etc. + +;---------------------------------------- +vector_reset + + call serial_setup + + debug 'a' + + call copy_per_pic_data + + debug 'b' + + call i2c_setup + call enable_interrupts + + debug 'c' + + goto main + +;---------------------------------------- +main + debug 'J' + debughf SSPSTAT + debughf SSPCON1 + debughf SSPCON2 + debughf SSPADD + + banksel I2C_CTRL ; ser BSR=i2c BSR (4) + btfsc I2C_CTRL,I2C_CTRL_MASTER,1 ; check =master?, if so + goto master_main ; goto master main routine + goto slave_main ; elso goto slave main routine + +;---------------------------------------- +vector_interrupt_high + debug 'H' + goto panic + +;---------------------------------------- +vector_interrupt_low +; checks which interrupt and as soon as it finds one jumps straight +; to the relevant ISR. That routine will return with retfie and if +; there was another interrupt we will re-enter, which is OK. + + btfsc PIR1,SSPIF,0 ; check if MSSP interrupt generated, if so +; goto i2c_isr ; I2C ISR will check whether master or slave + goto panic ; nothing should generate these ATM.... + + btfsc PIR1,5,0 ; check for serial receive interrupt + goto serial_rx_isr ; receive serial + + debug 'L' ; else panic - interrupt but don't know why + goto panic + +;---------------------------------------- +enable_interrupts +; globally enable interrupts - p77 +; etc. + + bsf RCON,7,0 ; enable priority levels + bsf INTCON,7,0 ; enable high-priority interrupts + bsf INTCON,6,0 ; enable low-priority interrupts + bcf PIE1,3,0 ; disable master synchronous serial port + ; (MSSP; i.e. enable i2c) interrupts + ; (temporary for this simple program) + bsf PIE1,5,0 ; enable USART receive interrupt (p85) + return + +;***************************************************************************( +; FUNCTIONALITY +; these routines actually glue things together to make something that +; does something + +;---------------------------------------- +master_main +; main program for master PIC + + call led_green + +master_main_loop + goto master_main_loop + + +;---------------------------------------- +slave_main +; main program for slave PICs + + bcf PIE1,5,0 ; disable serial receive interrupt + bcf PIE1,4,0 ; disable serial transmit interrupt + call led_red + debug 'S' + +slave_main_loop + call wait_for_i2c_interrupt ; wait for 1st (address) byte + call led_green + debug 'G' + call wait_for_i2c_interrupt ; wait for 2nd (data) byte + call led_black + debug 'B' + goto slave_main_loop + +;---------------------------------------- +serial_rx_isr + call led_black + + debug 'd' + +; what we actually do here is faff with I2C to start transmitting + bsf SSPCON2,SEN,0 ; i2c START + call wait_for_i2c_interrupt + + debug 'e' + + movlw 0x82 ; transmit 1000 0010 + movwf SSPBUF,0 ; (ie address 1000001, read=0) + + call wait_for_i2c_interrupt + + debug 'f' + + ifbit1 SSPCON2,ACKSTAT ; check for ack from slave (=0), if no + goto panic ; then panic, else + + debug 'g' + + movff RCREG,SSPBUF ; copy byte from serial to i2c buffer + call wait_for_i2c_interrupt + btfsc SSPCON2,ACKSTAT,0 ; check for ack from slave (=0), if no + goto panic ; then panic, else + bsf SSPCON2,PEN,0 ; i2c STOP + call wait_for_i2c_interrupt + + retfie + +;*************************************************************************** +; SERIAL PORT + +;-------------------- +serial_setup +; sets up the serial port, 9600 8N1 etc. as required by host +; interrupt is enabled for reception but not transmission + +; initial config - TXSTA register p181 + bcf TXSTA,6,0 ; p181, set 8-bit mode + bsf TXSTA,5,0 ; transmit enable + bcf TXSTA,4,0 ; asynchronous mode + bsc_txsta_brgh ; set high or low baud rate + +; initial config - RCSTA register p182 + bsf RCSTA,7,0 ; serial port enable (p182) + bcf RCSTA,6,0 ; 8-bit reception + bsf RCSTA,4,0 ; enable continuous receive + +; set SPBRG to get correct baud rate + movlw_movwf_spbrg + +; interrupt set-up for serial receive + bcf IPR1,5,0 ; set to low-priority interrupt + return + +;-------------------- +polling_serial_transmit +; writes W through the serial port +; serial port hardware must be suitably initialised +; serial port transmit interrupts must be disabled +; will spin until the byte is transmitted +; Before After +; W byte to xmit preserved + + movwf TXREG,0 ; move contents of W (i.e. debugvalue) + ; to TXREG for transmission +debug_waitfortsr_loop + btfss TXSTA,1,0 + bra debug_waitfortsr_loop + + return + +;**************************************************************************** + + code + +;*************************************************************************** +; FLASH ID LOCATIONS + +;-------------------- +copy_per_pic_data +; copies PIC-dependent info out of flash memory to RAM +; see README.protocol + + movlw (F_PIC_NO >> 16) & 0xff ; set table pointer to point to + movwf TBLPTRU ; PIC number in flash + movlw (F_PIC_NO >> 8) & 0xff + movwf TBLPTRH + movlw F_PIC_NO & 0xff + movwf TBLPTRL + + tblrd *+ ; read then increment pointer + ; (now points to i2c control byte) + + banksel PIC_NO + movf TABLAT,0,0 ; move pic number into normal memory + movwf PIC_NO,1 + + iorlw '0' + call polling_serial_transmit + + tblrd * ; read i2c + + movf TABLAT,0,0 ; move i2c_ctrl byte into normal memory + movwf I2C_CTRL,1 +; now have: PIC number in 400h, i2c control byte in 401h - see +; RAM variables re i2c specific stuff, above + + iorlw '0' + call polling_serial_transmit + + return + +;*************************************************************************** +; I2C + +;-------------------- +i2c_setup +; sets up the I2C interface + +; see also: +; p68 +; p314 +; p 275 ID locs + +; To generate our I2C address, we take PIC_NO bits 4-0 and prepend +; 0b10 (i.e. all addresses are of the form 0b10xxxxx) + banksel PIC_NO ; ser BSR=i2c BSR (4) + +; common to master and slaves: + bsf SSPSTAT,7,0 ; disable slew rate control + bcf SSPSTAT,6,0 ; disable SMBus specific commands + ; (whatever that means) + bcf SSPCON2,7,0 ; disable general call (for now) + + bcf IPR1,SSPIP,0 ; make interrupt low priority + +; are we master or slave ? + btfsc I2C_CTRL,I2C_CTRL_MASTER,1 ; test whether PIC is master + goto i2c_setup_if_master + goto i2c_setup_if_slave + +i2c_setup_if_master + movlw 0x08 ; clear top 2 status bits; disable SSP; + movwf SSPCON1,0 ; CKP unused, set to 0; master mode. + +; set baud rate + movlw i2c_sspadd + movwf SSPADD,0 + goto i2c_setup_endif_master_slave + +i2c_setup_if_slave + movlw 0x16 ; clear top 2 status bits; disable SSP; + movwf SSPCON1,0 ; release clock; 7bit slave mode with + ; no extra start/stop interrupts. +; !!fixme probably want to set SSPCON2:SEN "clock stretching" + +; set slave address + banksel PIC_NO ; set BSR=i2c BSR (4) + movf PIC_NO,0,1 ; copy pic_no to W (000xxxxx) + iorlw 0x40 ; change top 3 bits t 010 (010xxxxx) + rlncf WREG,0,0 ; shift, bottom bit is r/w (10xxxxx0) + movwf SSPADD,0 ; move to slave address register + ; (bits 7-1=address, bit 0=0) + +i2c_setup_endif_master_slave + bsf SSPCON1,5,0 ; enable I2C mode + + return + +;---------------------------------------- +i2c_isr + banksel PIC_NO ; ser BSR=i2c BSR (4) + btfsc I2C_CTRL,I2C_CTRL_MASTER,1 ; check =master?, if so + goto i2c_master_isr ; goto master interrupt routine + goto i2c_slave_isr ; elso goto interrupt_slave + +;-------------------- +i2c_master_isr + debug 'm' + goto panic + +;-------------------- +i2c_slave_isr + debug 's' + goto panic + +;---------------------------------------- +wait_for_i2c_interrupt +; polls the relevant bit until the I2C interrupt flag is set, +; then returns. should not usually be used if I2C interrupts +; are enabled, clearly. + + debug '.' +wait_for_i2c_interrupt_loop + btfss PIR1,SSPIF,0 ; check if interrupt set, if not, loop + goto wait_for_i2c_interrupt_loop + + bcf PIR1,SSPIF,0 ; clear interrupt bit + + debug 'I' + debughf SSPSTAT + debughf SSPCON1 + debughf SSPCON2 + + return + +;*************************************************************************** +; GENERALLY-USEFUL SUBROUTINES; + +;---------------------------------------- +panic +; stops everything, makes LED red + + debug 'x' + clrf INTCON,0 ; disable all interrupts EVER + debug 'y' + bcf PORTC,1,0 ; switch off booster + debug 'z' + call led_red + +panic_loop + goto panic_loop + + +;---------------------------------------- +informative_panic +; switch off interrupts and power +; reconfigure timer0 for writing diagnostic msg to the LED +; + + clrf INTCON,0 ; disable all interrupts EVER + bcf PORTC,1,0 ; switch off booster + +; re-initialise timer0 config + bcf T0CON,6,0 ; p107 Timer0 -> 16bit mode + bcf T0CON,5,0 ; timer0 use internal clock + bsc_morse_t0con_012 ; use prescaler? and configure it + +; + + + + +;---------------------------------------- +waiting +; wait for timer0 interrupt + bcf INTCON,2,0 ; clear timer0 interrupt bit (p109) + clrf TMR0H,0 ; p107 set high bit of timer0 to 0 (buffered, + ; only actually set when write to tmr0l occurs) + clrf TMR0L,0 ; set low bit o timer0 - timer now set to 0000h +loop + btfss INTCON,2,0 ; check whether timer0 interrupt has been set - + ; skip next instruction if so + bra loop + return + + +;**************************************************************************** + + end diff --git a/cebpic/intelhex.pdf b/cebpic/intelhex.pdf new file mode 100644 index 0000000000000000000000000000000000000000..bc67eafd4bc10bd2e46db7fbe9633b9a3fba0e61 GIT binary patch literal 29218 zcmd422UHVXyZ4c0b>_&spEM)_LFc?6op`)}B2x*Cg5V|IL42BVeMTB_Sgz1EUpK zSskB((aIpDk^atJFj_k)b-a(6wi=99MFmDHW$ob^LNM|7^b0}SNlPlqO3NZ;kTR0e z3W^S=Teb1NzIddajHJS8+aI6bt%mrJAkXmM{V^Ctd8D)?3WJe5t)x-1G76_PT1F0i zTFJ?yPM0zmnLjE8jO_0&3TQOuv{po+Cr00Ajw zW9;lja0xj*t$C<($RAC*zIb=SX@e2o_q2nq@99-aS$n#McpznEPgivap6(tYNVN3n zx|(N5un8eZ-QPFB-;Z#5kqW1c>i$0dLFNH?m(#s92w|Qsgg?FyDFcF^`{_Ys&~m?f 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zAA}yfBMixmA85t5LgT;ZJp7~7NK=)i9#Gl0&;;dWnIDr{9#};QS{}P@m_i83&fO0} zBTZF?9#D~z)c@R##DM_S*st~>e}P^JTYg@2nAk|drf+=G?}`0A>=7MF{7y#_|G6W- zhdrVviQnl-lJeQtACz0ZET^Os`CjKRosj-{IDSWNxp%LO{hbl{J*Nt>ZNw{C%;y6C zM&6Scxe~w~9I+2@8CUaDh`t>Wr0-dl9R!{hM8R_DfI>0f(*;Rc|8^kVmy|COE`+2o#&V$zo=&IXad--j z4m=m46#^v|ab+BkD$J4zoJuw%#ViEA2k;v~5n(nC!xM=yOZgzh*=h+O|5nCGG0f8* zi^GsW z5l9p=(4`U`fkY*OK36WIl4&F8DBv@U4o4u4kPkLp<)b4r&@en2dAKY% zI#A3oI^;0^a6BBHh$PQb!ow5rBm0Pqr;pGd6^}en4&x=zhwC1oQAf0wO2ZAOBTy;y z5jvoPGfl(mAQOk<^ESbl_o#4`zXZREwVcXjnefu`H2D zijhxH$j!h>$P;1YvyS|~g_z}YAqYpuaqu)UiB6|;K$1n62(f8IJdKSfKwK`#_Ma&R brbCGoJcB6a83GMQ1vwEdEbQGKw8#Djqw1Dy literal 0 HcmV?d00001 diff --git a/cebpic/led-flash.asm b/cebpic/led-flash.asm new file mode 100644 index 0000000..c6d3863 --- /dev/null +++ b/cebpic/led-flash.asm @@ -0,0 +1,52 @@ +; pin 21 (per-pic-led, RD2/PSP2/C1IN) states: high H = green, low L = red, float Z = black + + include /usr/share/gputils/header/p18f458.inc + radix dec + +clock equ mclock + include ../iwjpictest/clockvaries.inc + + code +start +; pin initial config + bcf TRISE,4,0 ; turn off PSPMODE (Data Sheet p100/101) +; timer initial config + morse_t0setup mclock, (1<) { + next if m/^\s*\#/; + next unless m/^boards\s+$/...(!m/\S/ || m/^\S/); + next if !m/\S/ || m/^\S/; + die unless m/^\s+(\d+)\s+(\w+)\s*$/; + next unless $1 == $picno; + $board= $2; +} +close W; +die $picno unless defined $board; +die $board unless $board =~ m/^(?:reversers|detectors)$/; + +$a[1] |= 0x40 if $board eq 'detectors'; + +@a= map { sprintf "0x%02x", $_; } @a; + +printf "; automatically generated - do not edit\n" or die $!; +for ($i= 0x200000; + @a; + $i++) { + $_= shift @a; + printf "\t __idlocs \t 0x%06x, %s\n", $i, $_ or die $!; +} +print "\t end\n" or die $!; diff --git a/cebpic/manypics.make b/cebpic/manypics.make new file mode 100644 index 0000000..c08e485 --- /dev/null +++ b/cebpic/manypics.make @@ -0,0 +1,106 @@ + +default: all + +#---------- general definitions etc. ---------- + +TARGETS += $(foreach i, $(PICNOS), idlocs$i.hex noncode$i.hex) +MORSE_INCLUDE ?= common.inc +INCLUDES += ../iwjpictest/insn-aliases.inc morse+auto.inc + +INCLUDES += $(addsuffix +vars.fin, $(VARSFILES)) +INCLUDES += $(addsuffix +vars.inc, $(VARSFILES)) + +include ../common.make +include ../pic.make + +#---------- bizarre macro arrangements for $(PROGRAMS) ---------- + +define define_prog + +TARGETS += $(1)+code.hex $(1)+program.hex $(1)+program.map $(1)+program.disasm +TARGETS += $$(foreach i, $$(PICNOS), $(1)+entire$$i.hex) + +$(1)_CODEHEX= $$(foreach panel, $$(XCODEN_$(1)), $(1)+$$(panel).hex) \ + $$(foreach panel, $$(XCODE1_$(1)), $$(panel).hex) + +$(1)+code.hex: $$(HEXMERGER) $(1)+program.hex $$($(1)_CODEHEX) + $$(MERGEHEX) + +$(1)+entire%.hex: $$(HEXMERGER) $(1)+program.hex $$($(1)_CODEHEX) idlocs%.hex config.hex + $$(MERGEHEX) + +$(1)+program.hex: $(1).o $$(OBJS_$(prog)) $$(LIBS) + $$(LINK) + +endef + +define define_directasm + +$(1).hex: $(1).asm $$(INCLUDES) + $$(ASSEMBLE) $$< +endef + +define makesubmakefile +set -e; d=.submakefile.new; rm -f $$d; for f in "$$@";do echo "$$f" >>$$d; done +-- +$(foreach prog, $(PROGRAMS), $(call define_prog,$(prog))) +$(foreach da, idlocs% config %+morse %+pindata blank%, + $(call define_directasm,$(da))) +endef + +.submakefile: $(CEBPIC)manypics.make Makefile + : $(shell $(makesubmakefile)) ... generate .submakefile + @mv -f $@.new $@ + +ifneq ($(MAKECMDGOALS),clean) +include .submakefile +endif + +blank0.asm blank2.asm blank4.asm blank6.asm: blank%.asm: $(CEBPIC)manypics.make + echo >$@.new " org 0x$*000" + echo >>$@.new " nop" + echo >>$@.new " end" + mv -f $@.new $@ + +#---------- targets ---------- + +all: $(TARGETS) + +noncode%.hex: $(HEXMERGER) idlocs%.hex config.hex + $(MERGEHEX) + +morse+auto.inc: $(CEBPIC)morse-generator morse.messages + ./$^ inc $o + +%+vars.inc: %.asm $(CEBPIC)manypics.make + perl -ne ' \ + BEGIN { print "; autogenerated - do not edit\n"; } \ + next unless m/^\w+\s+equ\s+/; \ + print $$_ or die $$!; \ + ' <$< $o + +%+vars.fin: %.asm $(CEBPIC)manypics.make + perl -ne ' \ + BEGIN { print "; autogenerated - do not edit\n"; } \ + next unless m/^(\w+)\s/; \ + next if m/^\w+\s+(?:equ|udata|udata_acs)\s+/; \ + print " extern $$1\n" or die $$!; \ + ' <$< $o + +%+morse.asm: $(CEBPIC)morse-generator morse.messages %+program.map + ./$^ asm -I$(MORSE_INCLUDE) $o + +%.map: %.hex + @: + +idlocs%.asm: $(CEBPIC)make-idlocs ../layout/ours.wiring + ./$^ $* >$@.new && mv -f $@.new $@ + +ours+pindata.asm: ../layout/ours+pindata.asm + cp $< $@ + +manypic-clean: pic-clean + rm -f idlocs*.asm *+morse.* morse+auto.inc blank[0246].* + +.PRECIOUS: idlocs%.asm morse+auto.inc %+morse.asm %+morse.hex %.map +.PRECIOUS: %+vars.inc %+vars.fin diff --git a/cebpic/merge-hex b/cebpic/merge-hex new file mode 100755 index 0000000..4af1e17 --- /dev/null +++ b/cebpic/merge-hex @@ -0,0 +1,101 @@ +#!/usr/bin/perl -w +# See http://www.precma.it/download/intelhex.pdf +# +# Written by Ian Jackson in November/December 2005. +# I hereby waive my copyright in this file. - Ian Jackson 16.12.2005. +# $Id$ + +use strict qw(refs vars); + +our ($lba,$sba,$loc,$eof,%once); + +$lba=$sba=0; + +sub once { + my ($r) = @_; + my ($o); + $o= \$once{$_[0]}; + if (!defined $$o) { $$o= $loc; return; } + die sprintf("%s: %s: clash at 0x%x (1st)\n". + "%s: %s: clash at 0x%x (2nd)\n", + $0, $$o, $r, $0, $loc, $r); +} + +sub bad ($) { my ($m)=@_; die "$0: $loc: $m\n"; } + +my ($drlo,$dri,$orgline,$la); + +while (<>) { + $orgline= $_; + $loc= "$ARGV:$."; + + chomp; # General Record Format, p5 + s/^\:// or bad('no colon'); + $_= lc $_; + m/[^0-9a-f]/ and bad("bad char ".ord($&)); + length() & 1 and bad('odd length'); + + s/..$//; # chop checksum (we don't check this) + s/^..//; # chop reclen (we don't check this) + + if (s/^000001//) { # End of File, p11 + $eof= $orgline; + if ($lba) { $orgline= ":020000040000FA\n"; $lba=0; } + elsif ($sba) { $orgline= ":020000020000FC\n"; $sba=0; } + else { next; } + } elsif (s/^000004(....)$//) { $lba= hex($1)<<16; } # Ext'd Linear Addr, p6 + elsif (s/^000002(....)$//) { $sba= hex($1)<<4; } # Ext'd Seg. Addr., p7 + elsif (s/^(....)00//) { # Data Record, p8 + $drlo= hex $1; + for ($dri=0; s/^..//; $dri++) { + bad('both LBA and SBA') if $lba && $sba; + if ($lba) { $la= ($lba+$drlo+$dri) & 0x0ffffffff; } + elsif ($sba) { $la= $sba + (($drlo+$dri) & 0xffff); } + else { $la= $drlo+$dri; } +#print STDERR ">$lba|$sba|$drlo|$dri|$la|$_<\n"; + once($la); + } + } + elsif (s/^000005//) { once('start'); } # Start Linear Address, p9 + elsif (s/^000003//) { once('start'); } # Start Segment Address, p10 + else { + bad('unknown record or bad record'); + } + print $orgline or die $!; +} + +our ($lx,$ld); + +$lx= 0; +$ld= ''; +sub pf { + my ($f) = shift @_; + my ($s) = sprintf $f, @_; + if ($s =~ m/^\s/ && length($ld.$s) > 70) { + print STDERR $ld,"\n" or die $!; $ld= " "; + } + $ld.= $s; +} +sub pf_end () { + print STDERR $ld,"\n" or die $!; +} + +my ($ca,$a1); +undef $la; +foreach $ca (sort { $a <=> $b } keys %once) { + next if defined($la) && $ca == ++$la; + defined($la) and + --$la != $a1 and + pf("-%x", $la); + pf(" %x", $ca); + $la=$a1=$ca; +} +if (!defined($la)) { + pf(" empty"); +} elsif ($la != $a1) { + pf("-%x", $la); +} +pf_end(); + +die "$0: no input files or missing EOF markers\n" unless defined $eof; +print $eof or die $!; diff --git a/cebpic/morse-generator b/cebpic/morse-generator new file mode 100755 index 0000000..622ba7a --- /dev/null +++ b/cebpic/morse-generator @@ -0,0 +1,211 @@ +#!/usr/bin/perl +# Converts morse.messages to *+morse.asm or morse+auto.inc. +# morse-auto.asm specifies some flash contents, as follows: +# +# Each message XY produces a symbol +# morse_XY +# which is in the flash between morse_messages_start and +# morse_messages_end, and which is guaranteed to be aligned to a +# multiple of 4 bytes. +# +# At that symbol will be a message in the following format: +# RAAAMMMM header byte, contents as follows: +# M (4 bits) number of bytes of morse pattern +# R reserved bit, always zero +# A (3 bits) number of bytes of addresses +# M bytes morse pattern, as bit string of LED on/off +# values (1=on) for equal-length periods +# (1 period = 1 morse dot), MS bit first +# trailing zeroes in last byte are probably +# best elided +# A bytes zero or more addresses which should be read +# and the corresponding value shown in binary. +# Addresses are only one byte each, interpreted +# like an access bank reference. +# +# morse_messages_start and morse_messages_end should be defined in +# morse-defs.inc, and should also be 4-byte aligned. morse-defs.inc +# should also arrange to define any symbolic addresse referred to +# in morse-auto.messages, eg by including the pXXXX.inc. +# +# *+morse.asm contains the actual source and morse+auto.inc +# contains `equ' definitions for the addresses morse_XY. + +use IO::File; +use IO::Handle; + +sub badusage () { + die ("usages:\n". + " morse-generator ... asm\n". + " morse-generator ... [.map] inc\n"); +} + +@ARGV or badusage(); + +$includefile= 'morse-defs.inc'; +if ($ARGV[$#ARGV] =~ s/^\-I//) { + $includefile= pop @ARGV; +} + +$which= pop @ARGV; +$which eq 'asm' or $which eq 'inc' or badusage(); + +while () { + ($let,$morse) = (m/^([0-9A-Z])\s+([-.]+)$/) or die; + $morse =~ s/\./10/g; + $morse =~ s/\-/1110/g; + $morse =~ s/0$//; + $morse{$let}= $morse; +} + +sub oops ($) { die "morse-generator: $ARGV:$.: $_[0]\n"; } + +$mapfile= $ARGV[$#ARGV]; + +if ($mapfile =~ m/\.map$/) { + pop @ARGV; + $maph= new IO::File "$mapfile", 'r' or die "$0: $mapfile: $!\n"; + while (<$maph>) { + next unless m/^\s+Symbols\s+$/ .. !/\S/; + next unless m/\S/; + next if m/^\s+Symbols\s+$/; + next if m/^\s+Name\s+Address\s+Location\s+Storage\s+File\s*$/; + next if m/^(?:\s+\-\-+){5}\s*$/; + m/^\s*([0-9a-zA-Z_]+)\s+(0+|0x[0-9a-f]+)\s+(program|data)\s+(static|extern)\s+(\S+)\s*$/ + or die "$0: $mapfile:$.: cannot parse ?!\n"; + ($sym,$val,$progdata,$staticext,$filename) = ($1,$2,$3,$4,$5); + next if $progdata ne 'data'; + $filename =~ s/\.asm$//; + $sym= $staticext eq 'static' ? "$filename:$sym" : "::$sym"; + $symval{$sym}= $val; + } + die "$0: $mapfile: $!\n" if $maph->error; +} + +$"=','; + +print <<'END' or die $! +; autogenerated - do not edit +END + ; + +print <) { + chomp; + s/\#.*//; + next unless m/\S/; + s/\s+$//; + m/^([A-Z0-9]+)(\??)(?:\s+([^\t ;]+))?(?:\s+\;\s*(.*))?$/ + or oops("syntax error"); + $morse_name= $1; + $morse_optional= $2; + @morse= split //, $morse_name; + @addrs= defined($3) ? split /\,/, $3 : (); + $comment= $4; + + @addrs < 8 or oops("only up to 7 addrs are supported"); + + @data= (); + + $morse= join '00000', map { $morse{$_} } @morse; + $morse .= '0' x 7; # padding to fill any partial byte + while ($morse =~ s/^([01]{8})//) { + push @data, "$&b"; + } + $morse =~ m/^0{0,7}$/ or die; + $morse_bytes= scalar(@data); + + unshift @data, sprintf "0x%x%x", scalar(@addrs), $morse_bytes; + push @data, map { + s/^\:\b/ $filename.':' /e; + $filename= $1 if m/^([^:]+)\:/; + $_ = $symval{$_} if exists $symval{$_}; + if ($which eq 'inc') { + $val= $_; + } elsif (m/\:/) { + printf STDERR "morse-generator: message \`%s': %s". + "unknown symbol \`%s'\n", + $morse_name, ($morse_optional ? 'warning: ' :''), $_; + exit 4 unless $morse_optional; + $val= ' xxx_unknown_xxx'; + } else { + $val= "$_ - (0xf00 * !(($_ & 0xf00)^0xf00))"; + } + $val; + } @addrs; + + push @data, ('0') x (3 - (scalar(@data) + 3) % 4); + + print("morse_$morse_name db @data\n") or die $! + if $which eq 'asm'; + + printf("morse_$morse_name equ morse_messages_start+0x%x\n", + $bytes) or die $! + if $which eq 'inc'; + + $bytes += scalar @data; +} + +print <<'END' or die $! + + if $ > morse_messages_end + error "too much morse - extends beyond morse_messages_end" + endif + + end +END + if $which eq 'asm'; + +STDIN->error and die $!; +STDOUT->error and die $!; + +__DATA__ +A .- +B -... +C -.-. +D -.. +E . +F ..-. +G --. +H .... +I .. +J .--- +K -.- +L .-.. +M -- +N -. +O --- +P .--. +Q --.- +R .-. +S ... +T - +U ..- +V ...- +W .-- +X -..- +Y -.-- +Z --.. +0 ----- +1 .---- +2 ..--- +3 ...-- +4 ....- +5 ..... +6 -.... +7 --... +8 ---.. +9 ----. diff --git a/cebpic/morse-printout-genps b/cebpic/morse-printout-genps new file mode 100755 index 0000000..4a00f78 --- /dev/null +++ b/cebpic/morse-printout-genps @@ -0,0 +1,77 @@ +#!/bin/sh +atp -B -f Helvetica-Bold13 < [
,
...] [; ] +# This file is converted to morse.asm by the Perl script morse.asm-gen. +# See morse.asm-gen for information about the format of the data stored +# in flash. Only addresses in the Access Bank are supported. + +# Suggested output by on the per-pic-led is: +# morse (red/black) contents of one address +# morse (red/black) contents of next address +# ... +# morse (red/black) contents of last address +# long pause +# go back to start +# Contents of addresses should preferably be read into a temporary +# buffer space somewhere so that each one is read once and that value +# remembered. + +UP ; unimplemented point timer setting + +# Main message listing. Kept sorted by morse for easy reference. +IH INTCON,INTCON3,PIR1,PIR2,PIR3 ; Interrupt source not found (high pri.) +IL INTCON,INTCON3,PIR1,PIR2,PIR3 ; Interrupt source not found (low pri.) +IP INTCON ; Interrupt of priority supposedly disabled +SA SSPCON2 ; Slave didn't I2C ack address +SD SSPCON2 ; Slave didn't I2C ack data + +# Messages starting with T are temporary entries for testing and development +TM PIE1,SSPSTAT,SSPCON1,SSPCON2 ; Master got I2C interrupt +TS PIE1,SSPSTAT,SSPCON1,SSPCON2 ; Slave got I2C interrupt +TF TESTFLASH ; test flash message +TG TESTFLASH,WREG4 ; test flash message +TI1 ; for iwj +TI2 ; for iwj +TI3 ; for iwj +TI4 ; for iwj +TI5 ; for iwj diff --git a/cebpic/morsepanic.asm b/cebpic/morsepanic.asm new file mode 100644 index 0000000..9f5a518 --- /dev/null +++ b/cebpic/morsepanic.asm @@ -0,0 +1,370 @@ +; program writes SOS msg into flash then turns LED green +; when serial interrupt received, turns off interrupts, turns off +; power, transmits contents of SSPCON1 by flashing LED red, repeats +; (next version will transmit SOS code first, then contents of +; SSPCON1) + + +; to start, need to write into flash, starting at 30 0000h: +; 10 10 10 00 | 1110 1110 | 1110 00 10 | 10 10 + + include common.inc + include morse-auto.inc + include ../iwjpictest/insn-aliases.inc + include ../iwjpictest/clockvaries.inc + + extern led_green + extern led_red + extern led_black + +;--------------------------------------------------------------------------- +panic macro message + movlw (message - morse_messages_start)/4 + movwf PANIC_ADDRESS + goto panic_routine + endm + +;--------------------------------------------------------------------------- +; reserved access bank locations + +WREG2 equ 00h ; a 2nd working reg :-) +WREG3 equ 01h ; a 3rd working reg :-) +WREG4 equ 02h ; a 4th working reg :-) +BLANK equ 03h ; register full of zeros +TESTFLASH equ 04h ; test LED flash pattern + +; used in panic macro for temporary storage +PANIC_MORSE equ 05h ; stores # bytes of morse msg in panic readout +PANIC_REGS equ 06h ; stores # registers in panic readout +PANIC_ADDRESS equ 07h ; stores condensed form of message start addr. + + + + + + + +; constants + +MORSE_MSG_LENGTH equ 04h ; lenght of morse messages in bytes + + + +;--------------------------------------------------------------------------- +; memory location definitions + +ERROR_BUF_PAGE equ 3 ; error codes on flash p3 +F_ERROR_U equ 00h ; upper part of error memory locations +F_SOS_H equ 40h ; high (middle) part of SOS error memory loc. +F_SOS_L equ 00h ; lower part of SOS error memory loc. + + +;--------------------------------------------------------------------------- +; error messages + +err_SOS equ 0 ; msg 0 = SOS + +;**************************************************************************** +; VECTORS: special locations, where the PIC starts executing +; after interrupts + + + org 0 + goto vector_reset + + +; high priority interrupt +; +; org 000008h +; goto interrupt_high + +; low priority interrupt + + org 000018h + goto interrupt_low + +;**************************************************************************** +;ERROR MSGS + +; org 4000h +; dw 1110111010101000b +; dw 1010000011100010b + +;--------------------------------------------------------------------------- +; Main - go to interrupt + goto interrupt_low + +;**************************************************************************** + + code + +;**************************************************************************** + +vector_reset + +; serial set-up +; enable interrupts so that this can be used as a trigger for the +; panic routine + +; initial config - TXSTA register p181 + bcf TXSTA,6,0 ; p181, set 8-bit mode + bsf TXSTA,5,0 ; transmit enable + bcf TXSTA,4,0 ; asynchronous mode + bsc_txsta_brgh ; set high or low baud rate + +; initial config - RCSTA register p182 + bsf RCSTA,7,0 ; serial port enable (p182) + bcf RCSTA,6,0 ; 8-bit reception + bsf RCSTA,4,0 ; enable continuous receive + +; set SPBRG to get correct baud rate + movlw_movwf_spbrg + +; interrupt set-up for serial receive + bcf IPR1,5,0 ; set to low-priority interrupt + +;--------------------------------------------------------------------------- +; interrupt set-up + +; globally enable interrupts - p77 + bsf RCON,7,0 ; enable priority levels + bsf INTCON,7,0 ; enable high-priority interrupts + bsf INTCON,6,0 ; enable low-priority interrupts + bsf PIE1,5,0 ; enable USART receive interrupt (p85) + +;--------------------------------------------------------------------------- +;--------------------------------------------------------------------------- +; Main - go to interrupt + goto interrupt_low + +;**************************************************************************** +; INTERRUPT SUBROUTINES + +interrupt_low + mov_lw 0x5a + mov_wf TESTFLASH + + panic morse_TG + +panic_routine +; switch off interrupts and power +; reconfigure timer0 for writing diagnostic msg to the LED + + clrf INTCON,0 ; disable all interrupts EVER + bcf PORTC,1,0 ; switch off booster + + +; re-initialise timer0 config + bcf T0CON,6,0 ; p107 Timer0 -> 16bit mode + bcf T0CON,5,0 ; timer0 use internal clock + bsc_morse_t0con_012 ; use prescaler? and configure it + +; get # bytes of morse msg, # registers in panic readout, message start addr. +; back from condensed message start addr. stored in PANIC_ADDRESS + +panic_loop + movlw 4 + mulwf PANIC_ADDRESS + movff PRODL,TBLPTRL + movff PRODH,WREG + add_lw (morse_messages_start)/256 + movwf TBLPTRH + clr_f TBLPTRU + + tblrd *+ ; read 1st byte of error message + ; (gives # bytes morse, # bytes registers) + + movff TABLAT,PANIC_MORSE + movlw 00001111b + and_wff PANIC_MORSE ; PANIC_MORSE now contains # bytes of morse msgs + + movff TABLAT,PANIC_REGS + movlw 01110000b + and_wff PANIC_REGS + swap_f PANIC_REGS ; PANIC_REGS now contains # registers to read + + call led_black + call waiting + call waiting + call waiting + call waiting + call morsemsg ; transmit SOS in red + call led_black + call waiting + call waiting + call waiting + call waiting + call registermsg ; transmit contents of TESTFLASH in + ; red(=low) and blue(=high) + goto panic_loop + +;**************************************************************************** +; PANIC SUBROUTINES + +morsemsg +; wrapper round readout to flash the per-pic led red for a +; (currently 4-byte) morse msg + +morse_msg_start + clrf WREG3,0 ; clear loop counter (WREG3) + +morse_loop + mov_fw PANIC_MORSE + cmp_fw_ifge WREG3 ; if loop counter >=MORSE_MSG_LENGTH, + return ; return to panic + + tblrd *+ + mov_ff TABLAT,WREG2 + call morse_readout + inc_f WREG3 + goto morse_loop + + +;-------------------------- +morse_readout + +; Flashes the per-pic led red(0) in a specified pattern. +; +; The pattern is specified as the state for 8 identically-long time +; periods each as long as a morse `dot', encoded into a byte with +; most significant bit first. +; On entry On exit +; W any undefined +; WREG2 flash pattern preserved +; WREG4 any undefined + + clr_f WREG4 ; clear loop counter (WREG4) + rr_f WREG2 + +morse_readout_loop + mov_lw 8 + cmp_fw_ifge WREG4 ; if loop counter >=8, return + return + + rl_f WREG2 ; top bit goes into N, ie Negative if 1 + bra_n morse_readout_if_led_1 + +morse_readout_if_led_0 + call led_black + bra morse_readout_endif_led + +morse_readout_if_led_1 + call led_red + +morse_readout_endif_led + inc_f WREG4 ; increment loop counter + call waiting + bra morse_readout_loop + +;-------------------------- +;-------------------------- +registermsg + +register_msg_start + clrf WREG3,0 ; clear loop counter (WREG3) + +register_loop + mov_fw PANIC_REGS + cmp_fw_ifge WREG3 ; if loop counter >=MORSE_MSG_LENGTH, + return ; return to panic + + tblrd *+ + + mov_fw TABLAT ; TABLAT has the 8-bit version + mov_wf FSR0L ; of the address. So, 8 bits + ; go straight into FSR0L. + + mov_lw 0x0f ; For FSR0H, we see if the + mov_fw FSR0H ; address XX is >=0x60. + ; If it is then we meant 0xfXX; + mov_lw 0x5f ; if not then we meant 0x0XX. + cmp_fw_ifle FSR0L ; (This is just like PIC does + clr_f FSR0H ; for insns using Access Bank) + + mov_ff INDF0,WREG2 + call register_readout + + inc_f WREG3 + + call waiting + call waiting + goto register_loop + +;-------------------------- + +register_readout + +; Flashes the per-pic led red(0) and green(1) in a specified pattern. +; (black gap between each bit) +; +; The pattern is specified as the state for 8 identically-long time +; periods each as long as a morse `dot', encoded into a byte with +; most significant bit first. +; On entry On exit +; W any undefined +; WREG2 flash pattern preserved +; WREG4 any undefined + + clrf WREG4,0 ; clear loop counter (WREG4) + rrncf WREG2,1 + + +register_readout_loop + movlw 8 + cpfslt WREG4,0 ; if loop counter >=8 (register + ; length), return + return + + movlw 4 + cmp_fw_ifne WREG4 ; if loop counter !=4 (nybble length), + ; skip insertion of extra black space + goto not_nybble_boundary + call waiting + +not_nybble_boundary + rlncf WREG2,1 ; top bit goes into N flag, + ; ie Negative if 1 + bn register_readout_if_led_1 + +register_readout_if_led_0 + call led_red + bra register_readout_endif_led + +register_readout_if_led_1 + call led_green + +register_readout_endif_led + incf WREG4,1,0 ; increment loop counter + call waiting + call led_black + call waiting + bra register_readout_loop + + +;**************************************************************************** +; GENERAL SUBROUTINES + +;---------------------------------------- +waiting +; waits for a fixed interval, depending on the configuration of TMR0 + + bcf INTCON,2,0 ; clear timer0 interrupt bit (p109) + clrf TMR0H,0 ; p107 set high byte of timer0 to 0 (buffered, + ; only actually set when write to tmr0l occurs) + clrf TMR0L,0 ; set timer0 low byte - timer now set to 0000h +loop + btfss INTCON,2,0 ; check whether timer0 interrupt has been set - + ; skip next instruction if so + bra loop + return + + +;**************************************************************************** + + org 0x2000 + dw 0xffff + + org 0x6000 + dw 0xffff + + end diff --git a/cebpic/nmra-stream.asm b/cebpic/nmra-stream.asm new file mode 100644 index 0000000..5ede3c8 --- /dev/null +++ b/cebpic/nmra-stream.asm @@ -0,0 +1,478 @@ + +; can be tested with liberator's mic input: +; 1k1, 110k resistor divider from track gives 1/100 track +; voltage to mic input +; then +; sox -r 96000 -u -b -t ossdsp /dev/dsp t.dat +; perl -pe '$_= m/\-/ ? "_" : "~"' u +; in an xterm showing font "tiny" and then resized to eg 295x54 +; less u + +; pin 21 (per-pic-led, RD2/PSP2/C1IN) states: +; high H = green, low L = red, float Z = black + + + + include /usr/share/gputils/header/p18f458.inc + radix dec + +clock equ mclock + include ../iwjpictest/clockvaries.inc + + +NMRACTRL equ 0x4 ; byte 4: state relevant to NMRA control +TRANSMITBIT equ 0x7 ; bit 7: 0/1 bit currently being transmitted +NEXTACTION equ 0x6 ; bit 6: change polarity on next interrupt y/n + +FROMSERIAL equ 0x1 ; byte 1: from-serial buffer location (in BSR5) +TOTRACK equ 0x2 ; byte 2: to-track buffer location (in BSR5) +TOTRACKBIT equ 0x3 ; byte 3: bit location of pointer within byte + +BUFFERPAGE equ 5 + + extern led_green + extern led_red + extern led_black + + ifdef SLOW_VERSION + messg "hello this is the slow version" + endif + + ifndef SLOW_VERSION + messg "hello this is the fast version" + endif + + ifdef SLOW_VERSION + messg "with an if" + else + messg "and an else" + endif + + org 0 + goto initialise + +;**************************************************************************** + +; high priority interrupt + + org 000008h + goto interrupt_high + +; low priority interrupt + + org 000018h + goto interrupt_low + +;**************************************************************************** + + code + +;**************************************************************************** + +macros + +; macro to call subroutine to transmit over serial port for debugging +; takes 8-bit value, puts in W, invokes debug_serial_transmit + + ifndef SLOW_VERSION +debug macro debugvalue + endm + endif + + ifdef SLOW_VERSION +debug macro debugvalue + movlw debugvalue + call debug_serial_transmit + endm + endif + +debug_serial_transmit + movwf TXREG,0 ; move contents of W (i.e. debugvalue) + ; to TXREG for transmission +waitfortsr + btfss TXSTA,1,0 + bra waitfortsr + return + +;**************************************************************************** + +initialise + +; serial set-up + +; initial config - TXSTA register p181 + bcf TXSTA,6,0 ; p181, set 8-bit mode + bsf TXSTA,5,0 ; transmit enable + bcf TXSTA,4,0 ; asynchronous mode + bsc_txsta_brgh + +; initial config - RCSTA register p182 + bsf RCSTA,7,0 ; serial port enable (p182) + bcf RCSTA,6,0 ; 8-bit reception + bsf RCSTA,4,0 ; enable continuous receive + +; set SPBRG to get correct baud rate according to table top right p186 +; (Tosc = 20MHz, desired baud rate = 9600) + movlw_movwf_spbrg + + debug 0x0A ; LF to terminak + debug 'a' ; write 'a' to serial port +;---------------------------------------------------------------------------- + + +; timer 0 set-up +; LED pin (21) initialisation + bcf TRISE,4,0 ; turn off PSPMODE (Data Sheet p100/101) + + +; timer0 initial config for NMRA timer + + ifdef SLOW_VERSION + bcf T0CON,6,0 ; p107 Timer0 -> 16bit mode (testing) + endif + + ifndef SLOW_VERSION + bsf T0CON,6,0 ; p107 Timer0 -> 8bit mode (not-testing) + endif + + bcf T0CON,5,0 ; timer0 use internal clock + bcf T0CON,3,0 ; use prescaler + + ifndef SLOW_VERSION + bcf T0CON,2,0 ; } + bcf T0CON,1,0 ; } prescale value 1:2 + bcf T0CON,0,0 ; } (not-testing) + endif + + ifdef SLOW_VERSION + bsf T0CON,2,0 ; } + bcf T0CON,1,0 ; } prescale value 1:16 + bcf T0CON,0,0 ; } (testing) + endif + + debug 'b' ; write 'b' to serial port +;---------------------------------------------------------------------------- + +; initialise buffers (for BSR5, for nmra from-serial/to-track buffers) + + movlw BUFFERPAGE + movwf BSR,0 ; set BSR to point to buffer page + + clrf NMRACTRL,0 ; for bits relevant to control of nmra stream + clrf FROMSERIAL,0 ; for loc'n of write-from-usart ptr in buffers + clrf TOTRACK,0 ; for loc'n of send-to-track ptr in buffers + ; all in access bank + + + debug 'c' ; write 'c' to serial port +;---------------------------------------------------------------------------- + + +; initialise next action/transmit bit + bsf NMRACTRL,NEXTACTION,0 + bsf NMRACTRL,TRANSMITBIT,0 + +; initialise TOTRACKBIT bitmask + movlw 0x80 + movwf TOTRACKBIT,0 ; make bit mask be 1000 0000 + +; initialise booster direction + bcf TRISC,0,0 ; make pin 0 (booster direction) output + bcf PORTC,0,0 ; set low initially + +; set booster pwm high + bsf PORTC,1,0 ; booster pwm high + bcf TRISC,1,0 ; make pin 1 (booster pwm) output + + bcf PORTB,2,0 ; booster shutdown L + bcf TRISB,2,0 ; booster shutdown not-Z + + bcf PORTB,0,0 ; user fault L or Z + + debug 'd' ; write 'd' to serial port +;---------------------------------------------------------------------------- + +; interrupt set-up + +; globally enable interrupts - p77 + bsf RCON,7,0 ; enable priority levels + bsf INTCON,7,0 ; enable high-priority interrupts + bsf INTCON,6,0 ; enable low-priority interrupts + +; interrupt set-up for serial receive + bcf IPR1,5,0 ; set to low-priority interrupt + bsf PIE1,5,0 ; enable USART receive interrupt (p85) + +; interrupt set-up for timer0 interrupt p79/80 + bcf INTCON2,2,0 ; timer0 overflow low priority + bsf INTCON,5,0 ; enable timer0 interrupts + + + debug 'e' ; write 'e' to serial port +;**************************************************************************** + + call led_green +main_loop_led + goto main_loop_led + + +;**************************************************************************** + +interrupt_high + debug 'H' + goto panic + +;**************************************************************************** + +interrupt_low + +; check which interrupt. Branch to serial_receive or timer or return + + debug '*' ; write 'f' to serial port + btfsc INTCON,2,0 ; check whether timer0 interrupt set + goto timer0_interrupt + debug 'g' ; write 'g' to serial port + btfsc PIR1,5,0 ; check whether serial recv interrupt bit set + goto serial_receive + debug 'L' + goto panic + +; if 2 interrupts are set at once the 2nd will generate a new +; interrupt on leaving the interrupt routine +; *** we hope and trust -iwj + + +;**************************************************************************** + +serial_receive +; debug 'h' ; write 'h' to serial port + btfsc RCSTA,FERR,0 ; if FERR set (= framing error), then panic + goto panic + btfsc RCSTA,OERR,0 ; if OERR set (= overrun error), then panic + goto panic + + movff FROMSERIAL,FSR0L ; set low byte of INDF0 pointer + movlw BUFFERPAGE + movwf FSR0H,0 ; set high byte of INDF0 pointer +; debug '1' ; write 'h' to serial port + movff RCREG,INDF0 ; copy to received register +; debug '2' ; write 'h' to serial port + +; check whether bit 7 is set. If so, move to next buffer. + btfsc INDF0,7,0 ; check if bit 7 is set + call advance_write_buffer ; if so, move to next buffer +; debug '3' ; write 'h' to serial port + +; If not, move to next byte + btfss INDF0,7,0 ; check if bit 7 is set + incf FROMSERIAL,1,0 ; advance FROMSERIAL pointer by 1 byte +; debug '4' ; write 'h' to serial port + + bcf PIR1,RCIF,0 ; unset interrupt + retfie 1 + +; *** I *think* the interrupt bit is cleared by reading out of RCREG +; but this may be something to try in debugging if stuff doesn't work + + + +advance_write_buffer + +; clear low 4 bits of FROMSERIAL and increment top 4 bits +; aaaabbbb -> bbbbaaaa -> bbbb(aaaa+1) -> 0000(aaaa+1) -> (aaaa+1)0000 + debug '5' ; write 'h' to serial port + swapf FROMSERIAL,1,0 + incf FROMSERIAL,1,0 + movlw 0xF + andwf FROMSERIAL,1,0 + swapf FROMSERIAL,1,0 + +; clear bit 6 (will set back to buffer 0 if has overflowed to 4) + debug '6' ; write 'h' to serial port + bcf FROMSERIAL,6,0 + + return + + +;**************************************************************************** + +timer0_interrupt + + debug ',' ; write 'j' to serial port + bcf INTCON,2,0 ; clear interrupt-set bit + + ifdef SLOW_VERSION + movlw 0x01 ; (testing) + endif + + ifndef SLOW_VERSION + movlw 0x73 ; (not-testing) + endif + + movwf TMR0L,0 ; set timer0 to appropriate value (so interrupt takes 58us) + + + debug 'k' ; write 'k' to serial port +; check next action - if 0, change to 1 and return + btfsc NMRACTRL,NEXTACTION,0 + goto toggle_output + bsf NMRACTRL,NEXTACTION,0 + debug '1' ; write 'k' to serial port + retfie 1 + + +; if next action = 1, then toggle output + +toggle_output + debug 'l' ; write 'l' to serial port + btg PORTC,0,0 ; toggle booster output pin + btfss PORTC,0,0 + goto decide_next_bit + goto mid_bit + + +; if transition was 0->1 then we are mid-bit, so copy transmitbit to +; nextaction in preparation for 2nd half of bit and then return + +mid_bit + debug 'm' ; write 'm' to serial port + btfsc NMRACTRL,TRANSMITBIT,0 + bsf NMRACTRL,NEXTACTION,0 + btfss NMRACTRL,TRANSMITBIT,0 + bcf NMRACTRL,NEXTACTION,0 + debug '2' ; write 'k' to serial port + retfie 1 + + +decide_next_bit + + debug 'n' ; write 'n' to serial port +; check whether current to-track buffer = current from-serial buffer +; if yes, transmit 1s (set transmitbit=1, nextaction=1 and return) + + movff FROMSERIAL,WREG + xorwf TOTRACK,0,0 + andlw 0x30 + bnz read_from_buffer + bsf NMRACTRL,TRANSMITBIT,0 + bsf NMRACTRL,NEXTACTION,0 + debug '3' + bsf TRISB,0,0 ; user fault Z (red) + retfie 1 + + +read_from_buffer + bcf TRISB,0,0 ; user fault L (purple) + debug 'o' + +; if currently on bit 7, want to skip to bit 6 +;*** wouldn't it be easier to start on bit 6 ? :-) -iwj + + btfsc TOTRACKBIT,7,0 + rrncf TOTRACKBIT,1,0 ; rotate mask right + +; if not on bit 7 , +; set na=cb=bit value, advance bit (i.e. rotate TRANSMITBIT right), +; check if bit7, if so, advance byte, return + + debug 'p' + movff TOTRACK,FSR1L ; set low byte of IND1 pointer + movlw BUFFERPAGE + movwf FSR1H,0 ; set high byte of IND1 pointer + movff INDF1,WREG + andwf TOTRACKBIT,0,0 ; select bit to be transmitted + + bz zero_bit_to_track + bra one_bit_to_track + +zero_bit_to_track + debug '_' ; write 'q' to serial port + debug '0' ; write 'q' to serial port + debug '_' ; write 'q' to serial port + bcf NMRACTRL,TRANSMITBIT,0 + bcf NMRACTRL,NEXTACTION,0 + goto advance_bit + +one_bit_to_track + debug '_' ; write 'q' to serial port + debug '1' ; write 'r' to serial port + debug '_' ; write 'q' to serial port + bsf NMRACTRL,TRANSMITBIT,0 + bsf NMRACTRL,NEXTACTION,0 + goto advance_bit + + + +advance_bit +; rotate transmitbit to next position + + debug 's' ; write 's' to serial port + rrncf TOTRACKBIT,1,0 ; rotate mask right +;*** surely rrnc (`rotate right not through carry' I assume) +;*** will leave a copy of the top bit in the N flag ? Then you +;*** can use branch if negative. -iwj + btfsc TOTRACKBIT,7,0 + call advance_pointer + debug '5' ; write 's' to serial port + + retfie 1 + + + +advance_pointer + + debug 't' ; write 't' to serial port + +; currently on bit 7 of the byte, after having read rest of byte to +; track; check whether it is 1 or 0 + movff TOTRACK,FSR1L + movlw BUFFERPAGE + movwf FSR1H,0 + +; if set, move to next buffer + btfsc INDF1,7,0 + call advance_read_buffer + +; if not set, move to next byte of samebuffer (increment TOTRACK) +; (will be on bit 7 at this point anyway so no need to change TOTRACKBIT) + btfss INDF1,7,0 + incf TOTRACK,1,0 + return + + +advance_read_buffer + +; move pointer to next buffer +; clear low 4 bits of TOTRACK and increment top 4 bits +; aaaabbbb -> bbbbaaaa -> bbbb(aaaa+1) -> 0000(aaaa+1) -> (aaaa+1)0000 + debug '7' ; write 'v' to serial port + swapf TOTRACK,1,0 + incf TOTRACK,1,0 + movlw 0xF + andwf TOTRACK,1,0 + swapf TOTRACK,1,0 + debug '8' ; write 'v' to serial port + +; clear bit 6 (will set back to buffer 0 if has overflowed to 4) + bcf TOTRACK,6,0 + debug '9' ; write 'v' to serial port + return + + + +;**************************************************************************** + + +panic + debug 'x' + clrf INTCON,0 ; disable all interrupts EVER + debug 'y' + bcf PORTC,1,0 ; switch off booster + debug 'z' + call led_red +panic_loop + goto panic_loop + +;**************************************************************************** + + end diff --git a/cebpic/panic.asm b/cebpic/panic.asm new file mode 100644 index 0000000..9eff1f1 --- /dev/null +++ b/cebpic/panic.asm @@ -0,0 +1,238 @@ +; program writes SOS msg into flash then turns LED green +; when serial interrupt received, turns off interrupts, turns off +; power, transmits contents of SSPCON1 by flashing LED red, repeats +; (next version will transmit SOS code first, then contents of +; SSPCON1) + + +; to start, need to write into flash, starting at 30 0000h: +; 10 10 10 00 | 1110 1110 | 1110 00 10 | 10 10 + + include common.inc + +clock equ mclock + include ../iwjpictest/clockvaries.inc + + extern led_green + extern led_red + extern led_black + +;--------------------------------------------------------------------------- +; reserved access bank locations + +WREG2 equ 00h ; a 2nd working reg :-) +WREG3 equ 01h ; a 3rd working reg :-) +WREG4 equ 02h ; a 4th working reg :-) +BLANK equ 03h ; register full of zeros +TESTFLASH equ 04h ; test LED flash pattern + + + +;--------------------------------------------------------------------------- +; memory location definitions + +ERROR_BUF_PAGE equ 3 ; error codes on flash p3 +F_ERROR_U equ 30h ; upper part of error memory locations +F_SOS_H equ 00h ; high (middle) part of SOS error memory loc. +F_SOS_L equ 00h ; lower part of SOS error memory loc. + + +;--------------------------------------------------------------------------- +; error messages + +err_SOS equ 0 ; msg 0 = SOS + +;**************************************************************************** +; VECTORS: special locations, where the PIC starts executing +; after interrupts + + + org 0 + goto vector_reset + + +; high priority interrupt +; +; org 000008h +; goto interrupt_high + +; low priority interrupt + + org 000018h + goto interrupt_low +; +;**************************************************************************** +; MACROS + +;---------------------------------------- +; errmsg(ERRCODE,COLOUR) +; reads the chosen error msg out of flash and transmits by +; flashing LED in chosen colour [1 = blue (=green), 0 = orange (=red)] +; +; +;errmsg macro ERRCODE, COLOUR +; +; +; +; +; +; +; endm + +;---------------------------------------- +readout +; Flashes the per-pic led red and black in a specified pattern. +; The pattern is specified as the state for 8 identically-long time +; periods each as long as a morse `dot', encoded into a byte with +; most significant bit first. +; On entry On exit +; W any undefined +; WREG2 flash pattern preserved +; WREG4 any undefined +; + clrf WREG4,0 ; clear loop counter (WREG4) + rrncf WREG2,1 + +readout_loop + movlw 8 + cpfslt WREG4,0 ; if loop counter >=8, return + return + + rlncf WREG2,1 ; top bit goes into N flag, ie Negative if 1 + bn readout_if_led_on +readout_if_led_off + call led_black + bra readout_endif_led + +readout_if_led_on + call led_red +readout_endif_led + incf WREG4,1,0 ; increment loop counter + call waiting + bra readout_loop + +;**************************************************************************** + + code + +;**************************************************************************** + +vector_reset + +; serial set-up +; enable interrupts so that this can be used as a trigger for the +; panic routine + +; initial config - TXSTA register p181 + bcf TXSTA,6,0 ; p181, set 8-bit mode + bsf TXSTA,5,0 ; transmit enable + bcf TXSTA,4,0 ; asynchronous mode + bsc_txsta_brgh ; set high or low baud rate + +; initial config - RCSTA register p182 + bsf RCSTA,7,0 ; serial port enable (p182) + bcf RCSTA,6,0 ; 8-bit reception + bsf RCSTA,4,0 ; enable continuous receive + +; set SPBRG to get correct baud rate + movlw_movwf_spbrg + +; interrupt set-up for serial receive + bcf IPR1,5,0 ; set to low-priority interrupt + +;--------------------------------------------------------------------------- +; interrupt set-up + +; globally enable interrupts - p77 + bsf RCON,7,0 ; enable priority levels + bsf INTCON,7,0 ; enable high-priority interrupts + bsf INTCON,6,0 ; enable low-priority interrupts + bsf PIE1,5,0 ; enable USART receive interrupt (p85) + +;--------------------------------------------------------------------------- + +; write error code for SOS into flash memory (starting at 30 0000h) +; movlw F_ERROR_H ; set table pointer to point to +; movwf TBLPTRU ; start of flash p3 +; movlw F_SOS_H +; movwf TBLPTRH +; movlw F_SOS_L +; movwf TBLPTRL +; +; write message into memory, incrementing tbl pointer each time +; +; movlw 10101000b +; movwf TABLAT +; tblwt*+ +; +; movlw 11101110b +; movwf TABLAT +; tblwt*+ +; +; movlw 11100010b +; movwf TABLAT +; tblwt*+ +; +; movlw 10100000b +; movwf TABLAT +; tblwt*+ + +;--------------------------------------------------------------------------- +; turn LED green if we have made it this far.... + + call led_green +main_loop_led + goto main_loop_led + + +;**************************************************************************** +; INTERRUPT SUBROUTINES + +interrupt_low + goto informative_panic + +informative_panic +; switch off interrupts and power +; reconfigure timer0 for writing diagnostic msg to the LED + + clrf INTCON,0 ; disable all interrupts EVER + bcf PORTC,1,0 ; switch off booster + + movlw 10101100b + movwf TESTFLASH + + +; re-initialise timer0 config + morse_t0setup mclock, (1< WREG + incf WREG ; increment WREG + movff WREG,TXREG ; write data out of WREG -> serial transmit buffer + retfie + + + end diff --git a/cebpic/routines-led.asm b/cebpic/routines-led.asm new file mode 100644 index 0000000..895b89a --- /dev/null +++ b/cebpic/routines-led.asm @@ -0,0 +1,40 @@ +;********************************************************************** +; routines-led +; subroutines for controlling the per-pic LED (pin 21, DS100) + +clock equ -1 + include common.inc + + global led_green + global led_red + global led_black + + code + +;---------------------------------------- +led_red +; makes the LED be red (or orange), no matter its previous state +; no RAM locations used or modified +; W is unchanged + bcf LATD, 2, 0 ; output low + bcf TRISD, 2, 0 ; output enabled + return + +;---------------------------------------- +led_green +; makes the LED be green (or blue), no matter its previous state +; no RAM locations used or modified +; W is unchanged + bsf LATD, 2, 0 ; output high + bcf TRISD, 2, 0 ; output enabled + return + +;---------------------------------------- +led_black +; makes the LED be black (off), no matter its previous state +; no RAM locations used or modified +; W is unchanged + bsf TRISD, 2, 0 ; disable flasher output + return + + end diff --git a/cebpic/send-serial.asm b/cebpic/send-serial.asm new file mode 100644 index 0000000..177c5db --- /dev/null +++ b/cebpic/send-serial.asm @@ -0,0 +1,83 @@ +; pin 21 (per-pic-led, RD2/PSP2/C1IN) states: high H = green, low L = red, float Z = black + + include /usr/share/gputils/header/p18f458.inc + radix dec + +clock equ mclock + include ../iwjpictest/clockvaries.inc + + code +start +; initial config + bcf TXSTA,6,0 ; p181, set 8-bit mode + bsf TXSTA,5,0 ; transmit enable + bcf TXSTA,4,0 ; asynchronous mode + bsc_txsta_brgh ; set high or low baud rate + bsf RCSTA,7,0 ; serial port enable (p182) + +; set SPBRG to get correct baud rate + movlw_movwf_spbrg + + call initialiseascii + +main + movff 00h,TXREG ; move 00h to transmit buffer (ascii s) + call waitfortsr + movff 01h,TXREG ; move 01h to transmit buffer (ascii q) + call waitfortsr + movff 02h,TXREG ; move 02h to transmit buffer (ascii o) + call waitfortsr + movff 02h,TXREG ; move 02h to transmit buffer (ascii o) + call waitfortsr + movff 03h,TXREG ; move 03h to transmit buffer (ascii k) + call waitfortsr + movff 04h,TXREG ; move 04h to transmit buffer (ascii SPACE) + call waitfortsr + goto main + + +waitfortsr + btfss TXSTA,1,0 ; check whether TRMT is set (i.e. TSR is empty) + bra waitfortsr + return + + +initialiseascii ; set up ascii letter bytes + +; there must be a faster way to do this... + + clrf 00h,0 ; clear data registers + clrf 01h,0 + clrf 02h,0 + clrf 03h,0 + clrf 04h,0 + + bsf 00h,6,0 ; set 00h to be ascii s + bsf 00h,5,0 + bsf 00h,4,0 + bsf 00h,1,0 + bsf 00h,0,0 + + bsf 01h,6,0 ; set 01h to be ascii q + bsf 01h,5,0 + bsf 01h,4,0 + bsf 01h,0,0 + + bsf 02h,6,0 ; set 01h to be ascii o + bsf 02h,5,0 + bsf 02h,3,0 + bsf 02h,2,0 + bsf 02h,1,0 + bsf 02h,0,0 + + bsf 03h,6,0 ; set 03h to be ascii k + bsf 03h,5,0 + bsf 03h,3,0 + bsf 03h,1,0 + bsf 03h,0,0 + + bsf 04h,5,0 ; set 04h to be ascii _ + + return + + end diff --git a/cebpic/tblrd_test.asm b/cebpic/tblrd_test.asm new file mode 100644 index 0000000..5f42430 --- /dev/null +++ b/cebpic/tblrd_test.asm @@ -0,0 +1,230 @@ +; This program copies the values of flash memory bytes 20 0000h and +; 20 0001h into program memory an then transmits them over the +; serial port + + +; pin 21 (per-pic-led, RD2/PSP2/C1IN) states: +; high H = green, low L = red, float Z = black + + + + include /usr/share/gputils/header/p18f458.inc + include ../iwjpictest/clockvaries.inc + + extern led_green + extern led_red + extern led_black + + +; reserved for NMRA: +NMRACTRL equ 0x4 ; byte 4: state relevant to NMRA control +TRANSMITBIT equ 0x7 ; bit 7: 0/1 bit currently being transmitted +NEXTACTION equ 0x6 ; bit 6: change polarity on next interrupt y/n + +FROMSERIAL equ 0x1 ; byte 1: from-serial buffer location (in BSR5) +TOTRACK equ 0x2 ; byte 2: to-track buffer location (in BSR5) +TOTRACKBIT equ 0x3 ; byte 3: bit location of pointer within byte + +NMRA_BUFF_PAGE equ 5 + +; flash locations for PIC-dependent info: + +F_PIC_NO_U equ 20h ; flash location of PIC number +F_PIC_NO_H equ 00h +F_PIC_NO_L equ 00h + +F_I2C_CTRL_U equ 20h ; flash location of i2c control byte +F_I2C_CTRL_H equ 00h +F_I2C_CTRL_L equ 01h + +; i2c specifit stuff + +I2C_BUFF_PAGE equ 4 ; put i2c relevant stuff into buffer page 4 +PIC_NO equ 00h ; pic no goes to 400h +I2C_CTRL equ 01h ; i2c ctrl bit goes to 401h + + + + + ifdef SLOW_VERSION + messg "hello this is the slow version" + endif + + ifndef SLOW_VERSION + messg "hello this is the fast version" + endif + + ifdef SLOW_VERSION + messg "with an if" + else + messg "and an else" + endif + + org 0 + goto initialise + +;**************************************************************************** + +; high priority interrupt + + org 000008h + goto interrupt_high + +; low priority interrupt + + org 000018h + goto interrupt_low + +;**************************************************************************** + + code + +;**************************************************************************** + +macros + +; macro to call subroutine to transmit over serial port for debugging +; takes 8-bit value, puts in W, invokes debug_serial_transmit + + ifndef SLOW_VERSION +debug macro debugvalue + endm + endif + + ifdef SLOW_VERSION +debug macro debugvalue + movlw debugvalue + call debug_serial_transmit + endm + endif + +debug_serial_transmit + movwf TXREG,0 ; move contents of W (i.e. debugvalue) + ; to TXREG for transmission +waitfortsr + btfss TXSTA,1,0 + bra waitfortsr + return + +;**************************************************************************** + +initialise + +; serial set-up + +; initial config - TXSTA register p181 + bcf TXSTA,6,0 ; p181, set 8-bit mode + bsf TXSTA,5,0 ; transmit enable + bcf TXSTA,4,0 ; asynchronous mode + bsc_txsta_brgh ; set high or low baud rate + +; initial config - RCSTA register p182 + bsf RCSTA,7,0 ; serial port enable (p182) + bcf RCSTA,6,0 ; 8-bit reception + bsf RCSTA,4,0 ; enable continuous receive + +; set SPBRG to get correct baud rate + movlw_movwf_spbrg + + +; interrupt set-up for serial receive + bcf IPR1,5,0 ; set to low-priority interrupt + + +;---------------------------------------------------------------------------- + +; copy PIC-dependent info out of flash memory + + movlw F_PIC_NO_U ; set table pointer to point to + movwf TBLPTRU ; PIC number in flash + movlw F_PIC_NO_H + movwf TBLPTRH + movlw F_PIC_NO_L + movwf TBLPTRL + + tblrd *+ ; read then increment pointer + ; (now points to i2c control byte) + + movlb I2C_BUFF_PAGE ; ser BSR=i2c BSR (4) + movf TABLAT,0,0 ; move pic number into normal memory + movwf PIC_NO,1 + + tblrd * ; read i2c + + movf TABLAT,0,0 ; move i2c_ctrl byte into normal memory + movwf I2C_CTRL,1 + +; now have: PIC number in 400h, i2c control byte in 401h + + +;---------------------------------------------------------------------------- + +; interrupt set-up + +; globally enable interrupts - p77 + bsf RCON,7,0 ; enable priority levels + bsf INTCON,7,0 ; enable high-priority interrupts + bsf INTCON,6,0 ; enable low-priority interrupts + bsf PIE1,5,0 ; enable USART receive interrupt (p85) + + +;**************************************************************************** + + call led_green +main_loop_led + movlb I2C_BUFF_PAGE ; ser BSR=i2c BSR (4) + + movlw '|' + movwf TXREG,0 + call waitfortsr + + movf PIC_NO,0,1 + movwf TXREG,0 + call waitfortsr + + movf I2C_CTRL,0,1 + movwf TXREG,0 + call waitfortsr + + goto main_loop_led + + +;**************************************************************************** + +interrupt_high + debug 'H' + goto panic + + +;**************************************************************************** + +interrupt_low + +; check which interrupt. + debug 'L' + goto panic +; serial only? + + +;**************************************************************************** + +serial_receive + debug 'S' + goto panic + +;**************************************************************************** + + +panic + debug 'x' + clrf INTCON,0 ; disable all interrupts EVER + debug 'y' + bcf PORTC,1,0 ; switch off booster + debug 'z' + call led_red +panic_loop + goto panic_loop + +;**************************************************************************** + + end diff --git a/cebpic/test.stim b/cebpic/test.stim new file mode 100644 index 0000000..92acfa3 --- /dev/null +++ b/cebpic/test.stim @@ -0,0 +1,19 @@ +stimulus asy +initial_state 1 +start_cycle 0 +# start bit +521 0 +# data bits +521 1 +521 0 +521 0 +521 0 +521 1 +521 0 +521 0 +521 0 +# stop bit +521 1 +period 100000 +port c 7 +end diff --git a/cebpic/x.gdb b/cebpic/x.gdb new file mode 100644 index 0000000..3f922c8 --- /dev/null +++ b/cebpic/x.gdb @@ -0,0 +1,3 @@ +file ~/things/Trains/plocal/bin/gpsim +set args -i -c gpsim.cmd +run diff --git a/common.make b/common.make new file mode 100644 index 0000000..a15cbed --- /dev/null +++ b/common.make @@ -0,0 +1 @@ +o=>$@.new && mv -f $@.new $@ diff --git a/cprogs.make b/cprogs.make new file mode 100644 index 0000000..e6fd70c --- /dev/null +++ b/cprogs.make @@ -0,0 +1,13 @@ +OPTIMISE= -O2 +WERROR= -Werror +CFLAGS= $(CPPFLAGS) -D_GNU_SOURCE \ + -Wall -Wwrite-strings -Wpointer-arith -Wmissing-declarations \ + -Wnested-externs -Wmissing-prototypes -Wstrict-prototypes \ + $(WERROR) \ + -g $(OPTIMISE) +CPPFLAGS= +LINK= $(CC) $(CFLAGS) $(LDFLAGS) -o $@ $+ $(LIBS) + +%.o: %.c $(AUTOINCS) + $(CC) $(CFLAGS) -MM $< >$*.d + $(CC) $(CFLAGS) -o $@ -c $< diff --git a/detpic/.cvsignore b/detpic/.cvsignore new file mode 100644 index 0000000..854df3e --- /dev/null +++ b/detpic/.cvsignore @@ -0,0 +1,25 @@ +*+morse.asm +*+clocks.inc +*+externs.fin +*.cod +*.hex +*.lst +*.map +variables+*.fin +variables+*.inc +.submakefile +blank[0246].asm +gpsim.log +idlocs*.asm +morse+auto.inc +ours+pindata.asm +syncwrite.asm +syncwritehex.asm +t.* +t +*.new +*.tmp +*+program.disasm +i2clib+panic.asm +i2clib+panic.inc +i2clib+panic.mangles diff --git a/detpic/Makefile b/detpic/Makefile new file mode 100644 index 0000000..3b04fa2 --- /dev/null +++ b/detpic/Makefile @@ -0,0 +1,68 @@ + +CEBPIC= ../cebpic/ +PICNOS= 0 1 2 + +FILES= variables vectors \ + panic routines-led i2clib+panic \ + misc detect points serout \ + syncwrite mascan energy \ + reverse nmra-stream tick watchdog + +PROGRAMS= program program+nd + +OBJS_program+nd= $(addsuffix +nd.o, $(FILES)) +XCODEN_program+nd= morse +XCODE1_program+nd= ours+pindata + +OBJS_program= $(addsuffix .o, $(FILES)) +XCODEN_program= morse +XCODE1_program= ours+pindata + +INCLUDES= \ + common.inc \ + panic.inc \ + ../iwjpictest/clockvaries.inc \ + pindata.inc \ + program+clocks.inc \ + i2clib.incm \ + final.inc \ + ../iwjpictest/syncwrite.inc \ + i2clib+panic.inc \ + program+externs.fin + +VARSFILES= variables +SYNCWRITES= syncwrite.asm syncwritehex.asm + +include $(CEBPIC)manypics.make + +bessar: program+program.map + RSYNC_RSH=fsh rsync $^ bessar:things/trains-bessar/detpic/. + +$(SYNCWRITES): %: ../iwjpictest/% + cp $< $@ + +%+nd.o: %.asm $(INCLUDES) + $(ASSEMBLE) -DNDEBUG=1 -o $@ -c $< + @mv $*+nd.lst $*+nd+asm.lst + +%+externs.fin: make-externs %.asm $(addsuffix .asm, $(FILES)) + ./$+ >$@.new + diff -q $@ $@.new || mv -vf $@.new $@ + +i2clib+panic.%: make-panicworthy i2clib+panic.mangles i2clib.% + ./$+ -Ii2clib.inc,i2clib+panic.inc $o + +i2clib+panic.mangles: make-panicworthy i2clib.inc i2clib.asm Makefile + ./$(filter-out Makefile, $+) -M $o + +%+clocks.inc: make-clocks %.clocks + ./$+ $(CLOCKS) $o + +t.%.crash: crashread program+program.map + ./$< /dev/ttya0 $(filter-out $<,$^) $* $o + +clean: manypic-clean + rm -f *+clocks.inc ours+pindata.* i2clib+panic.* + rm -f $(VARSFILES)+vars.* $(SYNCWRITES) + +.PRECIOUS: i2clib+panic.% diff --git a/detpic/capture-nmra b/detpic/capture-nmra new file mode 100755 index 0000000..ecd53d7 --- /dev/null +++ b/detpic/capture-nmra @@ -0,0 +1,4 @@ +#!/bin/sh +set -ex +rate=96000 +sox -r $rate -u -b -t ossdsp /dev/dsp t.nmra.dat trim 0 0:1 diff --git a/detpic/common.inc b/detpic/common.inc new file mode 100644 index 0000000..8f276a9 --- /dev/null +++ b/detpic/common.inc @@ -0,0 +1,369 @@ +;====================================================================== +; common.inc +; common macros & equs etc. +; generally include this at the top of each file. + +;---------------------------------------------------------------------- +; COMMON INCLUDES and BOILERPLATE + include p18f458.inc + radix dec + include panic.inc + include morse+auto.inc + include ../iwjpictest/insn-aliases.inc + include ../iwjpictest/clockvaries.inc + include variables+vars.inc + include pindata.inc + include program+clocks.inc + include i2clib.incm + +tickdiv equ 16 +tickdiv_us equ tick_us * tickdiv + +;---------------------------------------------------------------------- +; Common conventions for function register notation: + +; Master Slave +; Registers etc. +; W Trashed Trashed +; STATUS Trashed Trashed +; BSR Not used Not used +; t,u,v Low ISR Low ISR +; TBLPTR*,TABLAT Low ISR Low ISR +; PROD* Low ISR Low ISR +; FSR0 Low ISR Low ISR +; PCLATU Always set to 0 Not used +; PCLATH Low ISR Not used +; t_dolocal Low ISR High ISR +; FSR1 Low ISR High ISR (detect[1]) +; FSR2 High ISR (nmra[1]) High ISR (detect[1]) +; +; Main loop detection scan detection scan +; High ISR NMRA output I2C service +; Low ISRs everything else everything else +; +; Trashed May be trashed by any routine anywhere. Saved +; during every ISR entry/exit. +; +; Low ISR May be used/trashed by any routine run in low-priority +; interrupt, or any routine run during initialisation. +; May therefore not be used in background loop with +; interrupts enabled. May not be used by high-priority +; ISR (unless explicitly saved, eg isrh_fsr0_{save,restore}). +; +; High ISR May be used/trashed by any routine run in high-priority +; interrupt, or any routine run during initialisation. +; May therefore not be used elsewhere with interrupts +; enabled. +; +; Only the routines specially noted as intended to +; be called from the High ISR are safe. +; +; ... (subsystem) +; Register is reserved for use by this subsystem, which +; is allowed to expect the value to be preserved. +; Anything else which uses it must save and restore (and +; may also need to disable interrupts, depending on its +; relative status). +; +; Not High May be used by any routine not running in high-priority +; interrupt. Not saved by high-priority interrupt +; entry/exit, so any high-priority interrupt routine which +; uses this register must save and restore it. +; +; A routine which is allowed to trash a register may document that it +; saves that register for the benefit of its callers. +; +; [1] FSR1 and FSR2 on slave pics are reserved exclusively for the +; I2C response and detection code (detect.asm), after +; detect_slave_init. Likewise FSR2 is reserved exclusively +; for the NMRA output ISR after nmra_init. +; +; General-purpose hardware allocation: +; +; Master Slave +; Timer 0 nmra Disabled +; Timer 2 tick, int. low - +; Timer 1 - - +; CCP1 - - +; Timer 3 point fire timer point fire timer +; ECCP - - +; +; (...) indicates that this is a projected use, NYI + +;---------------------------------------------------------------------- +; Conventional routine names: +; +; _local_do Process a master-to-slave command to activate +; a local peripheral, in High ISR. Also called +; on master in Low ISR to activate its own +; local peripherals. NB strange calling convention! +; +; _local_init Initialises RAM tables for local peripheral +; and arranges for pins to be set in appropriate +; quiescent state. Configures pic built-in +; peripherals. +; +; _local_intrl Low ISR service routine for peripheral (see below). +; +; command_ Called when an appropriate message has been +; received from the host. +; +; _intrl Low ISR service routine. +; Checks for any relevant interrupt. +; If not, just returns. +; If found, services it and then does either +; intrl_handled or intrl_handled_nostack +; neither of which return; the latter is +; faster but implies a promise +; +;---------------------------------------------------------------------- +; MACROS + +@ macro + endm + +;---------------------------------------- +; For adding a byte to the debug buffer. +; Not for use in High ISR. In all cases: +; +; STATUS any trashed +; all others any preserved + + ifndef NDEBUG +;---------- +Dv macro ; sorry, but assembler's dw directive isn't case-sensitive +; +; W message byte preserved +; + call debugbyte + endm + +;---------- +Dl macro debug_literal_value +; +; W any literal value as specified +; + mov_lw debug_literal_value + Dv + endm + +;---------- +Df macro debug_register_file_address +; +; W any value from specified memory location +; + mov_fw debug_register_file_address + Dv + endm + else +Dv macro + endm +Dl macro debug_literal_value + endm +Df macro debug_register_file_address + endm + endif + +;---------------------------------------- +; For entering and leaving Low ISR, saving and restoring STATUS and W +; See above under _intrl, and {master,slave}_interrupt_low + +enter_interrupt_low macro + mov_ff STATUS, isr_low_save_status + mov_wf isr_low_save_w + mov_ff STKPTR, isr_low_save_stkptr + endm + +intrh_fsr0_save macro + mov_ff FSR0L, isr_high_save_fsr0 + mov_ff FSR0H, isr_high_save_fsr0+1 + endm + +intrh_fsr0_restore macro + mov_ff isr_high_save_fsr0, FSR0L + mov_ff isr_high_save_fsr0+1, FSR0H + endm + +intrl_handled_core macro ; for internal use only + mov_fw isr_low_save_w + mov_ff isr_low_save_status, STATUS + retfie + endm + +intrl_handled_nostack macro + pop ; undo the `call' from the original ISR + intrl_handled_core + endm + +intrl_handled macro + goto intrl_handled_routine + endm + +;---------------------------------------- +; For disabling all interrupts, to make a critical section: +; (for use from main program and Low ISR only) +; +; GIEH modified appropriately +; everything else preserved + +intrh_mask macro + bc_f INTCON,GIEH + endm + +intrh_unmask macro + bs_f INTCON,GIEH + endm + +;---------------------------------------- +; For the fix specified in the silicon errata: +; silicon revision B4 issue 4 +; +; Before After +; TABLAT any data from flash +; TBLPTR* correct incremented/decremented +; everything else any preserved + +tblrd_postinc_fixup macro + tblrd *+ + dw 0xffff + endm + +tblrd_postdec_fixup macro + tblrd *- + dw 0xffff + endm + +;---------------------------------------- +; For setting up TBLPTR + +load_tblptr macro value +; +; Before After +; TBLPTR* any set +; W, STATUS any undefined +; + mov_lw value & 0xff + mov_wf TBLPTRL + + mov_lw value >> 8 + mov_wf TBLPTRH + + if value > 0xffff + mov_lw value >> 16 + mov_wf TBLPTRU + else + clr_f TBLPTRU + endif + endm + +load_perpic_tblptr macro flash_map_base, perpic_entry_size +; +; Before After +; TBLPTR* any set +; W, STATUS, PROD* any undefined +; everything else any preserved +; + mov_lw perpic_entry_size + mul_wf picno + + mov_lw flash_map_base & 0xff + add_wfw PRODL + mov_wf TBLPTRL + + mov_lw flash_map_base >> 8 + addc_wfw PRODH + mov_wf TBLPTRH + + clr_f TBLPTRU ; TBLPTR* -> our point data + endm + +;---------------------------------------------------------------------- +; PINSPECS stuff +; +; A PINSPEC is a constant 0x where is a b c d e +; and is 0 1 2 3 4 5 6 7. Generally p__ +; are equ'd for this. + + radix hex +p0_cdu_enable equ 5b +p0_rs232_fcin equ 4b +p0_booster_shutdown equ 2b +p0_booster_overload equ 1b +p0_booster_userfault equ 0b +p0_spare2 equ 6d +p0_spare1 equ 5d +p0_rs232_fcout equ 5c +pall_perpicled equ 2d +pall_pt0reverse equ 7b +p0_spare0 equ 0a +p0_booster_dirn equ 0c +p0_booster_pwm equ 1c + radix dec + +; +; LAT* may be subject to read-modify-write, see below +; TRIS* may be subject to read-modify-write, see below +; PORT* may be read, see below +; everything else untouched +; +; LAT* TRIS* PORT* +; pin_z untouched set untouched +; pin_h set cleared untouched +; pin_l cleared cleared untouched +; pin_nz untouched cleared untouched +; pin_vh set untouched untouched +; pin_vl cleared untouched untouched +; pin_ifh untouched untouched read +; pin_ifl untouched untouched read + +pin_z macro pinspec + bs_f TRISA + (TRISB-TRISA)*((pinspec-0xa) & 15), pinspec >> 4 + endm + +pin_nz macro pinspec + bc_f TRISA + (TRISB-TRISA)*((pinspec-0xa) & 15), pinspec >> 4 + endm + +pin_znz macro pinspec + btg_f TRISA + (TRISB-TRISA)*((pinspec-0xa) & 15), pinspec >> 4 + endm + +pin_vh macro pinspec + bs_f LATA + (LATB-LATA)*((pinspec-0xa) & 15), pinspec >> 4 + endm + +pin_vl macro pinspec + bc_f LATA + (LATB-LATA)*((pinspec-0xa) & 15), pinspec >> 4 + endm + +pin_vhl macro pinspec + btg_f LATA + (LATB-LATA)*((pinspec-0xa) & 15), pinspec >> 4 + endm + +pin_h macro pinspec + pin_vh pinspec + pin_nz pinspec + endm + +pin_l macro pinspec + pin_vl pinspec + pin_nz pinspec + endm + +pin_ifh macro pinspec + bt_f_if1 PORTA + (PORTB-PORTA)*((pinspec-0xa) & 15), pinspec >> 4 + endm + +pin_ifl macro pinspec + bt_f_if0 PORTA + (PORTB-PORTA)*((pinspec-0xa) & 15), pinspec >> 4 + endm + +pinlat_ifh macro pinspec + bt_f_if1 LATA + (LATB-LATA)*((pinspec-0xa) & 15), pinspec >> 4 + endm + +pinlat_ifl macro pinspec + bt_f_if0 LATA + (LATB-LATA)*((pinspec-0xa) & 15), pinspec >> 4 + endm + +;---------------------------------------------------------------------- diff --git a/detpic/config.asm b/detpic/config.asm new file mode 100644 index 0000000..088b9d0 --- /dev/null +++ b/detpic/config.asm @@ -0,0 +1,20 @@ +; -*- fundamental -*- + + include /usr/share/gputils/header/p18f458.inc + +; __config _CONFIG1L, 0xff + __config _CONFIG1H, _OSCS_OFF_1H & _ECIO_OSC_1H + __config _CONFIG2L, _BOR_ON_2L & _PWRT_ON_2L & _BORV_45_2L + __config _CONFIG2H, _WDT_OFF_2H +; __config _CONFIG3L, 0xff +; __config _CONFIG3H, 0xff + __config _CONFIG4L, _DEBUG_OFF_4L & _LVP_OFF_4L & _STVR_ON_4L +; __config _CONFIG4H, 0xff + __config _CONFIG5L, 0xff + __config _CONFIG5H, 0xff + __config _CONFIG6L, 0xff + __config _CONFIG6H, 0xff + __config _CONFIG7L, 0xff + __config _CONFIG7H, 0xff + + end diff --git a/detpic/crashread b/detpic/crashread new file mode 100755 index 0000000..ce7b86e --- /dev/null +++ b/detpic/crashread @@ -0,0 +1,527 @@ +#!/usr/bin/tclsh8.4 + +proc debug {s} { puts "$s" } + +proc manyset {list args} { + foreach val $list var $args { upvar 1 $var my; set my $val } +} + +proc inblk {bre hre} { + global inblk block headings + return [expr { + $inblk==3 && + [regexp $bre $block] && + [regexp $hre $headings] + }] +} + +proc wantlockind {lockind thing l} { + switch -exact $lockind program { return -1 } data { return 1 } \ + default { error "unknown $thing lockind $lockind in $l" } +} + +proc addendlast {v ev evn} { + upvar #0 $v syms + lappend syms [list [lindex [lindex $syms end] 0] [list {} (lastsymbol)]] + lappend syms [list [format 0x%08lx $ev] [list {} $evn]] +} + +proc xmit {b} { + global p + #debug >xmit|$b< + set b [expr $b] + set c [binary format c* $b] + puts -nonewline $p [format %c $b] +} +proc recv {n} { + global p + set l {} + while {$n > 0} { + set c [read $p 1] + binary scan $c c* d + if {![llength $d]} { error "comms eof" } + lappend l [expr {$d & 0x0ff}] + incr n -1 + } + return $l +} +proc junkrecv {} { + global p + fconfigure $p -blocking no + while {[string length [read $p 1024]]} { } + fconfigure $p -blocking yes +} + +proc selectslave_slave {slave} { + xmit "$slave ^ 0x30" +} + +proc selectslave_s {} { + global slave + selectslave_slave $slave +} + +proc xmit_slave {slave b} { + xmit "$b | 0x80" + selectslave_slave $slave + recv 1 +} + +proc xmit_s {b} { + global slave + xmit_slave $slave $b +} + +proc pause {t} { + global pause_var + catch { unset pause_var } + after $t {set pause_var y} + vwait pause_var +} + +proc setup_m {} { xmit 0; xmit 0; xmit 0; pause 250; junkrecv } +proc setup_s {} { setup_m; xmit 128; pause 256; junkrecv; xmit_s 0; xmit_s 0 } +proc setup_t {} { } + +proc selectaddr_ms {xmit a} { + $xmit "($a >> 6) | 0x40" + $xmit "($a & 0x3f) | 0x40" +} +proc selectaddr_m {a} { selectaddr_ms xmit $a } +proc selectaddr_s {a} { selectaddr_ms xmit_s $a } +proc selectaddr_t {a} { global tsa; set tsa $a } + +proc readbytes_m {n} { + xmit "$n | 0x10" + return [recv $n] +} +proc readbytes_s {n} { + xmit $n + selectslave_s + return [recv $n] +} + +proc readbytes_t {n} { + global tsa + set l {} + while {$n > 0} { + lappend l [expr {$tsa - ($tsa >> 8)}] + incr tsa + incr n -1 + } + return $l +} + +proc readbytes {addr n} { + global readcursor ms + if {$readcursor != $addr} { + if {$addr & ~0x0fff} { error "bad addr $addr" } + if {$n > (0x1000 - $addr)} { error "bad len $addr+$n" } + selectaddr_$ms $addr + } + set r [readbytes_$ms $n] + set readcursor [expr {$addr + $n}] + return $r +} + +proc thingbynum {thing nnum} { + upvar #0 ${thing}num num + upvar #0 ${thing}s things + upvar #0 ${thing}info info + upvar #0 ${thing}addr addr + upvar #0 ${thing} name + set num $nnum + if {$num < [llength $things]} { + set info [lindex $things $num] + } else { + set info {0x7fffffff =DUMMY-END= 1} + } + manyset $info addr name + if {![string compare $thing section]} { + global sectionsize sectionend + set sectionsize [lindex $info 2] + set sectionend [expr {$addr + $sectionsize}] + } +} + +proc thingnext {thing} { + upvar #0 ${thing}num num + incr num + thingbynum $thing $num +} + + +proc p {s} { puts -nonewline $s } + +proc reset_s {val min max} { + for {set slave $min} {$slave < $max} {incr slave} { + xmit_slave $slave $val + } +} + +proc reset_m {arg} { + if {[regexp {^(\d+)\.(\d+)} $arg min max]} { + } elseif {[regexp {^(\d+)} $arg max]} { + set min 1 + } else { + error "--reset arg $arg wrong" + } + setup_m + reset_s 0x00 $min $max + reset_s 0x00 $min $max + reset_s 0x09 $min $max + xmit 0x09 +} + +proc badusage {m} { + set m "bad usage: $m" + append m { +usage: .../crashread + pass `-1' for for test (data memory map) mode only + pass `reset' for to reset pics (then + should be or -) +} + error $m +} + +if {[llength $argv] != 3} { badusage "wrong # args" } + +set port [lindex $argv 0] +set map [lindex $argv 1] +set slave [lindex $argv 2] + +set p [open $port {RDWR NONBLOCK} 0] +exec stty -F $port min 1 time 0 -istrip -ocrnl -onlcr -onocr -opost \ + -ctlecho -echo -echoe -echok -echonl -iexten -isig \ + -icanon -icrnl \ + 9600 clocal cread -crtscts -hup -parenb cs8 -cstopb \ + -ixoff bs0 cr0 ff0 nl0 -ofill -olcuc + +fconfigure $p -blocking yes -buffering none \ + -translation binary -encoding binary + +fconfigure stdout -buffering none + +if {![string compare reset $map]} { + reset_m $slave + exit 0 +} + +set m [open $map] +set block preable +set headings unknown +set inblk 3 + +while {[gets $m l] >= 0} { + if {![regexp {\S} $l]} { + set inblk 0 + set section unknown + set headings n/a + } elseif {$inblk==0 && [regexp {^\s+(\S.*\S)\s*$} $l dummy block]} { + incr inblk + } elseif {$inblk==1} { + set headings [string trim $l] + incr inblk + } elseif {$inblk==2 && [regexp {^[- \t]+$} $l]} { + incr inblk + } elseif {[inblk {^Section Info$} \ + {^Section\s+Type\s+Address\s+Location\s+Size\(Bytes\)$}]} { + manyset $l sec type addr lockind size + switch -exact $type code { continue } udata { } \ + default { error "unknown section type $type in $l" } + if {[wantlockind $lockind section $l]<=0} continue + set addr [format 0x%08x $addr] + lappend sections [list $addr $sec [format 0x%08x $size]] + } elseif {[inblk {^Symbols$} \ + {^Name\s+Address\s+Location\s+Storage\s+File$}]} { + manyset $l sym addr lockind storage file + if {![wantlockind $lockind symbol $l]} continue + switch -exact $storage { + extern { set sym [list {} $sym] } + static { + regexp {^(.*)\.asm$} $file dummy file + set sym [list $file: $sym] + } + default { error "unknown storage $storage in $l" } + } + set addr [format 0x%08x $addr] + if {[string compare $lockind data]} { + set sv symbolsbylockind($lockind) + } else { + set sv symbols + set smap($sym) $addr + } + lappend $sv [list $addr $sym] + } elseif {$inblk==3} { + } else { + error "unknown $inblk <$block> <$headings> $l" + } +} + +set ok { + INTCON* FSR2* + OSCCON LVDCON WDTCON RCON + T1CON T2CON + SSPADD SSPSTAT SSPCON1 SSPCON2 + ADRESH ADRESL ADCON* + CCPR1* CCP1CON + ECCPR1* ECCP1DEL ECCPAS + CMCON CVRCON T3CON + SPBRG TXSTA RXSTA + EEADR EEDATA + IPR* PIR* PIE* + TRIS* LAT* +} + +set h [open /usr/share/gputils/header/p18f458.inc] +set section unknown +set lastaddr -1 +while {[gets $h l]>=0} { + if {[regexp {^\;\-\-+\s+(\S.*\S)\s+\-\-+$} $l dummy section]} { + continue + } elseif {![regexp {^Register Files$} $section]} { + continue + } elseif {[regexp -nocase \ + {^([a-z][a-z0-9]*)\s+equ\s+h\'0(f[0-9a-f]{2})\'\s*$} \ + $l dummy sym loc]} { + set addr [format 0x%08x 0x$loc] + foreach pat $ok { + if {[string match $pat $sym]} { + if {$addr != $lastaddr} { + lappend sections [list $addr =SFRs= 0x1] + set lastaddr $addr + } + lappend symbols [list $addr [list SFR $sym]] + } + } + } elseif {[regexp -nocase {^\;\s*reserved} $l]} { + } elseif {![regexp {\S} $l]} { + } else { + error "unknown <$section> $l" + } +} + +lappend symbols {0x00000060 {=udata,!acs=}} +#lappend symbols {0x00000f00 {=SFRs,!acs=}} +lappend symbols {0x00000f60 {=SFRs,acs= {}}} +lappend sections {0x00000f00 {=SFRs=} 0} +#lappend sections {0x00000060 {==========UDATA,!ACS===========} 0} +#lappend sections {0x00000f60 {==========SFRs,ACS===========} 0} + +lappend sections [list 0x1000 =END= 0] + +proc sortthings {} { + foreach tosort {sections symbols symbolsbylockind(program)} { + upvar #0 $tosort ts + set ts [lsort [set ts]] + } +} +set readcursor -1 + +set ms [expr { + $slave < 0 ? "t" : + $slave ? "s" : + "m" +}] + +thingbynum section 0 +thingbynum symbol 0 +set shownsection {} +set sectionchange 0 +set insection 0 +set addr 0 +set now_max 4 +set displine 0 +set inline 0 +set shownsection {} + +setup_$ms + +proc queue_show {kind value} { + upvar #0 q_$kind queued + lappend queued $value +} + +proc p_addr_symbol {a s} { + global inline + endline + p [format "%08x %-15s %-20s" $a [lindex $s 0] [lindex $s 1]] + set inline 1 +} + +proc endline {} { + global inline + if {!$inline} return + p "\n" + set inline 0 +} + +proc do_show {} { + global addr inline insection q_symbol q_section shownss + global shownsection + #debug "do_show [format %x $addr] $insection $q_symbol $q_section" + if {$inline} { error "do_show inline $addr" } + foreach s $q_section { + if {![string compare $s $shownsection]} continue + p "---------- $s ----------\n" + set shownsection $s + } + set shownss {} + foreach s $q_symbol { + p_addr_symbol $addr $s + set shownss [concat $s] + } + #debug "shownss>$shownss<" + if {!$insection && ![string compare =SFRs= $shownsection]} { + endline + p "\n" + reset_show + return + } + if {![llength $q_symbol]} { p_addr_symbol $addr {} } + if {!$insection} { + endline +# p "------------------------------\n" + set shownsection {} + } + reset_show +} + +proc reset_show {} { + foreach v {q_section q_symbol} { + global $v + set $v {} + } +} + +proc show {sym} { + global insection section displine addr shownsection inline shownss + set showsectionend 0 + if {$insection && [string compare $section $shownsection]} { + endline + set shownsection $section + set displine 0 + } elseif {!$insection && [string length $shownsection]} { + endline + set shownsection {} + set displine 0 + } + if {[string length $sym]} { + if {$displine && $inline && !($displine&3)} { + p "\n" + } + endline + } + if {!$inline} { + set inline 1 + set shownss $shownsection-$sym + } +} + +if {[info exists smap(misc:\ debugp)] && [info exists smap(misc:\ debug)]} { + set debugpval [readbytes $smap(misc:\ debugp) 1] +# puts y1-$debugpval +# puts y2-$smap(misc:\ debug) + set debugpaddr [format 0x%08x [expr {$debugpval+$smap(misc:\ debug)}]] +# puts y3-$debugpaddr + lappend symbols [list $debugpaddr [list "" (debugp)]] +} + +sortthings +addendlast symbolsbylockind(program) 0x8000 (end) + +set stkptr {panic: psave_stkptr} +set stack {panic: panic_stack} + +reset_show +foreach ss [list $stkptr $stack] { set ccontents($ss) {} } + +while {$sectionnum < [llength $sections]} { + # So what happens at this address ? + + set now_section [expr {$sectionchange - $addr}] + if {!$now_section && !$insection} { + queue_show section $section + set insection 1 + set sectionchange $sectionend + continue + } + if {!$now_section && $insection} { + thingnext section + set insection 0 + set sectionchange $sectionaddr + continue + } + + set now_symbol [expr {$symboladdr - $addr}] + if {!$now_symbol} { + queue_show symbol $symbol + thingnext symbol + continue + } + + # OK, that's all the things that we need to say + # about this addr. + + # Decide how much to do: + set now $now_symbol + if {$now > $now_section} { set now $now_section } + + #debug "now $now" + do_show + + if {!$insection} { + incr addr $now + continue + } + + while {$now > 0} { + set nownow $now + if {$nownow > $now_max} { set nownow $now_max } + set bytes [readbytes $addr $nownow] + foreach b $bytes { + set h [format "%02x" [expr {$b & 0xff}]] + p " $h" + if {[info exists ccontents($shownss)]} { + append ccontents($shownss) $h + } + incr addr + } + incr now -$nownow + } + endline +} + +set stackdepth 31 + +proc stack_chkptr {si} { + global stkptr + if {$si == $stkptr+1} { p " - - - - -\n" } +} + +foreach v {stkptr stack} { + #debug ">$v|[set $v]|$ccontents([set $v])<" + set $v $ccontents([set $v]) +} + +endline +p "---------- =Execution Stack= ----------\n" +set stkptr [expr "0x$stkptr & $stackdepth"] + +for {set si 1} {$si <= $stackdepth} {incr si} { + stack_chkptr $si + for {set ch 2; set se 0x} {$ch >= 0} {incr ch -1} { + append se [string range $stack \ + [expr ($si-1)*6+$ch*2] [expr ($si-1)*6+$ch*2+1]] + } + set symaddr 0; set symsym (start) + foreach symi $symbolsbylockind(program) { + if {[lindex $symi 0] > $se} break + manyset $symi symaddr symsym + } + p [format " 0d%02d %6x = %6x + %s\n" $si $se \ + [expr {$se-$symaddr}] [join $symsym]] +} +stack_chkptr [expr {$stackdepth+1}] + +p "---------- ========== ----------\n" diff --git a/detpic/detect.asm b/detpic/detect.asm new file mode 100644 index 0000000..eeed373 --- /dev/null +++ b/detpic/detect.asm @@ -0,0 +1,429 @@ +;====================================================================== +; DETECTION AND SLAVE I2C + +; FSR1 is used as pointer to where to add bytes of message; it +; points to previous byte whose top bit must be set before +; adding another bit + +; FSR2 is used as readout pointer + + include common.inc + +; I2C protocol is as follows: +; +; Master periodically polls each slave, addressing it for reading. +; The slave replies with the first byte of a self-delimiting message. +; The master must then read the whole message before doing anything +; else on the bus. +; +; First byte is like this: +; MM 05 B2 B1 10 13 16 08 (detectors) +; MM zz 01 02 03 00 04 05 (reversers) +; where +; B1 and B2 indicates that the is more detection data; +; each bit corresponding to a subsequent byte: +; if the bit is set the byte is present; otherwise +; it is skipped and the contents can be presumed +; to be the same as last time (initially: 0) +; zz is a zero bit +; MM indicates that there are extra message byte(s) +; two digits indicates that the bit is the corresponding +; detection information. The bit is clear iff current +; was detected since the last poll by the master. +; The bit value is not defined for unused sense +; segments. +; +; Following that are the zero, one or two more bytes of +; detection data: +; 19 09 12 15 18 04 20 17 iff reversers and B1 was set +; 06 01 07 02 11 14 03 00 iff reversers and B2 was set +; +; Finally, zero or more bytes of extra messages: +; MM XX XX XX XX XX XX XX +; where +; MM indicates that further extra message bytes follow; +; it is clear iff this is the last extra message byte. +; XX are the lower 7 bits of a POINTED +; or AAARGH message (see README.protocol). + +; Master may also write to slave. Every written byte is independent: +; +; 11RRRRRR Set reverse to RRRRRR, see reverse.asm +; 100PPPPP Fire point PPPPP +; +; 00000000 Acknowlege that slave has crashed, and +; switch into crash readout mode + +;====================================================================== +; variables and memory organisation + +max_messages equ 4 + + udata_acs + +unattendedl res 1 ; counts up; each det loop it is +unattendedh res 1 ; incremented by no. of bytes of pc in +unattendedu res 1 ; det loop; if it overflows, led is set to red + +scana res 1 ; see bit-twiddling below +scanb res 1 +scanc res 1 +scand res 1 +scane res 1 + +last1 res 1 +last2 res 1 + +buf0_startval res 1 ; reversers start with some det bits +buf0 res 1 +message_buffer res max_messages +message_buffer_end res 0 + +;---------------------------------------------------------------------- +; buf0, message_buffer, and FSR1 are used mainly for recording +; non-detection messages. They look like this: +; +; +--------+--------+--------+--------+--------+ +; | buf0 | message_buffer... | +; +--------+--------+--------+--------+--------+ +; +; |0d0d0000|???????? ???????? ???????? ????????| no extra messages +; ^ +; |1d0d0000|0aaaaaaa ???????? ???????? ????????| one extra byte +; ^ +; |1d0d0000|1aaaaaaa 0bbbbbbb ???????? ????????| two extra bytes +; +; etc. Bits labelled `d' are detection data on reversers boards +; 0 on detectors boards; `a' and `b' are extra message data; +; `^' indicates the byte pointed to by FSR1 +; +;---------------------------------------------------------------------- +; +; outbuf and FSR2 are used (on slaves) for the message we are +; transmitting. FSR2 points to the next byte to transmit (ie, which +; will be read). outmsg_end points to the first byte after the +; message, and is used for read overrun detection. +; +; During i2csu_read_begin (High ISR), the actual first byte of the +; message to be sent is calculated from buf0, and transmitted; the +; extra detection bytes (if any) are stored in outbuf, and any extra +; messages (from message_buffer) are also appended to outbuf. +; +;====================================================================== + code + +;---------- +detect_local_init @ + mov_lw b'111' ; turn off comparator, or we can't use pins + mov_wf CMCON ; RD0-RD4 as digital inputs + mov_lw b'0110' ; turn off A/D except perhaps for pin + ior_wff ADCON1 ; AN0 ie SPARE ie RA0 (same reason as above) + + ; compute buf0_startval + clr_w + bt_f_if0 idloc1,idloc1_boarddet + mov_lw 0x14 ; see under reversers, below + mov_wf buf0_startval + + set_f scana + set_f scanb + set_f scanc + set_f scand + set_f scane + set_f last1 + set_f last2 + mov_ff buf0_startval, buf0 + + return + +;---------- +detect_slave_init @ + mov_lfsr outbuf, 2 + clr_f outmsg_end + + goto reset_detectread + +;---------------------------------------- +slave_add_short_message @ +; Queues a message byte for transmission to the master. +; It will be transmitted as an extra message byte, when we are polled. +; W message unchanged +; GIEH set set + intrh_mask + bs_f INDF1,7 + mov_wf PREINC1 + intrh_unmask + + mov_lw message_buffer_end-1 + cmp_fw_ifle FSR1L + return + + panic morse_DB + +;---------- +backgroundloop_again macro backgroundloop_whatever + local branchposition + inc_f_ifnz unattendedl + bra backgroundloop_whatever + mov_lw branchposition - backgroundloop_whatever +branchposition + add_wff unattendedh + bra_nc backgroundloop_whatever + inc_f_ifz unattendedu + call led_red + bra backgroundloop_whatever + endm + +near_i2csu code +;---------- +i2csu_read_begin +; called from High ISR, see i2clib.inc + bt_f_if1 idloc1,idloc1_boarddet + bra i2csu_read_begin_detectors + bra i2csu_read_begin_reversers + +;---------- +i2csu_read_another +; called from High ISR, see i2clib.inc + mov_fw POSTINC2 + i2cs_read_data_macro + mov_fw outmsg_end + cmp_fw_ifle FSR2L + return + ; oops + panic morse_DR + +;====================================================================== +; main detection bit-twiddling + + ; 80 40 20 10 08 04 02 01 + ; 7 6 5 4 3 2 1 0 + +;---------------------------------------------------------------------- +; detectors + + ; A xx 19 09 12 15 18 xx xx + ; B xx xx xx 04 20 17 xx xx + ; C xx xx 05 xx xx 10 13 16 + ; D 02 11 14 xx 08 xx 01 07 + ; E xx xx xx xx xx 03 00 06 + + ; buf0 MM zz B2 B1 zz zz zz zz + + ; scheme for bit shuffling: + ; + ; 1: ; _>B xx xx xx xx xx 04 20 17 + ; + ; 2: ; _>E 06 xx xx xx xx xx 03 00 + ; ; [*D xx 01 07 02 11 14 xx ?? C=08 + ; + ; 0: ; [_C xx 05 xx xx 10 13 16 08 + ; +; ; where _ means do nothing + ; * swap nybbles + ; < rotate left + ; > rotate right + ; [ rotate left through carry (NB + ; that the carry bit propagates to + ; the subsequent [ or ] *in the + ; same column*). + ; and the operation done first (in backgroundloop) + ; is on the right next to the port letter and the one + ; done second (in i2csu_read_begin_...) is shown + ; on the left, above. + +;---------- +backgroundloop_detectors @ + rr_fw PORTB ; W xx xx xx xx 04 20 17 xx (now) + and_wff scanb ; b xx xx xx xx 04 20 17 xx (cumulative) + rl_fw PORTA ; W 19 09 12 15 18 xx xx xx (now) + and_wff scana ; a 19 09 12 15 18 xx xx xx (cumulative) + + rr_fw PORTE ; W 06 xx xx xx xx xx 03 00 (now) + and_wff scane ; e 06 xx xx xx xx xx 03 00 (cumulative) + swap_fw PORTD ; W 08 xx 01 07 02 11 14 xx (now) + and_wff scand ; d 08 xx 01 07 02 11 14 xx (cumulative) + + mov_fw PORTC ; W xx xx 05 xx xx 10 13 16 (now) + and_wff scanc ; c xx xx 05 xx xx 10 13 16 (cumulative) + + backgroundloop_again backgroundloop_detectors + +;---------- ; buf0 MM zz zz zz zz zz zz zz +i2csu_read_begin_detectors + ; detection byte 1 + mov_lw 0xf8 ; W yy yy yy yy yy zz zz zz + and_wff scana ; scana 19 09 12 15 18 zz zz zz + + rr_fw scanb ; W xx xx xx xx xx 04 20 17 + and_lw 0x07 ; W zz zz zz zz zz 04 20 17 + ior_wff scana ; scana 19 09 12 15 18 04 20 17 + + mov_fw scana + cmp_fw_ifne last1 + bs_f buf0,4 ; buf0 MM zz zz B1 zz zz zz zz + + ; detection byte 2 + mov_lw 0x83 ; W yy zz zz zz zz zz yy yy + and_wff scane ; scane 06 zz zz zz zz zz 03 00 + + rlc_fw scand ; W xx 01 07 02 11 14 xx xx C=08 + and_lw 0x7c ; W zz 01 07 02 11 14 zz zz C=08 + ior_wff scane ; scane 06 01 07 02 11 14 03 00 C=08 + + mov_fw scane + cmp_fw_ifne last2 + bs_f buf0,5 ; buf0 MM zz B2 B1 zz zz zz zz + + ; detection and lead byte, 0 + rlc_fw scanc ; W xx 05 xx xx 10 13 16 08 + and_lw 0x4f ; W zz 05 zz zz 10 13 16 08 + ior_wfw buf0 ; W MM 05 B2 B1 10 13 16 08 + + i2cs_read_data_macro + + rcall new_i2c_outmsg + + mov_fw scana + bt_f_if1 buf0,4 + mov_wf POSTINC2 + mov_wf last1 + + mov_fw scane + bt_f_if1 buf0,5 + mov_wf POSTINC2 + mov_wf last2 + + set_f scanb + set_f scanc + set_f scane + +;... +;---------------------------------------------------------------------- +; both detectors and reversers +; +i2csu_read_begin_either_tail + set_f scana + set_f scand + + mov_lfsr message_buffer, 1 + bt_f_if0 buf0, 7 + bra msg_copy_exitnone + ; some extra bytes to copy +;... +msg_copy_loop + mov_fw POSTINC1 + mov_wf POSTINC2 + bra_n msg_copy_loop +;... +msg_copy_exitnone + mov_ff FSR2L, outmsg_end + mov_ff buf0_startval, buf0 + mov_lfsr outbuf, 2 + +reset_detectread +; FSR1/buf0/message_buffer any set to empty +; unattended* any reset +; Per-PIC LED any black +; may be called from High ISR or during init + mov_lfsr buf0, 1 + + call led_black + +unattended_timeout equ 100 ; ms + set_f unattendedl + ; Fosc = sclock [kHz] + ; Fcy = sclock / 4 [kHz] + ; program counter advance rate = 2 * sclock / 4 [bytes/ms] + ; unattendedh increment rate = pc advance rate / 256 + ; = 2 * sclock / (4 * 256) [counts/ms] + ; count needed before show unattended = uah rate * ua timeout + ; = (2 * sclock / (4 * 256) [counts/ms]) + ; * (unattended_timeout [ms]) + ; = (2 * sclock / (4 * 256)) * unattended_timeout [counts] + ; = sclock * unattended_timeout / 512 [counts] + ; we count up until overflow, so +unattended_init equ 65535 - (sclock * unattended_timeout / 512) + mov_lw unattended_init / 256 + mov_wf unattendedu + mov_lw unattended_init & 255 + mov_wf unattendedh + + return + +;---------- +new_i2c_outmsg +; Called from i2csu_read_begin ISR to check that the whole of +; the previous message was read, and to reset the FSR2 pointer +; to point to the start of outbuf so that we can fill the outbuf. + mov_fw FSR2L ; W -> byte after the one we last sent + mov_lfsr outbuf, 2 ; FSR2 -> outbuf + cmp_fw_ifle outmsg_end ; transmitted the last byte ? + return + ; no, oops: + panic morse_DQ + +;---------------------------------------------------------------------- +; reversers + ; A xx 01 xx 03 xx xx xx xx + ; B xx xx xx xx xx xx xx xx + ; C xx xx xx xx xx 00 xx xx + ; D xx xx xx xx xx xx 04 05 +;---------- ; E xx xx xx xx xx 02 xx xx +backgroundloop_reversers_core macro + rr_fw PORTA ; W xx xx 01 xx 03 xx xx xx (now) + and_wff scana ; a xx xx 01 xx 03 xx xx xx (cumulative) + mov_fw PORTD ; D xx xx xx xx xx xx 04 05 (now) + and_wff scand ; d xx xx xx xx xx xx 04 05 (cumulative) + bt_f_if0 PORTC,2 ; 00 (now) + bc_f buf0,2 ; buf0 MM zz zz ss zz 00 zz zz (cumulative) + bt_f_if0 PORTE,2 ; 02 (now) + bc_f buf0,4 ; buf0 MM zz zz 02 zz ss zz zz (cumulative) + endm +backgroundloop_reversers @ + backgroundloop_reversers_core + backgroundloop_again backgroundloop_reversers + +;---------- ; buf0 MM zz zz 02 zz 00 zz zz +read_begin_calc_buf0_reversers macro + mov_fw scana ; W xx xx 01 xx 03 xx xx xx + and_lw 0x28 ; W zz zz 01 zz 03 zz zz zz + ior_wff buf0 ; buf0 MM zz 01 02 03 00 zz zz + + mov_fw scand ; W xx xx xx xx xx xx 04 05 + and_lw 0x03 ; W zz zz zz zz zz zz 04 05 + ior_wfw buf0 ; W MM zz 01 02 03 00 04 05 + endm + +i2csu_read_begin_reversers + read_begin_calc_buf0_reversers + call i2cs_read_data + + rcall new_i2c_outmsg + + bra i2csu_read_begin_either_tail + +;====================================================================== +; FOR MASTER + +;---------- +backgroundloop_master @ + backgroundloop_reversers_core + bra backgroundloop_master + +;---------- +read_detection_head_master @ + read_begin_calc_buf0_reversers + bra_n read_detection_head_master_badmore + set_f scana + set_f scand + mov_ff buf0_startval, buf0 + return + +;----- +read_detection_head_master_badmore + panic morse_DM + +;====================================================================== + include final.inc diff --git a/detpic/display-nmra b/detpic/display-nmra new file mode 100755 index 0000000..2941e8a --- /dev/null +++ b/detpic/display-nmra @@ -0,0 +1,50 @@ +#!/bin/sh +set -ex + +xpixels=1024 +ypixels=768 +ypersamp=8 +fsd=0.3 + +perl -e ; + last unless length; + next if m/^\;/; + m/^\s*([-e0-9.]+)\s+([-0-9.]+)\s*$/ or die; + ($t,$samp)=($1,$2); + $h= sprintf "%d", + ($samp/(2.0*'$fsd') + 0.5) * ('$ypersamp'-1); + for ($y=0, $l=0; $y<'$ypersamp'; $y+=2, $l++) { + $c= $h==$y ? "_" : $h==$y+1 ? "~" : " "; + $l[$l] .= $c; + } + if (!defined $tickat && $samp > 0 && $lastsamp < 0) { + $tickat= $t; + } + if (defined $tickat && $t >= $tickat) { + $ticks.= "."; + $tickat += 58e-6 * 2; + } else { + $ticks.= " "; + } + $lastsamp= $samp if $samp < 0 || $samp > 0; + } + foreach $l (reverse @l) { + print $l, "\n" or die $!; + } + print "\n"x2, $ticks, "\n"x6 or die $!; + last unless length; + } +' >t.nmra.ptxt + +xterm -fn nil2 \ + -geometry ${xpixels}x$(($ypixels * ($ypsersamp+1)/2)) \ + -e less -sS t.nmra$rate.ptxt + +exit 0 diff --git a/detpic/display-nmra-decoded b/detpic/display-nmra-decoded new file mode 100755 index 0000000..3ca18fb --- /dev/null +++ b/detpic/display-nmra-decoded @@ -0,0 +1,268 @@ +#!/usr/bin/perl -w +# +# Feed this the output from readlots + +# Note that the interval length determination is known to be slightly +# buggy at least under certain adverse conditions. + +# Output format: +# ,value during interval +# / ,classification chars +# @<1105296455.621813 55..59 5e S-= 1 I112 +# ^interval ends just before \ decoded bit' `interpretation +# `computed min and maxlength +# Classification chars +# S short interval +# L long interval +# U interval might have been short or long but we don't know +# (interval is short iff actual length < 80) +# followed by two chars which classify the measurement error etc. +# first the min length is classified +# < too short for NMRA decoder spec for interval (as classified) +# - decoder must decode but power station may not produce, too short +# = in spec +# + decoder must decode but power station may not produce, too long +# > too long for NMRA decoder spec for interval (as classified) +# then the max length, just the same way. +# +# interpretations +# Innn idle/preamble bit, number nnn +# F ... framing bit indicates more data +# is those already received +# B () data bit no +# includes byte under construction +# P packet end bit of good packet, includes csum +# EP () framing/decoding error + +use strict qw(vars refs); +use IO::Handle; + +sub usec_from_to ($$) { + my ($from,$to) = @_; # uses $from->{S}, $from->{U}, $to->{S}, $to->{U} + my ($s,$u); + $s= $to->{S} - $from->{S}; + $u= $to->{U} - $from->{U}; + die "interval $s.$u secs too big" if $s < -100 or $s > 100; + return $s * 1000000 + $u; +} + +#---------- bit stream (packet) decoder ---------- + +our ($idle_counter, $bitnum, @bytes); + +sub reset_packet_decoder () { + $idle_counter= 0; +} + +sub packet_decoder_error ($) { + printf "EP (%s)\n", $_[0]; + reset_packet_decoder(); +} + +sub found_bit ($) { + my ($bit) = @_; + if (defined $idle_counter) { + if ($bit) { + $idle_counter++; + printf "I%-4d\n", $idle_counter; + return; + } + if ($idle_counter < 10) { + packet_decoder_error("I only $idle_counter"); + return; + } + undef $idle_counter; + $bitnum= -1; + @bytes= (); + } + if ($bitnum<0) { + if ($bit) { + my ($checksum,$byte); + $checksum= 0; + foreach $byte (@bytes) { + $checksum ^= hex $byte; + } + if ($checksum) { + $checksum= sprintf '%02x', $checksum; + packet_decoder_error("csum err $checksum in @bytes"); + return; + } + print "P @bytes\n"; + $idle_counter= 0; + return; + } + $bitnum= 7; + print "F @bytes...\n"; + push @bytes, '00'; + return; + } + $b= hex $bytes[$#bytes]; + $b |= ($bit << $bitnum); + $bytes[$#bytes]= sprintf "%02x", $b; + print "B @bytes($bitnum)\n"; + $bitnum--; +} + +#---------- interval -> bit decoder ---------- + +our (@valuefor); +# @valuefor[0] = value for first half of a bit +# @valuefor[1] = value for second half of a bit +# undef: not seen yet + +our ($in_bit); +# undef: not in a bit +# S: in a short bit +# L: in a long bit + +our ($bit_phase_determined); + +sub interval_mapchar ($$@) { + # compares $len with values in @l in turn, selecting + # first char from $chars if it is less than $l[0], + # otherwise 2nd char from $chars if it is less than $l[1], + # etc.; $chars should be one char longer than @l is long. + my ($len, $chars, @l) = @_; + while (@l && $len >= $l[0]) { + shift @l; + $chars =~ s/^.//; + } + return substr($chars,0,1); +} + +sub reset_bit_decoder () { + printf "-- restarting bit decoder --\n"; + undef @valuefor; + undef $in_bit; + $bit_phase_determined= 0; + reset_packet_decoder(); +} + +sub found_interval ($$$) { + my ($value, $minlen, $maxlen) = @_; + die "$value $minlen $maxlen" if $minlen > $maxlen; + +printf "%6.2f .. %6.2f %s ", $minlen, $maxlen, $value; + + my ($class, $fudge_class); + my (@nomlens,$min_char,$max_char,$nomlens_chars); + my ($bit_half, $bit_value); + + # $minlen and $maxlen are actually differences of rounded values; + # so there's an extra 1 us of slop in each of them (from 2x 0.5us + # rounding error). Ie, real value satisfies + # $minlen - 1 < $real_value < $maxlen + 1 + + if ($minlen > 80) { + $class= 'L'; + @nomlens= qw(90 95 10000 12000); + } elsif ($maxlen < 80) { + $class= 'S'; + @nomlens= qw(52 55 61 64); + } else { + $class= 'U'; #urgh + @nomlens= qw(52 55 61 64); + } + $nomlens_chars= '<-=+>'; + $min_char= interval_mapchar($minlen-0.9, $nomlens_chars, @nomlens); + $max_char= interval_mapchar($maxlen+0.9, $nomlens_chars, @nomlens); + + printf("%s%s%s", + $class, $min_char, $max_char); + + if (defined $in_bit and (($class eq 'U') xor ($in_bit eq 'U'))) { + $fudge_class= $class.$in_bit; + $fudge_class =~ s/U//; + $class= $in_bit= $fudge_class; + printf("%s ",$fudge_class); + } else { + printf(" "); + } + + if (defined $in_bit and $in_bit ne $class) { + if ($bit_phase_determined) { + printf("E (exp'd %s)\n", $in_bit); + reset_bit_decoder(); + return; + } + undef $in_bit; + undef @valuefor; + $bit_phase_determined= 1; + } + $bit_half= !!defined $in_bit; + if (!exists $valuefor[$bit_half]) { + $valuefor[$bit_half]= $value; + } + if ($valuefor[$bit_half] ne $value) { + printf("E (%s, exp'd %s)\n", $bit_half ? '2nd' : '1st', + $valuefor[$bit_half]); + reset_bit_decoder(); + return; + } + + if ($bit_half) { + undef $in_bit; + if ($class eq 'U') { + printf " E UU"; + reset_packet_decoder(); + return; + } + $bit_value= !!($class eq 'S'); + printf " %d ", $bit_value; + found_bit($bit_value); + } else { + $in_bit= $class; + printf "\n"; + } +} + +#---------- interval scanner ---------- + +our ($begintmin,$begintmax); +our ($lastt,$lastvalue); + +sub found_datapoint ($$) { + my ($t,$value) = @_; + # called when we find that $value was measured at $t + + if ($value > -0.01 && $value < 0.01) { + return; # treat as zero, ignore + } + + if (defined $lastt && $value * $lastvalue < 0) { + if (defined $begintmin) { + printf "@%10.2f ", $t; + found_interval($value < 0 ? 'H' : 'L', + $lastt-$begintmax, $t-$begintmin); + } + $begintmin= $lastt; + $begintmax= $t; + } + $lastt= $t; + $lastvalue= $value; +} + +#---------- datapoint reader ---------- + +sub read_stdin() { + reset_bit_decoder(); + + while () { + last if STDIN->eof; + next if m/^\;/; + m/^\s*([-.0-9e]+)\s+([-.0-9e]+)\s*$/ or die "$_ ?"; + found_datapoint($1 * 1e6, $2); + } + die $! if STDIN->error; +} + +if (!@ARGV) { + exec './display-nmra-decoded &1 |less'; + die "$? $!"; +} elsif (@ARGV==1 and $ARGV[0] eq '-') { + read_stdin(); +} else { + die; +} + +die $! if STDOUT->error; diff --git a/detpic/energy.asm b/detpic/energy.asm new file mode 100644 index 0000000..5dab54d --- /dev/null +++ b/detpic/energy.asm @@ -0,0 +1,235 @@ +;====================================================================== +; TRACK POWER AND SHORT CIRCUIT + + include common.inc + +settling_timeout equ 10000 ; us + +stop_timeout equ 500000 ; us +stopflash_timeout equ 50000 ; us +retry_timeout equ 50000 ; us +persist_timeout equ 90000 ; us + + udata_acs +settling res 1 ; all counters are 0 if stopped +stop_wait res 1 ; or otherwise count down +retry_wait res 1 + + code + +;====================================================================== +; +; POLARISING/SETTLING: +; +; NMRA flag_p. settling Booster PWM +; +; Normal running 0 stopped mark +; Polarising paused 1 stopped space +; Settling paused 1 running space +; +; NMRA is paused by disabling timer 0 intr; when we restart, +; we restart the current message. +; +;---------------------------------------------------------------------- + +;-------------------- +power_polarising_init @ + clr_f settling + pin_h p0_booster_pwm + return + +;-------------------- +power_polarising_begin @ + pin_vl p0_booster_pwm + bc_f INTCON, TMR0IE ; disables NMRA interrupt + bs_f flags, flags_polarising + clr_f settling + return + +;-------------------- +power_polarising_nonetodo @ +; idempotent + bt_f_if0 flags, flags_polarising + return + tst_f_ifnz settling + return + mov_lw settling_timeout / tick_us + mov_wf settling + return + +;-------------------- +power_polarising_tick @ + tst_f_ifnz settling + dec_f_ifnz settling ; decrement if not zero + return ; return if not dec'd, or if decrement didn't make zero + ; settle timeout complete: + + bc_f flags, flags_polarising + pin_vh p0_booster_pwm + call nmra_restartmessage + bs_f INTCON, TMR0IE ; reenables NMRA interrupt + goto i2c_consider_restartread + +;====================================================================== +; +; FAULTS AND POWER: +; +; Shutdown CDU Time User Fault Next states and action when +; fault timeout ON OFF +; +; Off shutdown off none off On +; On power-up on none off Stopping,FAULT Off +; Stopping shutdown on 500ms 50% 1/100ms Retry +; Retry power-up off 50ms off Persists Off,FIXED Off +; Persists shutdown off 90ms on Retry Off +; +; (no notation: event ignored) +; +; shutdown LAT stop_wait retry_wait +; +; Off H (shutdown) 0 0 +; On L (power-up) 0 0 +; Stopping H (shutdown) before Retry for LED flash +; Retry L (power-up) 0 before Off +; Persists H (shutdown) 0 before retry +; +; (uses tickdiv) (uses tick) + +;-------------------- +power_fault_init @ + bs_f INTCON2, INTEDG1 ; rising edge + bc_f INTCON3, INT1IP + bc_f INTCON3, INT1IF + bs_f INTCON3, INT1IE + clr_f stop_wait + clr_f retry_wait + pin_h p0_booster_shutdown + pin_h p0_booster_userfault + ; now we are Off + return + +command_power_section code 0x2080 +;-------------------- +command_power_on @ +; Off -> On; noop in other states + pinlat_ifl p0_booster_shutdown + return ; On or Retry + ; might be Off, Stopping or Persists: + + tst_f_ifnz retry_wait + return ; that deals with Stopping or Persists + ; must be Off: + + pin_vl p0_booster_shutdown + Dl 0x81 + goto cdu_on + +;---------- +command_power_off @ +; On, Retry, Persists -> Off; noop in Off or Stopping + tst_f_ifnz stop_wait + return ; that deals with Stopping + ; must be On, Off, Retry or Persists: + ; (it's harmless to do this if we were already Off) +power_off_now + clr_f retry_wait + pin_vh p0_booster_userfault + pin_vh p0_booster_shutdown + goto cdu_off + +code2 code +;-------------------- +power_fault_intrl @ + bt_f_if0 INTCON3, INT1IF + return + ; we have a fault: + + bc_f INTCON3, INT1IF + + pinlat_ifh p0_booster_shutdown + bra faultintrl_noop + ; Off, Stopping or Persists - must have lost the race + ; or flapped while we faffed. Well, never mind, it's + ; off now and we're taking care of it. (If the host + ; caused Off by OFF they can at worst send an OFF and + ; immediate ON in about 2ms, so worst-case duty cycle + ; for a short (if the host is perversely timed) is + ; (our interrupt latency) / 2ms + ; and if they ever don't manage to get the OFF through + ; in time then we go into Stopping.) + ; must be On or Retry: + + pin_vh p0_booster_shutdown + tst_f_ifnz retry_wait + bra fault_persists ; that deals with Retry + ; must be On: + + mov_lw b'00000111' + call serial_addbyte + + mov_lw stop_timeout / tickdiv_us + mov_wf stop_wait + pin_vl p0_booster_userfault + rcall power_stop_doflash + intrl_handled_nostack + +;----- +fault_persists ; Retry -> Persists (booster was shut down just a moment ago) + mov_lw persist_timeout / tick_us + mov_wf retry_wait + pin_vl p0_booster_userfault +faultintrl_noop + intrl_handled_nostack + +;-------------------- +power_fault_tick @ + tst_f_ifnz retry_wait + dec_f_ifnz retry_wait + return + ; retry_wait was running but has just reached zero; + ; we were in Stopping, Retry or Persists: + + tst_f_ifnz stop_wait + bra power_stop_doflash ; that deals with Stopping (just flash) + ; must be Retry or Persists: + + pinlat_ifh p0_booster_shutdown + bra power_retry ; we were in Persists, now we can try again + ; we were in Retry and it worked. +; go to Off: + pin_vh p0_booster_shutdown + pin_vh p0_booster_userfault + mov_lw b'00000110' + goto serial_addbyte + +;---------- +power_stop_doflash + pin_vhl p0_booster_userfault + mov_lw stopflash_timeout / tick_us + mov_wf retry_wait + return + +;-------------------- +power_fault_tickdiv @ + tst_f_ifnz stop_wait + dec_f_ifnz stop_wait + return + ; stop_wait was running but has just reached zero; + ; we were in Stopping, now we can Retry: + call cdu_off +power_retry + mov_lw retry_timeout / tickdiv_us + mov_wf retry_wait + pin_vl p0_booster_shutdown + pin_vh p0_booster_userfault + return + +;-------------------- +power_panichook @ + pin_vh p0_booster_shutdown + pin_vl p0_booster_pwm + pin_vh p0_booster_userfault + return + +;====================================================================== + include final.inc diff --git a/detpic/final.inc b/detpic/final.inc new file mode 100644 index 0000000..101f657 --- /dev/null +++ b/detpic/final.inc @@ -0,0 +1,7 @@ + include ../iwjpictest/syncwrite.inc + include i2clib+panic.inc + include variables+vars.fin + include program+externs.fin + extern bufferw + + end diff --git a/detpic/i2clib.asm b/detpic/i2clib.asm new file mode 100644 index 0000000..09d995d --- /dev/null +++ b/detpic/i2clib.asm @@ -0,0 +1,509 @@ +;###################################################################### +; i2clib.inc - I2C LIBRARY - IMPLEMENTATION +; +; See i2clib.asm for documentation of the interface to this file. + + include /usr/share/gputils/header/p18f458.inc + radix dec + include ../iwjpictest/insn-aliases.inc + + include ../iwjpictest/clockvaries.inc + include panic.inc + include morse+auto.inc + include i2clib.incm + +;====================================================================== +; NOTATION + +; Naming conventions +; +; m_... routines used by master only +; s_... routines used by slave only +; routines used by both +; +; [ms]_event_... event handler, branched to from interrupt +; handler; conditions are as in the name; +; should `return' at end which will return +; from i2c[ms]_interrupt +; +; [sm]_event_bad[_...] event handler which panics; called when i2c +; controller did something unexpected +; +; m_improper_... panics; called when main program +; does something wrong +; +; [ms]_ routines or labels of some other kind + +; Whenever flow does not pass past the end of some code, we +; have a boundary `;----------', and when flow passes past +; an important label we sometimes mark it specially with `;...', +; like this: +; +; ;---------- +; m_event_spong +; bt_f_if0 st, st_something +; bra m_event_bad +; ;... +; +; m_event_several_including_spong +; bs_f st, st_sponging +; bra metasyntacticing +; +; ;---------- +; m_event_wombat + +;============================================================ +; COMMON ADMINISTRATIVE ROUTINES and VARIABLES + + udata_acs + +sspstat res 1 ; master only +sspcon1 res 1 ; master only +sspcon2 res 1 ; master only +slave res 1 ; master only +slave_next res 1 ; master only + +st res 1 +st_orig res 1 + +; st is a bitmask, bit set in visible states: + ; master +st_starting equ 7 ; Writing-Setup?, Reading-Busy? +st_addressing equ 6 ; Writing-Setup?, Reading-Busy? +st_writing equ 5 ; Writing-*, Stopping(after Reading-Wait:write_start) +st_subsequent equ 4 ; Writing? +st_reading equ 3 ; Reading-* +st_awaiting equ 2 ; Reading-Wait +st_acking equ 1 ; Reading-Busy?, Stopping(from read) +st_stopping equ 0 ; Stopping + ; ...? means not always set in that state + + code + +;---------- +slave2addr +; computes slave address in form suitable for use in i2c controller +; actual i2c slave address is (slave number) + 0b0001000 +; W slave number i2c address * 2 + add_lw b'0001000' + rlc_w + return + +;---------- +improper_read_done_data + i2cpanic morse_SD + +;====================================================================== +; MASTER + +;---------- +i2cm_init + mov_lw i2c_sspadd + mov_wf SSPADD + clr_f st + clr_f slave_next + mov_lw 0x08 ; !SSPEN, Master mode + mov_wf SSPCON1 + clr_f SSPCON2 ; nothing going + mov_lw 0x80 ; SMP(noslew), !CKE(!smbus) + mov_wf SSPSTAT + bc_f IPR1, SSPIP ; low priority + bra init_enable + +;---------- +i2cm_interrupt + bt_f_if0 PIR1, SSPIF + return + ; We have an interrupt: +;... +i2cm_interrupt_definite + mov_ff SSPSTAT, sspstat + mov_ff SSPCON1, sspcon1 + mov_ff SSPCON2, sspcon2 + + bc_f PIR1, SSPIF + + mov_lw (1< 0 (disabled) 1 (enabled) +; SSPIE 0 (disabled) 1 (enabled) +; SSPIF configured correctly unchanged +; TRISB<1,0> any configured for I2C +; SSPIP any configured correctly +; GIEL 0 (disabled) 0 (disabled) +; ssp* shadows any all bits set + set_f sspstat + set_f sspcon1 + set_f sspcon2 + set_f st_orig + bs_f TRISC, 3 + bs_f TRISC, 4 + bs_f SSPCON1, SSPEN + bs_f PIE1, SSPIE + return + +;======================================== +; SLAVE +; +; In general, we figure out our state and then see what kind of events +; we were expecting. Bits we want to check: +; 80 40 20 10 08 04 02 01 +; SMP CKE D_A P S R_W UA BF +; set clr data? stop start read? clr full? +; (we don't usually mention SMP, CKE and UA below) +; +; Labels of the form s_event_* are branches of the interrupt +; handler and are supposed to finish with return. + +;---------- +; Macros: chkvals_start and chkval + +chkvals_start macro chvals_what + mov_fw chvals_what + endm + +chkval macro chkval_lastval, chkval_value, chkval_label + xor_lw chkval_value ^ chkval_lastval + bra_z chkval_label + endm + +near_i2csu code + +;---------- +s_write_slurpbyte macro +; W any byte from master +; i2c controller waiting due to SEN etc continuing with next byte + mov_fw SSPBUF + bs_f SSPCON1, CKP + endm + +;---------------------------------------- +i2cs_read_data + i2cs_read_data_macro + return + +;---------------------------------------- +; branches from the ISR + +;---------- +s_event_addrrecvwrite + s_write_slurpbyte + goto i2csu_write_begin + +;---------- +s_event_reading_datanack + return + +;---------- +s_event_writing_datarecv + s_write_slurpbyte + goto i2csu_write_data + +;---------- +s_event_bad_intr + i2cpanic morse_IH ; unknown high-priority interrupt + +;---------------------------------------- +i2cs_interrupt ; 4cy interrupt latency + 3cy until branch to here + bt_f_if0 PIR1, SSPIF + bra s_event_bad_intr + ; We have an interrupt: + + mov_lw (1<[Writing] / [Reading-Wait] | | | | +; `-------' \ | / || `.___________,' | | | +; write_next_byte \ | / || read_another | | | +; returns NZ | | / || | | | +; | | / |`.__________________,' | | +; | | | | read_start | | +; write_next_byte| | | `._____________________,' | +; returns Z | | | write_start | +; | | |read_done | +; V V V | +; [Stopping] | +; | done | +; `-------------------------------------' + +;-------------------- + extern i2cmu_done + +; Called to notify that the previous conversation with the slave has +; been finished as requested. The i2c system is now available and +; i2cm_*_start can be called. +; +; Beforehand At call +; State Stopping Idle + +;-------------------- + extern i2cmu_slave_no_ack + +; Called to notify that the slave did not acknowledge its address when +; we attempted to read from it. The i2c system is now clearing down +; the i2c bus to prepare for another transaction. +; +; Beforehand At call +; State Reading-Busy* Stopping +; +; * only Reading-Busy reached by calling read_start; +; not Reading-Busy due to read_another. + +;======================================== +; MASTER - WRITES (ie, transmission of data to the slave) + +;-------------------- + extern i2cm_write_start +; +; Requests that a slave be contacted for writing. When communication +; has been established, i2cmu_write_next_byte will be called. +; +; At call On return +; State Idle/Reading-Wait Writing-Setup +; W slave number any + + extern i2cmu_write_next_byte +; +; Called to notify the main program that we are now ready to transmit +; a byte to the slave that we're currently talking to. This may be +; either because i2cm_write_start was previously called and +; communication has been established, or because tranmission of the +; previous byte is complete. +; +; The main program must immediately supply the actual data byte. This +; byte will then be transmitted to the slave, and then +; i2cmu_write_next_byte will be called again. + +; Alternatively the main program may indicate that the tranmission +; should finish by setting the Z flag on return. In this case the +; slave will be told that this is the end of the message and the i2c +; conversation will be finished. When the conversation is finished +; and the bus and i2c controller are free again, i2cmu_done will be +; called. +; +; When transmission should continue: +; +; Beforehand At call On return After return +; State Writing[-Setup] Writing Writing Writing +; Status Z any 0 (NZ, not zero, not equal) +; W any data for slave +; +; When transmission should finish: +; +; Beforehand At call On return After return +; State Writing Writing Writing Stopping +; Status Z any 1 (Z, zero, equal) +; W any any + +;======================================== +; MASTER - READS (ie, reception of data from the slave) + +;-------------------- + extern i2cm_read_start +; +; Requests that a slave be contacted for reading. When communication +; has been established and the first byte received, +; i2cmu_read_got_byte will be called. +; +; At call On return +; State Idle/Reading-Wait Reading-Busy +; W slave number any + + extern i2cmu_read_got_byte +; +; Called to notify the main program that a byte has been recieved from +; the slave PIC. The byte value is supplied. Communication with the +; slave will be suspended (with the i2c bus blocked) until the main +; program calls i2cm_read_another or i2cm_read_done. The main program +; must call one of these two before doing anything else with the i2c. +; +; Beforehand At call +; State Reading Reading-Wait +; W data from slave + + extern i2cm_read_another +; +; Requests that the communication with the slave continue and another +; byte be read. When this is complete, i2cmu_read_got_byte will be +; called. +; +; At call On return +; State Reading-Wait Reading-Busy + + extern i2cm_read_done +; +; Requests that reading from the slave be terminated. When the +; conversation is finished and the bus and i2c controller are free +; again, i2cmu_done will be called. +; +; At call On return +; State Reading-Wait Stopping + + +;====================================================================== +; SLAVE +; +; States: +; +; [Not-in-use] +; | +; |init +; | +; V +; [Idle] +; | +; |<----------------------------. +; + | +; / \ | +; / \ | +; write_begin/ \read_begin | +; / \ | +; V V | +; ,->[Receiving] [Transmit-Wait]<-. | +; `-----' | | | | +; write_data | |read_data | | +; | V | | +; | [Transmit-Busy] | | +; | | `------' | +; | | read_another | +; | \ | +; `----------+->---------------------' + +;======================================== +; SLAVE - WRITES (ie, reception of data from the master) + +;-------------------- + extern i2csu_write_begin +; +; Called to notify the main program that the master PIC has selected this +; slave to talk to, for writing. There is no data at this stage; when +; data is received, i2csu_write_data will be called. +; +; Beforehand At call On return +; State Idle Receiving Receiving + +;-------------------- + extern i2csu_write_data +; +; Called to notify the main program that the master PIC has +; transmitted a byte of data. Provides the byte we received. +; +; Beforehand At call On return +; State Receiving Receiving Receiving +; W data from master any + +;======================================== +; SLAVE - READS (ie, transmission of data to the master) + +;-------------------- + extern i2csu_read_begin +; +; Called to notify the main program that the master PIC has selected +; this slave to talk to, for reading. The main program should invoke +; i2cs_read_data with first byte of data that we should transmit to +; the master. +; +; Beforehand At call +; State Idle Transmit-Wait + +;-------------------- + extern i2cs_read_data +; Transmits the byte of data to the master +; +; Beforehand At call On return +; State Transmit-Wait Transmit-Busy Transmit-Busy +; W byte for master any +; +; There is also a macro i2cs_read_data_macro +; in i2clib.incm, which does the same thing. + +;-------------------- + extern i2csu_read_another +; +; Called to notify the main program that the master PIC has continued +; by asking for another byte of data. The main program should once +; more invoke i2cs_read_data. +; +; Beforehand At call +; State Transmit-Busy Transmit-Wait diff --git a/detpic/i2clib.incm b/detpic/i2clib.incm new file mode 100644 index 0000000..732cef4 --- /dev/null +++ b/detpic/i2clib.incm @@ -0,0 +1,16 @@ +;====================================================================== +; MACROS FOR I2CLIB USERS +; see i2clib.inc + +;---------- +i2cpanic macro morse_addr +; Like panic but turns off the I2C controller + bc_f SSPCON1, SSPEN + panic morse_addr + endm + +;-------------------- +i2cs_read_data_macro macro + mov_wf SSPBUF + bs_f SSPCON1, CKP + endm diff --git a/detpic/make-clocks b/detpic/make-clocks new file mode 100755 index 0000000..b6f3369 --- /dev/null +++ b/detpic/make-clocks @@ -0,0 +1,154 @@ +#!/usr/bin/perl -w +# usage ../make-clocks [ ...] -Dmclock=khz -Dsclock=khz + +use strict qw(vars); +use POSIX; + +sub p ($) { print $_[0] or die $!; } + +our (%defs); + +p("; autogenerated - do not edit\n"); +p("; $0 @ARGV\n"); +while ($ARGV[$#ARGV] =~ m/^\-/) { + $_ = pop @ARGV; + last if m/^\-\-$/; + die unless m/^\-D(\w+)\=(\w+)$/; + $defs{$1}= $2; +} + +our ($name,$ms,$interval,$msclock); +# $interval is in seconds +# mclock or sclock is in kHz +# ourtimerclock is mclock or sclock * 250 (for Fosc/4) +# call 250 foscscale +# basically interval = cycles / clock +# adjusted for units interval = cycles * prescale / (foscscale * msclock) +# ie cycles = interval * foscscale * msclock / prescale +# or msclock = cycles * prescale / (foscscale * interval) + +sub scaleable ($$$$$$) { + my ($width, $foscscale, $scalebitnums, $scales, + $deadcycles, $overflowp) = @_; + my ($maxcycles, $scalespec, $scalebits); + my ($cycles, $cyequ, @scalebits); + my ($prescale); + $maxcycles = (1 << $width) - $deadcycles; + foreach $scalespec (@$scales) { + $scalespec =~ m/^0*(\d+)\-([01]+)$/; + ($prescale,$scalebits) = ($1,$2); + length($scalebits) == @$scalebitnums + or die "$scalespec @$scalebitnums"; + + $cycles= $interval * $foscscale * $msclock / $prescale; + next if $cycles > $maxcycles; + + if (length($scalebits)) { + p("${name}scale equ "); + @scalebits = (map { "(1<<$_)" } + grep { $scalebits =~ s/^.// or die; $&; } + @$scalebitnums); + push @scalebits, '0' unless @scalebits; + p(join '|', @scalebits); + p("; $prescale:1\n"); + } + + $cyequ= "${name}cycles"; + p(sprintf "%s equ %d\n", $cyequ, $cycles); + if ($overflowp) { + p("${name}init equ ".(1<<$width)." - $cyequ\n"); + if ($width == 16) { + p("${name}inith equ ${name}init / 256\n"); + p("${name}initl equ ${name}init & 255\n"); + } + } + return; + } + warn "clock speed too high for $name\n"; +} + +sub do_T2period { + my (@scales, $pre, $prex, $prebits, $posti, $this); + for $pre (qw(1-00 4-01 16-10)) { + $pre =~ m/^(\d+)\-([01]+)$/; + ($prex,$prebits) = ($1,$2); + for ($posti=0; $posti<15; $posti++) { + $this= sprintf "%03d-%s%04b", $prex * ($posti+1), $prebits, $posti; + push @scales, $this; + } + } + local ($name) = "${name}_t2"; + scaleable(8, 250.0, [qw(T2CKPS1 T2CKPS0 TOUTPS3 TOUTPS2 TOUTPS1 TOUTPS0)], + [ sort @scales ], 0, 0); +} + +sub do_T13ov ($) { + my ($n) = @_; + local ($name) = "${name}_t${n}"; + scaleable(16, 250.0, ["T${n}CKPS1","T${n}CKPS0"], + [qw(1-00 2-01 4-10 8-11)], 1, 1); +} + +sub do_T0ov ($) { + my ($w) = @_; + local ($name) = "${name}_t0"; + scaleable($w, 250.0, ["PSA","T0PS2","T0PS1","T0PS0"], + [qw(1-1000 2-0000 4-0001 8-0010 16-0011 + 32-0100 64-0101 128-0110 256-0111)], 1, 1); +} + +sub do_T0ov8 { do_T0ov(8); } +sub do_T0ov16 { do_T0ov(16); } +sub do_T1ov { do_T13ov(1); } +sub do_T3ov { do_T13ov(3); } + +sub provide_interval ($$$$) { + my ($iname, $thisval, $unitname, $unitval) = @_; + my ($inthisunit, $inthisunitint); + $inthisunit= $thisval / $unitval; + return if $inthisunit > 256000000.0; + $inthisunitint= sprintf "%d", $inthisunit; + return if abs(($inthisunitint - $inthisunit) / $inthisunit) > 0.001; + p("${iname}_${unitname} equ $inthisunitint\n"); +} + +sub doline () { + my ($orgname,$mswant,$specd,$unit,$cy,$how,$baseinterval); + chomp; + s/\s*[;\#].*//; + return unless m/^\S/; + die "$_ ?" unless + m/^(\w+)\s+([MST]+)\s+(\w+)\s+([0-9.]+)(s|ms|us|ns|Hz|kHz|MHz)((?:[-+][0-9.]+cy)?)$/; + ($orgname,$mswant,$how,$baseinterval,$unit,$cy) = ($1,$2,$3,$4,$5,$6,$7); + $specd= $baseinterval.$unit.$cy; + if ($unit =~ m/M/) { $baseinterval *= 1.e6; } + if ($unit =~ m/k/) { $baseinterval *= 1.e3; } + if ($unit =~ m/m/) { $baseinterval *= 1.e-3; } + if ($unit =~ m/u/) { $baseinterval *= 1.e-6; } + if ($unit =~ m/n/) { $baseinterval *= 1.e-9; } + if ($unit =~ s/Hz//) { $baseinterval = 1.0 / $baseinterval; } + if ($cy =~ s/cy$//) { $cy *= 4.0; } + elsif ($cy = m//) { $cy = 0.0; } + else { die "$cy ?"; } + p("\n"); + p(";========== $orgname ($specd: ${baseinterval}s, ${cy}cy) ==========\n"); + if ($mswant =~ m/T/) { + provide_interval($orgname, $baseinterval, 'us', 1.e-6); + provide_interval($orgname, $baseinterval, 'ms', 1.e-3); + provide_interval($orgname, $baseinterval, 's', 1.0); + } + foreach $ms (qw(m s)) { + next unless $mswant =~ m/$ms/i; + $msclock= "${ms}clock"; + die $msclock unless exists $defs{$msclock}; + $msclock= $defs{$msclock}; + $interval= $baseinterval + $cy / ($msclock * 1000.0); + p(";---------- $orgname, ${interval}s, ${msclock}kHz ----------\n"); + $name = $orgname.'_'.($ms eq 'm' ? 'master' : 'slave'); + &{ "do_$how" }; + } +} + +while (<>) { + doline(); +} diff --git a/detpic/make-externs b/detpic/make-externs new file mode 100755 index 0000000..008ba23 --- /dev/null +++ b/detpic/make-externs @@ -0,0 +1,4 @@ +#!/usr/bin/perl -n +BEGIN { print "; autogenerated - do not edit\n; @ARGV\n;\n\n" or die $!; } +next unless m/^(\w+)\s+\@\s*(?:\;.*)?$/; +printf " extern %-40s ; %s\n", $1, $ARGV or die $!; diff --git a/detpic/make-panicworthy b/detpic/make-panicworthy new file mode 100755 index 0000000..6b1ddbe --- /dev/null +++ b/detpic/make-panicworthy @@ -0,0 +1,56 @@ +#!/usr/bin/perl -n +BEGIN { + while (@ARGV && $ARGV[$#ARGV] =~ m/^\-/) { + $_= pop; + if (m/^-M$/) { $manglout= 1; } + elsif (m/^-I(\S+),(\S+)$/) { $mapinclude{$1}= $2; } + else { die "$_ ?"; } + } +} +$l= $_; +$pfx= 'pan_'; +$pcode= ''; +sub endsection () { + return unless defined $codesection; + print(";{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{\n", + $codesection, + ";}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}\n") + or die $! + unless $manglout; + undef $codesection; +} +sub mangle ($) { + print ";#MANGLE# $1\n" + or die $! + if $manglout; +} +if (m/^(\w*)\s+code\b/) { + endsection(); + $codesection= "$pfx$_"; +} elsif (m/^\s+(?:include|end|udata(?:_acs)?)\b/) { + endsection(); +} elsif (m/^(\w+)\s+macro\b/) { + $inmacro++; +} elsif (m/^\w*\s+endm\b/) { + $inmacro--; +} elsif (m/^(\w*)\s+(?:equ)\b/) { +} elsif (m/^\s+extern\s+(\w+)\b/) { + mangle($1); + print " extern $pfx$1;##\n" or die $! + unless $manglout; +} elsif (!$inmacro && defined $codesection) { + if (!s/^\;/;\#\#/) { + mangle($1) if m/^(\w+)\b/; + s/\b(\w+)\b/ $mangle{$1} ? "$pfx$1" : $1 /ge; + } + $codesection .= $_ + unless m/\;\!P\s*$/; +} elsif (m/^\;\#MANGLE\# (\w+)$/) { + $mangle{$1}= 1; + $l= ''; +} +if (m/^\s+include\s+(\S+)\s+$/ && exists $mapinclude{$1}) { + $l= " include $mapinclude{$1}\n"; +} +print $l or die $! + unless $manglout; diff --git a/detpic/mascan.asm b/detpic/mascan.asm new file mode 100644 index 0000000..36c16f4 --- /dev/null +++ b/detpic/mascan.asm @@ -0,0 +1,541 @@ +;====================================================================== +; MASTER - SCANNING ETC. + + include common.inc + +;---------------------------------------------------------------------- + udata_acs + +; for reading and detection: +b res 1 ; byte just read +cslot res 1 ; current slave in slave table, points to flags byte +cbyte res 1 + ; one of the following: + ; 0000 0000 we're expecting the first byte + ; M0B1 0000 we're expecting more detection byte 1 + ; M010 0000 we're expecting more detection byte 2 + ; 1000 0000 we're expecting an extra byte + ; ???? ???1 reading halted for any reason: +cbyte_halted equ 0 ; also set briefly while we decide what to do next + +wslave res 1 ; slave we need to write to +outmsg_targetlen res 1 ; + +slaves_awaiting res 1 ; no. of slaves without stf_responding +slavenoack_counter res 2 ; +0=L, +=H +slavenoack_counter_init equ (i2c_kbitpersec * 100) + ; slaves/sec, @ 10clocks/slave + +;====================================================================== +; HANDLING OF I2C EVENTS + +near_getwritebyteyes code +;---------------------------------------- +i2c_getwritebyte_yes @ + pop ; we don't care where we were in i2cmu_write_next_byte + bc_f STATUS, Z ; yes, we want to write this byte + return ; from i2cmu_write_next_byte + + code +;---------------------------------------- +i2cmu_write_next_byte + Dl 0x91 + ; add calls to getwritebyte_ here: + call polarity_getwritebyte + call points_getwritebyte + ; end of list of calls to getwritebyte_ + ; so, no-one wants this slave: + bs_f STATUS, Z + return + +;---------------------------------------- +i2cm_intrl @ +; handles i2c interrupt using i2cm_interrupt[_definite], +; according to the rules for _intrl. + Dl 0x90 + bt_f_if0 PIR1, SSPIF + return + call i2cm_interrupt_definite + intrl_handled_nostack + +;====================================================================== +; PROCESSING OF INCOMING BYTES - CORE AND DETECTION + +;-------------------- +read_first_response +; on entry on return +; W received byte preserved +; b received byte preserved +; FSR0 any trashed +; STATUS any trashed + bs_f INDF1, stf_responding + dec_f_ifnz slaves_awaiting + return +; that's the last slave, excellent + mov_lw b'00001001' ; W trashed + call serial_addbyte + mov_fw b ; W = received byte (again) + return + +;---------------------------------------- +i2cmu_read_got_byte +; Beforehand At call +; State Reading Reading-Wait +; W data from slave +; +; See detect.asm head comment for protocol info, in particular +; the meaning of these bytes. + ; W = received byte + mov_wf b ; W = b = received byte + + Dl 0x90 + Df cslot + Df cbyte + Df b ; also restores b to W + + mov_lfsr slavetable, 1 + mov_ff cslot, FSR1L ; FSR1 -> slave's flags + + tst_f_ifnz cbyte + bra read_got_notfirst + ; this is a first (head) byte: + + bt_f_if0 INDF1, stf_responding ; seen this PIC ack already ? + rcall read_first_response ; no, we might have to send HELLO + + bt_f_if0 POSTINC1, stf_detect ; FSR1 -> detbasel + bra read_got_first_reversers +read_got_first_detectors ; b = MdBBdddd + and_lw 0xb0 ; W = M0BB0000 + mov_wf cbyte ; cbyte = M0BB0000 + mov_lw 0x4f ; W = 01001111 + and_wff b ; b = 0d00dddd + mov_fw POSTINC1 ; W = detbasel; FSR1 -> lastd0 + rcall read_got_detectbyte_prep ; b = 0d00dddd + ; u = 0C00CCCC + bt_f_if1 b, 6 ; b bit .d...... + bs_f b, 4 ; b = 0d0ddddd + ; ^ ^ copies of same bit + ; u = (still) 0C00CCCC + ; or, using detection segment bit numbers: + ; b = z4z43210 + ; u = z4zz3210 + goto addmsgs_dethead + +;---------- +read_got_first_reversers + bt_f_if1 b, 6 + bra read_got_bad_first_reversers + and_lw 0x80 ; W = M0000000 + mov_wf cbyte ; cbyte = M0000000 + bc_f b, 7 ; b = 00dddddd + mov_fw POSTINC1 ; W = detbasel; FSR1 -> lastd0 + rcall read_got_detectbyte_prep + goto addmsgs_revhead + +;----- +read_got_bad_first_reversers panic morse_MR + +;---------- +read_got_detectors_b1 ; b = dddddddd +; ; W = detbasel; FSR1 -> detbasel + add_lw 5 ; W = adjdetbasel + bs_f FSR1L, 2 ; FSR1L -> lastd1 + bc_f cbyte, 4 ; cbyte = M0B00000 + rcall read_got_detectbyte_prep + goto addmsgs_all + +;---------- +read_got_detectors_b2 ; b = dddddddd +; ; W = detbasel; FSR1 -> detbasel + add_lw 13 ; W = adjdetbasel + inc_f FSR1L ; FSR1 -> lastd0 + inc_f FSR1L ; FSR1 -> lastd2 + bc_f cbyte,5 ; cbyte = M0000000 + rcall read_got_detectbyte_prep + goto addmsgs_all + +;---------- +read_got_detectbyte_prep_ifsomething +; +; This is a branch of read_got_detectbyte_prep, called if we're doing +; `return' rather than `pop+return'. For conditions on return, see +; read_got_detectbyte_prep; these are supposed to be (basically) the +; same as the entry conditions for addmsgs_. +; +; on entry +; W [C0]* +; t adjdetbasel +; u undefined +; b [d0]* +; lastd [o0]* +; FSR1 -> lastd +; + mov_wf u ; u = [C0]* + + Dl 0x94 + Df FSR1L + Df u ; also restores u to W + + xor_wff INDF1 ; lastd = [d0]* + ; to force test of repeated detection notification, + ; comment out previous line + mov_lw 0x07 + ior_wff FSR1L ; FSR1L -> detmsgh + return ; to addmsgs_, very shortly + +;---------------------------------------- +read_got_notfirst +; ; FSR1 -> flags + mov_fw PREINC1 ; W = detbasel; FSR1 -> detbasel + bt_f_if1 cbyte, 4 + bra read_got_detectors_b1 + bt_f_if1 cbyte, 5 + bra read_got_detectors_b2 + ; it must be an extra byte + + bt_f_if0 b, 7 ; any more ? + bc_f cbyte, 7 + bc_f b, 7 + call process_got_extra + bra i2c_arrange_next_byte + +;---------- +read_got_detectbyte_prep +; +; Sees if anything has changed. If no changes pops one return address +; and branches to i2c_arrange_next_byte; if some changes, returns to +; calling point. +; +; So, caller should be i2cmu_read_got_byte, and next stuff +; should basically be a call to addmsg_ (perhaps preceded +; by a bit of fiddling of b). addmsg_ will finish +; by branching to i2c_arrange_next_byte. +; +; call return pop+return +; W adjdetbasel preserved undefined +; b [d0]* preserved preserved +; FSR1 -> lastd detmsgh preserved +; cbyte set for next read etc. preserved preserved +; u undefined [C0]* preserved +; lastd [o0]* [d0]* preserved = [d0]* +; +; TOS -> (optionally, fiddle b, and then:) goto addmsgs_ +; NOS return address for i2cmu_read_got_byte +; + mov_wf t ; t = adjdetbasel + Dl 0x93 + Df INDF1 + mov_fw b ; W = [d0]* + Dv + xor_wfw INDF1 ; W = [C0]*, Z iff same + ; where C set iff change to that detection segment + bra_nz read_got_detectbyte_prep_ifsomething + ; there's nothing to do + pop +;... +;---------------------------------------- +i2c_arrange_next_byte + tst_f_ifnz cbyte + goto i2cm_read_another +;... +;====================================================================== +; DECIDING WHICH SLAVE TO ADDRESS +;... +i2c_arrange_something +i2cmu_done +; figure out what to do next - which pic to address, etc. + bs_f cbyte, cbyte_halted + + tst_f_ifnz wslave ; anyone asked to write ? + bra arrange_write + + ; Anyone else to write to ? + ; add calls to needwrite_ here: + call polarity_needwrite + call points_needwrite + ; end of list of calls to needwrite_ + + ; no, if we're here, no-one wants to write: + +nextslave_nowrite + ; no writing needed, we consider reading: + bt_f_if1 flags, flags_polarising + return ; do not scan while booster PWM is off while polarising + ; to avoid all trains disappearing and reappearing + + mov_fw outmsg_begin + sub_wfw outmsg_end + and_lw outbuf_size - 1 + cmp_fw_ifle outmsg_targetlen + return ; target len < actual len, do not add anything + ; ok, there's space, go ahead: + bc_f cbyte, cbyte_halted + + mov_lw ste_size + add_wff cslot ; cslot -> next ste_flags + mov_lfsr slavetable, 1 ; FSR1H -> slavetable + mov_ff cslot, FSR1L ; FSR1 -> new ste_flags + + bt_f_if1 POSTDEC1, stf_sentinel ; FSR1 -> ste_slave + bra nextslave_looparound + ; Ok, we have a slave: + + Dl 0x91 + mov_fw INDF1 ; W = new slave number + goto i2cm_read_start + +nextslave_looparound + ; now we do our own detection + mov_lw (slavetable + ste_flags) & 0xff ; select our own slot + mov_wf cslot + Dl 0x92 + call read_detection_head_master + goto i2cmu_read_got_byte + +;---------------------------------------- +i2c_needwrite @ +; Informs mascan that we need to write to some slave. +; Some time after this, mascan will call getwritebyte_ +; and this must yield at least one byte to write. +; W slave that we must write to + mov_wf wslave + bt_f_if0 cbyte, cbyte_halted + return ; we're currently doing something +;... +;---------- +arrange_write +; wslave slave to write to + bc_f cbyte, cbyte_halted + mov_fw wslave + mov_wf cwslave + clr_f wslave + goto i2cm_write_start + +;---------------------------------------- +i2c_consider_restartread @ + bt_f_if0 cbyte, cbyte_halted + return + bra nextslave_nowrite + +;---------------------------------------- +i2cmu_slave_no_ack + mov_lfsr slavetable, 1 + mov_ff cslot, FSR1L ; FSR1 -> slave's flags + bt_f_if1 INDF1, stf_responding + bra slavenoack_crashed + + dec_f_ifnz slavenoack_counter + return + dec_f_ifnz slavenoack_counter+1 + return + panic morse_ST + +slavenoack_crashed + panic morse_SC + +;====================================================================== +; INITIALISATION + +mascan_init @ + mov_lw (slavetable + ste_flags) & 0xff + ; pretend we've just done us, to start with 1st actual slave + mov_wf cslot + clr_f cbyte + bs_f cbyte, cbyte_halted + clr_f wslave + + mov_lw slavenoack_counter_init & 0xff + mov_wf slavenoack_counter + mov_lw slavenoack_counter_init >> 8 + mov_wf slavenoack_counter+1 + clr_f slaves_awaiting + + mov_lw 2 + mov_lfsr slavetable, 0 ; FSR0 -> slavetable + load_tblptr pic2detinfo ; TBLPTR* -> pic2detinfo + clr_f t ; t = loop counter +mascan_init_loop + tblrd_postinc_fixup ; TABLAT = EOOOOSSS + mov_fw TABLAT ; W = EOOOOSSS, N = E + + tblrd_postinc_fixup ; TABLAT = DSSSSSSS, N (still) = E + bra_nn mascan_init_ifabsent ; E....... + + inc_f slaves_awaiting + + mov_ff t, POSTINC0 ; ste_slave = slave + mov_wf u ; u = 1OOOOSSS + and_lw 0x78 + bra_nz mascan_bad_detinfo0 + ; ok ; u = 10000SSS + + mov_fw TABLAT ; W = DSSSSSSS + and_lw 0x80 ; W = D0000000 + mov_wf POSTINC0 ; ste_flags = D0000000 + + mov_fw TABLAT ; W = DSSSSSSS + bc_w 7 ; W = 0SSSSSSS = first + add_lw -0xf8 ; W = first - 0xf8 = detbasel + mov_wf POSTINC0 ; detbasel + + mov_lw 0x4f ; W = 01001111 for det., MM 05 B2 B1... + bt_f_if0 TABLAT, 7 ; D ? otherwise, rev. board: + mov_lw 0x3f ; W = 01111111 for rev., MM zz 01... + mov_wf POSTINC0 ; lastd0 + set_f POSTINC0 ; lastd2 + set_f POSTINC0 ; unused + set_f POSTINC0 ; lastd1 + + mov_fw u ; W = 10000SSS + xor_lw b'10011000' ^ 0x80 ; W = detmsgh + mov_wf POSTINC0 ; detmsgh + +mascan_init_ifabsent + inc_f t ; next slave + bt_f_if0 t, maxpics_ln2 + bra mascan_init_loop + ; we've read the whole flash table + + if slavetable == 0x400 + bt_f_if1 FSR0H, 0 + bra mascan_bad_toomany + endif + + clr_f POSTINC0 ; ste_slave + mov_lw (1< +; +; on entry after first addmsg_one, or when done +; W, STATUS, v, FSR0 undefined trashed +; t adjdetbasel not modified by addmsgs_ or _one +; u [C0]* not modified by addmsgs_ or _one +; b [d0]* not modified by addmsgs_ or _one +; lastd [d0]* (new) not modified by addmsgs_ or _one +; FSR1 -> detmsgh not modified by addmsgs_ or _one +; outbuf, outmsg_* not full, updated appropriately +; all others any not interfered with +; +; (this is all set up by read_prep_detectbyte and +; read_got_detectbyte_prep_ifsomething) +; when done, branches to i2c_arrange_next_byte, rather than returning + +addmsgs_section code ( 7 )*4 + 0x2100 +; +; A +; |- PCL bbb value after macro - number in this +; V column should increment 1 each line +; +addmsgs_revhead addmsg_testbit 0 + addmsg_testbit 1 + addmsg_testbit 2 + addmsg_testbit 3 + addmsg_testbit 4 + addmsg_testbit 5 + addmsg_return 6 + +addmsgs_all addmsg_testbit 7 + addmsg_testbit 0 + addmsg_testbit 1 + addmsg_testbit 2 + addmsg_testbit 3 + addmsg_testbit 4 + addmsg_testbit 5 + addmsg_testbit 6 + addmsg_return 7 + +addmsgs_dethead addmsg_testbit 0 + addmsg_testbit 1 + addmsg_testbit 2 + addmsg_testbit 3 + addmsg_testbit 6 ; bit 6 was copied to 4 but only in b, not u + addmsg_return 5 + +;---------- +addmsg_one +; TOS - 4 -> bt_f_if1 u, b'bbb' +; TOSL ???bbb00 +; other conditions on entry and exit as for entry to addmsgs_, above + Dl 0x95 + Df TOSL + rr_fw TOSL ; W = 0???bbb0 + rr_w ; W = 00???bbb + ior_lw 0xf8 ; W = 11111bbb + mov_wf FSR0L ; FSR0L = 11111bbb + clr_f FSR0H ; FSR0 -> bitnum2bit[bbb] + add_wfw t ; W = adjdetbasel + 11111bbb + ; ie = 0 SSSSSSS (det msg low byte) + mov_wf v ; v = 0 SSSSSSS (det msg low byte) + bra_n addmsg_bad + + mov_fw b ; W = [d0]* + and_wfw INDF0 ; train: W = 0x00, Z=1; none: W = 0*d0*, Z=0 + bt_f_if0 STATUS, Z + mov_lw 0x08 ; train: W = 0 000 0 000; none: W = 0 000 1 000 + xor_wfw INDF1 ; W = 1 001 Y SSS (det msg high byte) + Dv + call serial_addbyte + + mov_fw v ; W = 0 SSSSSSS (det msg low byte) + Dv + goto serial_addbyte_another + +addmsg_bad panic morse_DJ + +;====================================================================== + include final.inc diff --git a/detpic/misc.asm b/detpic/misc.asm new file mode 100644 index 0000000..eada682 --- /dev/null +++ b/detpic/misc.asm @@ -0,0 +1,109 @@ +;====================================================================== + + include common.inc + + udata_acs +dsave_w res 1 +dsave_fsr0 res 2 +debugp res 1 + +debug_section udata 0x100 +debug res 256 + + code +;====================================================================== +; GENERALLY USEFUL ROUTINES + +;---------- +read_pic_no @ +; read pic no from ID locations and return it +; W undefined pic number from ID loc 0 +; status Z undefined 1 iff master PIC +; TBLPTR* undefined points to 20001 + + mov_lw 0x20 + mov_wf TBLPTRU + clr_f TBLPTRH + clr_f TBLPTRL + + tblrd_postinc_fixup + mov_fw TABLAT + return + +;---------- +idlocs_init @ +; read id locations and store in canonical place +; W undefined undefined +; picno undefined pic number (from 20000) +; idloc1 undefined idloc1 (from 20001) + + rcall read_pic_no + mov_wf picno + + tblrd_postinc_fixup + mov_fw TABLAT + mov_wf idloc1 + + return + +;---------- +bitnum2bit_init @ +; populate bitnum2bit + mov_lw 0x80 + mov_lfsr bitnum2bit,0 +init_bitnum2bit_loop + rl_w + mov_wf POSTINC0 + bra_nn init_bitnum2bit_loop + return + +;---------- +memory_erase @ +; picno preserved +; idloc1 preserved +; other GPRs overwritten with 0xbb + mov_ff picno, FSR1L + mov_ff idloc1, TABLAT + mov_lfsr 0, 0 +memory_erase_pageloop + mov_lw 0xbb +memory_erase_byteloop + mov_wf POSTINC0 + mov_wf POSTINC0 + mov_wf POSTINC0 + mov_wf POSTINC0 + mov_wf POSTINC0 + mov_wf POSTINC0 + mov_wf POSTINC0 + mov_wf POSTINC0 + tst_f_ifnz FSR0L + bra memory_erase_byteloop + ; new page: + + mov_lw 0x06 + xor_wfw FSR0H + bra_nz memory_erase_pageloop + ; done! + + mov_ff FSR1L, picno + mov_ff TABLAT, idloc1 + return + +;---------- +debugbyte @ +; Adds a byte to debug +; W message byte preserved +; STATUS any trashed +; all others any preserved +; Not for use in High ISR + mov_ff FSR0L, dsave_fsr0 + mov_ff FSR0H, dsave_fsr0+1 + mov_lfsr debug, 0 + mov_ff debugp, FSR0L + mov_wf INDF0 + inc_f debugp + mov_ff dsave_fsr0, FSR0L + mov_ff dsave_fsr0+1, FSR0H + return + + include final.inc diff --git a/detpic/morse.messages b/detpic/morse.messages new file mode 100644 index 0000000..e317f0c --- /dev/null +++ b/detpic/morse.messages @@ -0,0 +1,102 @@ +# This is the list of morse panic messages. Each line consists of: +# [
,
...] [; ] +# This file is converted to morse.asm by the Perl script morse.asm-gen. +# See morse.asm-gen for information about the format of the data stored +# in flash. Only addresses in the Access Bank are supported. + +# Suggested output by on the per-pic-led is: +# morse (red/black) contents of one address +# morse (red/black) contents of next address +# ... +# morse (red/black) contents of last address +# long pause +# go back to start +# Contents of addresses should preferably be read into a temporary +# buffer space somewhere so that each one is read once and that value +# remembered. + +# Temporary entries for testing and development +TM PIE1,SSPSTAT,SSPCON1,SSPCON2 ; Master got I2C interrupt +TI0 ; for iwj +TI1 ; for iwj +TI2 ; for iwj +TI3 ; for iwj +TI4 ; for iwj +TI5 ; for iwj +TI6 ; for iwj +TI7 ; for iwj +TI8 ; for iwj +TI9 ; for iwj + +# Main message listing. Kept sorted by section for easy reference. +# ----------------------------------------------------------------- + +# Miscellaneous +E ; `expected'; we were told to panic +T ; master paniced because slave paniced + +# Regarding communications from the host +HX ::t ; host sent unknown command +HW ::t ; host sent message which was too long +HO ; host RS232 read overrun +HF ; host RS232 framing error +HN ; host sent too much NMRA - buffers full +HM ; host sent too much NMRA - ack count overflow +HB ; data for host overran buffer +HP ; host sent >2-byte PING command + +# Regarding communications by master with slaves +MX ; slave (or intern) sent bad extra byte +MR mascan:b,mascan:cslot ; reversers set byte with zz bit set +MD ; i2cmu_done ! + +# Problematic interrupts +IH INTCON,INTCON3,PIR1,PIR2 ; Interrupt source not found (high pri.) +IL INTCON,INTCON3,PIR1,PIR2 ; Interrupt source not found (low pri.) + +# W - watchdog +WX ; bad watchdog command + +# Messages for i2clib, S* +SM i2clib+panic:st,:sspstat,:sspcon1,:sspcon2 ; m.,i., ctrlr bad state +SS SSPSTAT,SSPCON1 ; s.,i., controller bad state +SW i2clib+panic:slave ; m.: slave didn't ack addr for write +SN i2clib+panic:slave ; improper slave number +SO i2clib+panic:slave ; improper next slave number +SB i2clib+panic:st ; improper i2cm_{read,write}_start +SF i2clib+panic:st ; improper i2cmu_write_next_byte Z +SA i2clib+panic:st ; improper i2cm_read_another +SD i2clib+panic:st ; impr. i2cm_read_done/i2cs_read_data +# used in mascan.asm +SC i2clib+panic:slave ; slave didn't ack read: crashed +ST i2clib+panic:slave ; slave didn't ack read: didn't start +SP i2clib+panic:slave ; slave didn't ack read: in panic read + +# Messages for slave detection/i2c +DQ FSR2L,::outmsg_end ; previous slave read incomplete +DR FSR2L,::outmsg_end ; slave read overrun +DX ::t ; slave received wrong message byte +DB detect:message_buffer ; slave_add_short_message overrun +DF ::t ; slave pic2detinfo[0] invalid bits +DG ::t ; too many slaves in pic2detinfo +DJ mascan:cslot,mascan:cbyte,::v ; det msg 2nd byte has top bit set +DM detect:buf0 ; master has MM bit set in buf0 + +# Messages for specific peripherals: +# R - Reversers (polarity) +RS FSR0L ; POLARITY message too short +RL FSR0L ; POLARITY message too long +RF ; master board has no reversers +RG ; too many reversers boards + +# P - Points +PB points:pointmsg ; Firing point when already busy +PI points:pointmsg,T3CON ; Unexpected Timer 3 interrupt +PU points:pointmsg ; Firing nonexistent point +PC ; Firing point when CDU empty +PS points:pointslave,points:pointmsg ; Firing point on nonexistent board +PF ::t ; Flash mentions point not on board +PX ; Host sent >2-byte POINT command +PM ; Firing point when master/CDU busy +PQ ; POINTED when already charging +PA ; POINTED when already firing diff --git a/detpic/nmra-stream.asm b/detpic/nmra-stream.asm new file mode 100644 index 0000000..1331f23 --- /dev/null +++ b/detpic/nmra-stream.asm @@ -0,0 +1,482 @@ +;====================================================================== +; NMRA DATA TO TRACK - also, initially deals with all incoming RS232 +; +;====================================================================== +; TESTING INSTRUCTIONS +; +; can be tested with liberator's mic input: +; 1k1, 110k resistor divider from track gives 1/100 track +; voltage to mic input +; then +; sox -r 96000 -u -b -t ossdsp /dev/dsp t.dat +; perl -pe '$_= m/\-/ ? "_" : "~"' u +; in an xterm showing font "tiny" and then resized to eg 295x54 +; less u +; +;====================================================================== + +clock equ mclock ; this part runs really only on master + + include common.inc + + udata_acs + +nmractrl res 1 ; state relevant to NMRA control +transmitbit equ 7 ; bit 7: 0/1 bit currently being transmitted +nextaction equ 6 ; bit 6: change polarity on next interrupt y/n + ; nmractrl is a bitmask, and only the bits above are used + +fromserial res 1 ; from-serial buffer location (in buffer bank) +totrack equ FSR2L ; to-track buffer location (in buffer bank) +totrackbit res 1 ; bit location of pointer within byte + ; + ; buffers are each 16 bytes (this is hardwired) + ; and there are four of them starting at 0x500, 0x510, 0x520, 0x530. + ; plus a copy of the watchdog `stop everything' command at 0x540. + ; + ; fromserial and totrack are pointers into the buffer page + ; + ; fromserial points to the first empty byte, where we will put new + ; data provided by the host; this means that (fromserial & 0xf0) is + ; the first buffer which fails to contain a complete nmra message. + ; fromserial is updated only by the (low priority) serial receive + ; interrupt handler. Furthermore, it always maintains a correct + ; and valid value for use by the high-priority nmra readout ISR. + ; + ; totrack points to the first remaining full byte, which is currently + ; being transmitted; if nothing is currently being transmitted + ; because there is no nmra data at all then totrack points to the + ; start of the same buffer as fromserial + ; + ; We maintain the following properties, notionally: + ; + ; totrack <= fromserial < totrack + ; + ; \ \ + ; \ `- equal would mean overrun + ; \ + ; `- equal if we have nothing but + ; idle to trasmit + ; + +bufferpage equ 5 + +buffer_section udata bufferpage << 8 +buffer0 res 16 +buffer1 res 16 +buffer2 res 16 +buffer3 res 16 +bufferw res 16 + + code + +;**************************************************************************** + +macros + +; macro to call subroutine to transmit over serial port for debugging +; takes 8-bit value, puts in W, invokes debug_serial_transmit + + ifndef SLOW_VERSION +debug macro debugvalue + endm + endif + + ifdef SLOW_VERSION +debug macro debugvalue + mov_lw debugvalue + call debug_serial_transmit + endm + endif + +debug_serial_transmit + mov_wfa TXREG ; move contents of W (i.e. debugvalue) + ; to TXREG for transmission +waitfortsr + bt_fa_if0 TXSTA,1 + bra waitfortsr + return + +;**************************************************************************** + +serial_init @ +; serial set-up +; initial config - TXSTA register p181 + bc_fa TXSTA,6 ; p181, set 8-bit mode + bs_fa TXSTA,5 ; transmit enable + bc_fa TXSTA,4 ; asynchronous mode + bsc_txsta_brgh + +; initial config - RCSTA register p182 + bs_fa RCSTA,7 ; serial port enable (p182) + bc_fa RCSTA,6 ; 8-bit reception + bs_fa RCSTA,4 ; enable continuous receive + +; set SPBRG to get correct baud rate according to table top right p186 +; (Tosc = 20MHz, desired baud rate = 9600) + movlw_movwf_spbrg + + mov_lw ~((1< 16bit mode (testing) + endif + + ifndef SLOW_VERSION + bs_fa T0CON,6 ; p107 Timer0 -> 8bit mode (not-testing) + endif + + bc_fa T0CON,5 ; timer0 use internal clock + + ifndef SLOW_VERSION + mov_fw T0CON + and_lw ~((1<1 then we are mid-bit, so copy transmitbit to +; nextaction in preparation for 2nd half of bit and then return + + debug 'm' ; write 'm' to serial port + bc_fa nmractrl,nextaction + bt_fa_if1 nmractrl,transmitbit + bs_fa nmractrl,nextaction + debug '2' ; write 'k' to serial port + retfie_r + + +decide_next_bit + + debug 'n' ; write 'n' to serial port +; check whether current to-track buffer = current from-serial buffer +; if yes, transmit 1s (set transmitbit=1, nextaction=1 and return) + + mov_fw fromserial + xor_wfwa totrack + and_lw 0x70 + bra_nz read_from_buffer + bs_fa nmractrl,transmitbit + bs_fa nmractrl,nextaction + debug '3' + retfie_r + + +read_from_buffer + debug 'o' + +; if currently on bit 7, want to skip to bit 6 +;*** wouldn't it be easier to start on bit 6 ? :-) -iwj + + bt_fa_if1 totrackbit,7 + rr_fa totrackbit ; rotate mask right + +; if not on bit 7 , +; set na=cb=bit value, advance bit (i.e. rotate transmitbit right), +; check if bit7, if so, advance byte, return + + debug 'p' + mov_fw INDF2 + and_wfwa totrackbit ; select bit to be transmitted + + bra_z zero_bit_to_track + bra one_bit_to_track + +zero_bit_to_track + debug '_' ; write 'q' to serial port + debug '0' ; write 'q' to serial port + debug '_' ; write 'q' to serial port + bc_fa nmractrl,transmitbit + bc_fa nmractrl,nextaction + bra advance_bit + +one_bit_to_track + debug '_' ; write 'q' to serial port + debug '1' ; write 'r' to serial port + debug '_' ; write 'q' to serial port + bs_fa nmractrl,transmitbit + bs_fa nmractrl,nextaction + bra advance_bit + + + +advance_bit +; rotate transmitbit to next position + + debug 's' ; write 's' to serial port + rr_fa totrackbit ; rotate mask right +;*** surely rrnc (`rotate right not through carry' I assume) +;*** will leave a copy of the top bit in the N flag ? Then you +;*** can use branch if negative. -iwj + bt_fa_if1 totrackbit,7 + rcall advance_pointer + debug '5' ; write 's' to serial port + + retfie_r + + + +advance_pointer + + debug 't' ; write 't' to serial port + +; currently on bit 7 of the byte, after having read rest of byte to +; track; check whether it is 1 or 0 + +; if set, move to next buffer + bt_fa_if0 INDF2,7 + rcall advance_read_buffer + +; if not set, move to next byte of samebuffer (increment totrack) +; (will be on bit 7 at this point anyway so no need to change totrackbit) + bt_fa_if1 INDF2,7 + inc_fa totrack + return + + +advance_read_buffer + +; move pointer to next buffer +; clear low 4 bits of totrack and increment top 4 bits +; aaaabbbb -> bbbbaaaa -> bbbb(aaaa+1) -> 0000(aaaa+1) -> (aaaa+1)0000 + bt_f_if1 totrack, 6 ; were we doing watchdog broadcasts ? + bra advance_read_buffer_ifwatchdog + mov_fw totrack + add_lw 0x10 + and_lw 0x30 + mov_wf totrack + debug '9' ; write 'v' to serial port + + inc_f acknmra + bs_f PIE1, TXIE ; ensure we tell host to send us more + bt_f_if0 acknmra, 2 + return + ; oops: + panic morse_HM + +advance_read_buffer_ifwatchdog + ; just loop round the buffer + mov_lw 0x40 + mov_wf totrack + return + +;**************************************************************************** + +panic_oerr panic morse_HO +panic_ferr panic morse_HF + +;**************************************************************************** + + include final.inc diff --git a/detpic/panic.asm b/detpic/panic.asm new file mode 100644 index 0000000..663d7fe --- /dev/null +++ b/detpic/panic.asm @@ -0,0 +1,599 @@ +;====================================================================== +; panic.asm +; +; This file implements panic_routine, which is called by the +; `panic' macro in panic.inc. See panic.inc for the functionality +; of `panic'. + + include common.inc + +;--------------------------------------------------------------------------- +; reserved access bank locations + + udata_acs + +psave_intcon res 1 +psave_bsr res 1 + +panicst res 1 +panicst_restart_i2c equ 7 +panicst_acked equ 5 +panicst_ferroerr equ 4 +panicst_writeslave equ 3 +panicst_i2cmours equ 2 +panicst_i2cmenable equ 1 + +panic_valcount res 1 + +panic_vars_section udata 0x060 + maxpics ; not available via access bank +; used in panic routine for temporary storage: + +flash_pattern res 1 +morse_counter res 1 +register_counter res 1 +bit_counter res 1 + +panic_address res 1 ; condensed form of message start addr. +panic_morse res 1 ; # bytes of morse msg in panic readout +panic_regs res 1 ; # registers in panic readout + +t0l_count res 1 +t0h_count res 1 + +psave_latc res 1 +psave_t res 1 +psave_tablat res 1 +psave_tblptr res 3 +psave_fsr0 res 2 +psave_fsr1 res 2 +psave_prod res 2 +psave_stkptr res 1 + +stack_depth equ 31 +panic_stack res stack_depth*3 + +;**************************************************************************** + +pan_ code + +;**************************************************************************** + + +panic_routine @ +; switch off interrupts and power +; reconfigure timer0 for writing diagnostic msg to the LED + + mov_ff INTCON, psave_intcon + bc_f INTCON, GIEH ; disable all interrupts + + mov_ff BSR, psave_bsr + banksel flash_pattern + + mov_ff LATC, psave_latc + +; now we have time to save registers etc +; (turning off interrupts is urgent (we might get interrupted while +; panicing which would be bad because we might forget to panic). + + mov_wf panic_address + + mov_ff t, psave_t + mov_ff TABLAT, psave_tablat + mov_ff TBLPTRL, psave_tblptr + mov_ff TBLPTRH, psave_tblptr+1 + mov_ff TBLPTRU, psave_tblptr+2 + mov_ff FSR0L, psave_fsr0 + mov_ff FSR0H, psave_fsr0+1 + mov_ff FSR1L, psave_fsr1 + mov_ff FSR1H, psave_fsr1+1 + mov_ff PRODL, psave_prod + mov_ff PRODH, psave_prod+1 + mov_ff STKPTR, psave_stkptr + + mov_lfsr panic_stack + stack_depth*3 - 1, 0 + mov_lw stack_depth + mov_wf STKPTR +stacksave_loop + mov_ff TOSU, POSTDEC0 + mov_ff TOSH, POSTDEC0 + mov_ff TOSL, POSTDEC0 + dec_f_ifnz STKPTR + bra stacksave_loop + + clr_f STKPTR ; avoids stack overruns + clr_f panicst + + call panic_kill_hook + +; re-initialise timer0 config, etc. + call read_pic_no + bra_z panic_setup_if_master + ; must be slave: + +panic_setup_if_slave + movlw (1<=panic_morse + return ; return to panic + + tblrd *+ + mov_ff TABLAT,flash_pattern + rcall morse_readout + inc_f morse_counter + bra morse_loop + + +;-------------------------- +morse_readout + +; Flashes the per-pic led and black in a specified pattern. +; +; The pattern is specified as the state for 8 identically-long time +; periods each as long as a morse `dot', encoded into a byte with +; most significant bit first. +; On entry On exit +; W any undefined +; flash_pattern flash pattern preserved +; bit_counter any undefined + + mov_lw 9 + mov_wf bit_counter + rr_f flash_pattern + +morse_readout_loop + dec_f_ifz bit_counter ; done all the bits yet ? + return + ; No: + + rl_f flash_pattern ; top bit goes into N, + ;ie Negative if 1 + bra_n morse_readout_if_led_1 + +morse_readout_if_led_0 + call led_black + bra morse_readout_endif_led + +morse_readout_if_led_1 + call led_red + +morse_readout_endif_led + rcall waiting + bra morse_readout_loop + +;-------------------------- +;-------------------------- +registermsg + +register_msg_start + clr_f register_counter ; clear loop counter + +register_loop + mov_fw panic_regs + cmp_fw_ifge register_counter ; if loop counter >=panic_regs + return ; return to panic + + tblrd *+ + + mov_fw TABLAT ; TABLAT has the 8-bit version + mov_wf FSR0L ; of the address. So, 8 bits + ; go straight into FSR0L. + + mov_lw 0x0f ; For FSR0H, we see if the + mov_fw FSR0H ; address XX is >=0x60. + ; If it is then we meant 0xfXX; + mov_lw 0x5f ; if not then we meant 0x0XX. + cmp_fw_ifle FSR0L ; (This is just like PIC does + clr_f FSR0H ; for insns using Access Bank) + + mov_ff INDF0,flash_pattern + rcall register_readout + + inc_f register_counter ;increment loop counter + + rcall waiting8 + bra register_loop + +;-------------------------- + +register_readout + +; Flashes the per-pic led red(0) and green(1) in a specified pattern. +; (black gap between each bit) +; +; The pattern is specified as the state for 8 identically-long time +; periods each as long as a morse `dot', encoded into a byte with +; most significant bit first. +; On entry On exit +; W any undefined +; flash_pattern flash pattern preserved +; bit_counter any undefined + + clr_f bit_counter ; clear loop counter + rr_f flash_pattern + + +register_readout_loop + mov_lw 8 + cmp_fw_ifge bit_counter ; if loop counter >=8 (register + ; length), return + return + + mov_lw 4 + cmp_fw_ifne bit_counter ; if loop counter !=4 (nybble length), + ; skip insertion of extra black space + bra not_nybble_boundary + rcall waiting4 + +not_nybble_boundary + rl_f flash_pattern ; top bit goes into N flag, + ; ie Negative if 1 + bra_n register_readout_if_led_1 + +register_readout_if_led_0 + call led_red + bra register_readout_endif_led + +register_readout_if_led_1 + call led_green + +register_readout_endif_led + inc_f bit_counter ; increment loop counter + rcall waiting + call led_black + rcall waiting + bra register_readout_loop + + +;**************************************************************************** +; GENERAL SUBROUTINES + +;---------------------------------------- +waiting16 rcall waiting8 +waiting8 rcall waiting4 +waiting4 rcall waiting2 +waiting2 rcall waiting +waiting +; waits for a fixed interval, depending on the configuration of TMR0 + + bt_f_if1 idloc1,idloc1_master + pin_z p0_booster_userfault + + bc_f INTCON,2 ; clear timer0 interrupt bit (p109) +; Interrupt happens on overflow. So start at 65535-morse_t0cycles: + mov_fw t0h_count + mov_wf TMR0H ; p107 set high byte of timer0 (buffered, + ; only actually set when write to tmr0l occurs) + mov_fw t0l_count + mov_wf TMR0L ; set timer0 low byte - timer now set +waiting_loop ; wait for timer0 interrupt, or some other interrupt + bt_f_if1 INTCON,TMR0IF + return + + bt_f_if1 idloc1, idloc1_master + bra waiting_master + ; slave: + + bt_f_if0 SSPCON1, SSPEN + bra waiting_loop ; no readouts if i2c is disabled + ; slave, i2c enabled: + + bt_f_if1 PIR1, SSPIF + call pan_i2cs_interrupt + + bra waiting_loop + +;**************************************************************************** +; MEMORY READOUT - CRASH DUMP + +;---------------------------------------- +; MASTER'S PANIC SERIAL PORT HANDLING + +;-------------------- +waiting_master + bt_f_if1 PIR1,RCIF ; host sent us something ? + call panicd_serialrx + + bt_f_if0 SSPCON1, SSPEN + bra waiting_loop + ; master, i2c enabled: + + bt_f_if0 panicst, panicst_i2cmenable + bra waiting_loop + + bt_f_if1 PIR1, SSPIF + rcall pan_i2cm_interrupt + + bra waiting_loop + +;---------- +panicst_oerrferr + mov_fw RCREG + xor_lw 0x11 + bra_z panic_reset + xor_lw 0x10 ^ 0x11 + bra_nz panicd_serialrx_err_loop + ; yay! host ack'd ferr/oerr + bc_f panicst, panicst_ferroerr + return ; return from panicd_serialrx + +;---------- +panicd_serialrx_err + bs_f panicst, panicst_ferroerr + bc_f RCSTA, RCEN ; disable } to clear FERR/OERR + mov_fw RCREG ; read RCREG } (see PIC18FXX8 DS p182) + bs_f RCSTA, RCEN ; reenable } +panicd_serialrx_err_loop + bt_f_if0 PIR1, RCIF ; wait for a byte 0x10 to ack the overrun/error + bra panicd_serialrx_err_loop +;... +;---------- +panicd_serialrx + pin_nz p0_booster_userfault + bt_f_if1 RCSTA,FERR + bra panicd_serialrx_err + bt_f_if1 RCSTA,OERR + bra panicd_serialrx_err + bt_f_if1 panicst, panicst_ferroerr + bra panicst_oerrferr + + mov_fw RCREG + bra panicd_process_input_byte + +;---------------------------------------- +; CRASHREAD MASTER/SLAVE COMMON COMMAND BYTE HANDLING + +;---------- +pan_i2csu_write_data + call led_green +panicd_process_input_byte +; W instruction from host or master + tst_w_ifnz + bra write_ifnot_00 + ; we've received 0x00: + + mov_lfsr 0,1 + bs_f panicst, panicst_acked + return + +;---------- +write_ifnot_00 + bt_f_if0 panicst, panicst_acked ; well, ignore that ! + bra write_only_tellmode + ; OK, we have an instruction: + + bt_w_if1 7 ; huh? + bra write_if_setbytetowrite + bt_w_if1 6 + bra panic_crashread_setpointer + bt_f_if0 idloc1,idloc1_master + bra write_ifnot0_ifnotmaster + ; the next few options are for master only: + + bt_w_if1 5 + bra write_if_master_slaveselect + bt_w_if1 4 + bra write_if_master_masterread + bt_w_if0 3 + bra write_if_master_slaveread +;... +write_ifnot0_ifnotmaster + xor_lw 0x09 + bra_z panic_reset + xor_lw 0x09 +;... +write_only_tellmode + xor_lw 0x0a + bra_z panic_tellmode + ; nope, well, we ignore it + return + +;---------- +panic_crashread_setpointer +; W byte from master or host undefined +; FSR1* crashread pointer updated +; t, STATUS, PROD* any undefined +; all others any preserved + mov_wf t + mov_lw 1<<6 + mul_wf FSR1L + mov_ff PRODH, FSR1H + mov_fw t + and_lw 0x3f + ior_wfw PRODL + mov_wf FSR1L +panic_noop + return + +;======================================================================# +; SPECIAL COMMANDS 0x08..0x0f + +;---------- +panic_reset + reset + +;---------- +panic_tellmode + bt_f_if0 idloc1,idloc1_master + return + mov_lw 0x0b + bc_f panicst, panicst_acked + goto serial_write_char + +;====================================================================== +; MASTER READOUT AND MASTER READOUT OF SLAVES + +;---------- +write_if_setbytetowrite + bt_f_if0 idloc1,idloc1_master + return ; for master only + + bc_w 7 + mov_wf panic_valcount + bs_f panicst, panicst_writeslave + bs_f panicst, panicst_i2cmenable + return + +;---------- +write_if_master_slaveread + mov_wf panic_valcount + bc_f panicst, panicst_writeslave + return + +;---------- +write_if_master_slaveselect + bc_w 5 + btg_w 4 + bs_f panicst, panicst_i2cmours + bt_f_if1 panicst, panicst_writeslave + bra pan_i2cm_write_start + bra pan_i2cm_read_start + +;---------- +write_if_master_masterread + bc_w 4 + mov_wf panic_valcount +write_if_master_masterread_loop + mov_fw POSTINC1 + call serial_write_char + dec_f_ifnz panic_valcount + bra write_if_master_masterread_loop + return + +;---------- +pan_i2cmu_read_got_byte + bt_f_if0 panicst, panicst_i2cmours + return + call serial_write_char + dec_f_ifnz panic_valcount + bra pan_i2cm_read_another + return + +;---------- +pan_i2cmu_write_next_byte + mov_fw panic_valcount + bc_f STATUS, Z + bt_f_if0 panicst, panicst_i2cmours + retlw 0x00 + bt_f_if0 panicst, panicst_writeslave + bs_f STATUS, Z + bc_f panicst, panicst_writeslave + return + +;---------- +pan_i2cmu_done + mov_lw ' ' + goto serial_write_char + +;---------- +pan_i2cmu_slave_no_ack + i2cpanic morse_SP + +;====================================================================== +; SLAVE I2C + +pan_near_i2csu code +;---------- +pan_i2csu_write_begin + return + +;---------- +pan_i2csu_read_begin + mov_lw 0x80 ; M0000000 + bt_f_if0 panicst, panicst_acked + goto i2cs_read_data +;... +i2csu_read_panicd_ok + mov_fw POSTINC1 + goto i2cs_read_data + +;---------- +pan_i2csu_read_another + bt_f_if1 panicst, panicst_acked + bra i2csu_read_panicd_ok + ; not ok + mov_lw 0x0b ; AARGH + goto i2cs_read_data + +near_gots code +;---------- +got_aargh @ + panic morse_T + +command_crashed_section code 0x2100 +;---------- +command_crashed @ +panic_crashread_commanded @ + panic morse_E + +;*************************************************************************** + include final.inc diff --git a/detpic/panic.inc b/detpic/panic.inc new file mode 100644 index 0000000..361343f --- /dev/null +++ b/detpic/panic.inc @@ -0,0 +1,15 @@ +;--------------------------------------------------------------------------- +; macro is passed a message code morse_XY and panics displaying this message +; by flashing the perpic LED. After disabling interrupts and resetting +; the stack this will call panic_kill_hook (which should shut down any +; scary peripherals). + +panic macro message + movlw (message - morse_messages_start)/4 + goto panic_routine + endm + +;-------------------- +; Area filled in by morse-auto.asm (see morse-auto.asm-gen for details) +morse_messages_start equ 0x4000 +morse_messages_end equ 0x4400 diff --git a/detpic/pindata.inc b/detpic/pindata.inc new file mode 100644 index 0000000..b53ae9a --- /dev/null +++ b/detpic/pindata.inc @@ -0,0 +1,14 @@ +;====================================================================== + + radix dec + +picno2ptmap equ 0x6100 +bkptix2portnumbitnum equ 0x6000 +pic2detinfo equ 0x6040 +picno2revmasks equ 0x6080 + +maxpics_ln2 equ 5 +maxpics equ 1 << maxpics_ln2 + +maxpoints_ln2 equ 5 +maxpoints equ 1 << maxpoints_ln2 diff --git a/detpic/points.asm b/detpic/points.asm new file mode 100644 index 0000000..ac50cff --- /dev/null +++ b/detpic/points.asm @@ -0,0 +1,407 @@ +;====================================================================== +; POINTS + + include common.inc + +;====================================================================== +; VARIABLES, HARDWARE, ETC +; +; Timer 3 pointmsg pointslave cducharging +; +; S Idle Off undefined undefined undefined +; S Firing Counting up 100PPPPP undefined undefined +; M Idle Off 00000000 0000 0000 0x00 +; M Firing Counting up 100PPPPP 0000 0000 0x00 +; M Telling Off 100PPPPP 00SS Sss0 0x00 +; M Told Off 100PPPPP 0000 0000 0x00 +; M Charging Off 00000000 0000 0000 >0 +; +; notes: firing see ie, slave*2 Counts down +; timeout detect.asm in ticks +; +; cducharging only counts if the cdu is enabled +; (according to CDU Enable LAT bit) + +cdu_timeout equ 200 ; ms +cdu_inittimeout equ 750 ; ms + +ptix2latbit equ 0x300 ; has to be a multiple of 0x100 +ptix2latbit_section udata ptix2latbit + res maxpoints * 2 ; LAT* and bit + ; for unused point, 0x00 and 0x00 + + udata_acs +pointslave res 1 +pointmsg res 1 +cducharging res 1 + + udata 0x340 +slave2ptinfo res maxpics +slave2ptinfo_anypoints equ 0 + +;====================================================================== +; LOCAL POINTS +; on slave, or master's own + +;---------------------------------------------------------------------- +; LOCAL POINTS - ACTUALLY DOING + +near_local_do code +;---------------------------------------- +point_local_do @ +; On slave, called during i2c receive, ie High ISR +; On master, called during serial receive, ie Low ISR +; W fire point msg undefined + bt_f_if1 T3CON, TMR3ON + bra point_clash + + mov_wf pointmsg ; pointmsg = SS zz zz pp pp pp pp pp + + intrh_fsr0_save ; point_set_pin uses FSR0, see below + call point_set_pin + intrh_fsr0_restore + + clr_f TMR3L ; also copies TMR3H into actual timer register + bs_f T3CON, TMR3ON + return + +;---------- +point_clash + panic morse_PB + +points_section code +;---------------------------------------- +points_local_intrl @ + bt_f_if0 PIR2, TMR3IF + return + ; OK, it's us, and we're done changing a point: + + bt_f_if0 T3CON, TMR3ON + bra point_spurious_intr + + rcall point_set_pin + intrh_mask + bc_f T3CON, TMR3ON + bc_f PIR2, TMR3IF + intrh_unmask + + mov_lw b'00100000' + call message_for_master + intrl_handled_nostack + +;---------- +point_spurious_intr + panic morse_PI + +;---------- +point_set_pin +; Toggles the pin. The effect is: +; If we were idle, sets it H (to fire) unless pt0 in which case L +; If we were firing, sets it L (to stop) unless pt0 in which case H +; +; Called in various contexts, including both High and Low ISR. +; +; pointmsg point to start or stop firing preserved +; W,STATUS any undefined +; FSR0 any undefined +; all other any not interfered with +; + mov_lw ptix2latbit >> 8 + mov_wf FSR0H ; FSR0H -> table + rl_fw pointmsg ; W = point addr, Z iff pt0 + mov_wf FSR0L ; FSR0 -> &bit [Z still iff pt0] + mov_fw POSTDEC0 ; W = bit, FSR0 -> &LAT* + bra_z point_nonexistent + mov_ff INDF0, FSR0L ; W = bit, FSR0L -> LAT* + set_f FSR0H ; FSR0 -> LAT*, W = bit (still) + xor_wff INDF0 ; pin = !pin + return + +;---------- +point_nonexistent + panic morse_PU + +;---------------------------------------------------------------------- +; LOCAL POINTS - INITIALISATION + +;---------------------------------------- +points_local_init @ +; Initialises tables for points +; Clears TRIS* bits for all points and sets each pin to `not triggering' + + rcall point_timer_init + +; We do this in two stages. +; Firstly, we scan the bitmap for this pic, setting +; ptix2latbit to 0xff,0x00 for used points and 0x00,0x00 +; to unused ones. +; Secondly, we scan the bkptix2portnumbitnum, adjusting +; ptix2latbit to have actually correct data. +; Doing it like this avoids having to constantly recompute +; individual TBLPTR*'s. + + mov_lfsr ptix2latbit-1, 0 ; FSR0 -> this bit and LAT* + ; points just at last thing we've filled in + + load_perpic_tblptr picno2ptmap, maxpoints/8 + + mov_lw maxpoints/8 + mov_wf t ; t = byte counter +;... +points_init_byte_loop + mov_lw 8 ; W = bit counter + tblrd_postinc_fixup ; TABLAT = bitmap data being processed +;... +points_init_bit_loop + clr_f PREINC0 ; FSR0 -> LAT*[current] := 0 + rrc_f TABLAT + bt_f_if1 STATUS,C + set_f INDF0 ; FSR0 -still-> LAT*[current] := 0xff + + clr_f PREINC0 ; FSR0 -> bit[current] := 0 + + dec_w_ifnz + bra points_init_bit_loop + dec_f_ifnz t + bra points_init_byte_loop +;... end of loop: + +; We've scanned for points used on this board; +; now find the actual pins. + + mov_lw bkptix2portnumbitnum & 0xff + bt_f_if1 idloc1,idloc1_boarddet + add_lw maxpoints + mov_wf TBLPTRL + + mov_lw bkptix2portnumbitnum >> 8 + mov_wf TBLPTRH ; TBLPTR* -> point port/bit data + + set_f FSR2H ; FSR2 -> some SFR, will point to LAT/TRIS + mov_lfsr bitnum2bit+7, 1 ; FSR1 -> bitnum2bit+7 + mov_lfsr ptix2latbit-1, 0 ; FSR0 -> last bit (and previous LAT*) + + mov_lw maxpoints + mov_wf t ; t = loop counter +;... +points_init_portbit_loop + tblrd_postinc_fixup ; TABLAT = portnum4 || bitnum4 + + bt_f_if0 PREINC0,7 ; zero?, FSR0 -> LAT*[this] + bra points_init_portbit_endif_used +;... +points_init_portbit_if_used + mov_fw TABLAT + bra_n point_initing_bad_point + + ior_lw 0xf8 ; W -> bit value for bit + mov_wf FSR1L ; FSR1 -> bit value for bit + + swap_fw TABLAT ; W = bitnum4 || portnum4 + and_lw 0x0f ; W = portnum4 + add_lw LATA & 0xff ; W = LAT* + mov_wf POSTINC0 ; LAT*[this] := LAT, FSR0 -> bit[this] + mov_wf FSR2L ; FSR2 -> LAT* + + mov_fw INDF1 ; W = bit + mov_wf POSTDEC0 ; bit[this] = bit, FSR0 -> LAT*[this] + com_w ; W = ~bit + and_wff INDF2 ; LAT* &= ~bit, ie pin set to L (still Z) + pin_vh pall_pt0reverse ; but pt0 pin is backwards, set to H + ; (still Z, unless we've done this already) + mov_lw TRISA-LATA + add_wff FSR2L ; FSR2 -> TRIS* + com_fw INDF1 ; W = ~bit + and_wff INDF2 ; TRIS* &= ~bit, ie pin set to not Z + + set_f FSR1L ; FSR1 -> bitnum2bit+7, again +points_init_portbit_endif_used + ; so now we move on to the next one + mov_fw POSTINC0 ; FSR0 -> bit[this] + + dec_f_ifnz t + bra points_init_portbit_loop + + return + +;---------- +point_initing_bad_point + panic morse_PF + +;---------- +point_timer_init + bt_f_if1 idloc1,idloc1_master + bra point_timer_init_if_master + ; slave: + mov_lw (1< 1 0100 TTT O TTTTTTT + ; ie 1010 0SSS + ; OssT tttt + tst_f_ifnz pointmsg + bra command_point_busy + + tst_f_ifnz cducharging + bra command_point_cduempty + + swap_fw POSTINC0 ; W = 0SSS 1010 + and_lw 0x70 ; W = 0SSS 0000 + rr_w ; W = 00SS S000 + mov_wf pointslave ; pointslave = 00SS S000 + + mov_fw INDF0 ; W = OssT tttt N = O + bra_n command_point_badmsg + ; OK: ; W = 0ssT tttt + and_lw 0x1f ; W = 000T tttt + bs_w 7 ; W = 100T tttt + mov_wf pointmsg ; pointmsg = 100T tttt + + swap_fw INDF0 ; W = tttt 0ssT + and_lw 0x06 ; W = 0000 0ss0 + ior_wff pointslave ; pointslave = 00SS Sss0 + + rr_fw pointslave ; W = 000S SSss + bra_nz command_point_ifslave + + mov_fw pointmsg + goto point_local_do + +command_point_badmsg panic morse_PX +command_point_busy panic morse_PB +command_point_cduempty panic morse_PC + +;---------- +command_point_ifslave + mov_lfsr slave2ptinfo, 0 + add_wff FSR0L + bt_f_if1 INDF0, slave2ptinfo_anypoints + goto i2c_needwrite + ; oops: + panic morse_PS + +;---------- +points_needwrite @ + rr_fw pointslave ; W = 000S SSss + bt_f_if1 STATUS, Z ; nothing ? + return + ; we need to write something: +;... +;---------- +point_needwrite_yes + pop + goto i2c_needwrite + +;---------- +points_getwritebyte @ + rr_fw pointslave + xor_wfw cwslave + bt_f_if0 STATUS, Z ; right slave ? + return + ; yes: + clr_f pointslave ; we're writing now, excellent + mov_fw pointmsg + goto i2c_getwritebyte_yes + +;====================================================================== +; CDU + +;-------------------- +cdu_init @ + clr_f pointslave + clr_f pointmsg +;... +;----- +cdu_off @ +cdu_panichook @ + pin_l p0_cdu_enable + mov_lw (cdu_inittimeout * 1000) / tickdiv_us + 1 + mov_wf cducharging + return + +;----- +cdu_discharged + mov_lw (cdu_timeout * 1000) / tickdiv_us + 1 + mov_wf cducharging + return + +;-------------------- +cdu_on @ + pin_h p0_cdu_enable + return + +;-------------------- +cdu_tickdiv @ + pinlat_ifl p0_cdu_enable + return + + tst_f_ifnz cducharging + dec_f_ifnz cducharging ; so, decrement only if it was nonzero + return ; return if we either didn't decrement, + ; or didn't reach zero + + ; cducharging is already zero, from above + mov_lw b'00101000' ; CHARGED + goto serial_addbyte + +near_gots code +;-------------------- +got_pointed @ + tst_f_ifnz cducharging + bra pointed_already_charging + + bt_f_if0 pointmsg, 7 + bra pointed_butnot_firing + + clr_f pointmsg + call cdu_discharged + mov_lw b'00100000' ; POINTED + goto serial_addbyte + +pointed_butnot_firing panic morse_PA +pointed_already_charging panic morse_PQ + +;====================================================================== + include final.inc diff --git a/detpic/program.asm b/detpic/program.asm new file mode 100644 index 0000000..2a87efe --- /dev/null +++ b/detpic/program.asm @@ -0,0 +1,236 @@ +;====================================================================== +; MAIN PROGRAM AND GLUE + + include common.inc + code + +;====================================================================== +; COMMON TO MASTER AND SLAVE + +;---------------------------------------- +vector_reset @ + clr_f INTCON + bs_f RCON, IPEN ; interrupt priorities + + call idlocs_init + + bt_f_if0 idloc1,idloc1_master + call slave_init + + bt_f_if1 idloc1,idloc1_master + call master_init + + bs_f INTCON, GIEH + bs_f INTCON, GIEL + + bt_f_if1 idloc1,idloc1_master + goto backgroundloop_master + bt_f_if1 idloc1,idloc1_boarddet + goto backgroundloop_detectors + goto backgroundloop_reversers + +;---------- +common_local_init +; called by {master,slave}_init immediately after they've init'd i2c. + clr_f PCLATU + call bitnum2bit_init + + call points_local_init + call polarity_local_init + call detect_local_init + return + +;---------------------------------------- +panic_kill_hook @ + call power_panichook + call cdu_panichook + return + +;---------- +intrl_handled_routine @ + mov_ff isr_low_save_stkptr, STKPTR + intrl_handled_core + +;====================================================================== +; MASTER + +;---------------------------------------- +master_init +; Master-specific initialisation. + call memory_erase + clr_f flags + call serial_init + call i2cm_init + call serialtxbuf_init + call polarity_master_init + call points_master_init + call common_local_init + call nmra_init + call serialtxfc_init + call mascan_init + call tick_init + call cdu_init + call power_polarising_init + call power_fault_init + call watchdog_init + call i2c_consider_restartread ; sends hello when all slaves ack'd + return + +;---------------------------------------- +master_interrupt_low @ + enter_interrupt_low + Dl 0x80 + Df INTCON + Df INTCON2 + Df INTCON3 + Df PIR1 + Df PIR2 + Dl 0x8d + call tick_intrl + call nmra_serialrx_intrl + call power_fault_intrl + call serialtxfc_intrl + call serialtx_intrl + call points_local_intrl + call i2cm_intrl + Dl 0x8e + Df INTCON + Df INTCON2 + Df INTCON3 + Df PIR1 + Df PIR2 + Dl 0x8f + panic morse_IL + +;---------------------------------------------------------------------- +serialrx_table_section code 0x2000 + +;-------------------- +command_tellmode + mov_lw 0x09 + goto serial_addbyte + +;-------------------- +serialrx_generalmsg @ +;command_ has same calling convention: +; +; FSR0 -> start of message undefined +; *FSR0 message undefined +; + mov_fw INDF0 + bra_n serialrx_if_multibyte + bra_z command_crashed + + xor_lw 0x11 + bra_z command_power_on + xor_lw 0x10 ^ 0x11 + bra_z command_power_off + xor_lw 0x0a ^ 0x10 + bra_z command_tellmode + bra serialrx_bad + +;----- +serialrx_if_multibyte + rr_fw INDF0 ; W = ii MM ww ww ww ww ii ii + and_lw 0x3c ; W = zz zz ww ww ww ww zz zz + bt_f_if0 PCL, 0 ; always true, but reads PCL + add_wff PCL + ; <--- here is zero + + goto serialrx_bad ; 1 0000 xxx + goto command_ping ; 1 0001 xxx + goto command_polarity ; 1 0010 xxx + goto command_watchdog ; 1 0011 xxx + goto command_point ; 1 0100 xxx + goto serialrx_bad ; 1 0101 xxx + goto serialrx_bad ; 1 0110 xxx + goto serialrx_bad ; 1 0111 xxx + goto serialrx_bad ; 1 1000 xxx + goto serialrx_bad ; 1 1001 xxx + goto serialrx_bad ; 1 1010 xxx + goto serialrx_bad ; 1 1011 xxx + goto serialrx_bad ; 1 1100 xxx + goto serialrx_bad ; 1 1101 xxx + goto serialrx_bad ; 1 1110 xxx + goto serialrx_bad ; 1 1111 xxx + +;----- +serialrx_bad + mov_ff INDF0, t + panic morse_HX + +code2 code +;-------------------- +command_ping + mov_fw POSTINC0 + mov_ff INDF0, t + call serial_addbyte + mov_fw t + bra_n command_ping_bad + goto serial_addbyte_another + +command_ping_bad panic morse_HP + +;====================================================================== +; SLAVE + +;---------------------------------------- +slave_init +; Slave-specific initialisation. + clr_f flags + + mov_fw picno + call i2cs_init + + bc_f T0CON, TMR0ON + + call common_local_init + call detect_slave_init + return + +;---------------------------------------- +slave_interrupt_low @ + enter_interrupt_low + call points_local_intrl + panic morse_IL + +;---------------------------------------- +i2csu_write_begin + return + +near_local_do code +;---------------------------------------- +i2csu_write_data + call led_green + + bt_w_if0 7 + bra i2csu_write_if_special + bt_w_if1 6 + bra polarity_local_do + bt_w_if0 5 + bra point_local_do +i2csu_write_if_bad + mov_wf t + panic morse_DX + +i2csu_write_if_special + tst_w_ifnz + bra i2csu_write_if_bad + goto panic_crashread_commanded + +code3 code +;====================================================================== +; MASTER/SLAVE deviations + +;---------- +message_for_master @ +; Either transmits the message to the master, or if we are the master, +; handles it as an incoming message from the notional `slave 0'. +; W message unchanged +; GIEH set set + bt_f_if0 idloc1,idloc1_master + goto slave_add_short_message + goto loopback_read_byte + +;====================================================================== + include final.inc diff --git a/detpic/program.clocks b/detpic/program.clocks new file mode 100644 index 0000000..8584d2e --- /dev/null +++ b/detpic/program.clocks @@ -0,0 +1,17 @@ +# Each line is: +# M|S|MS how interval +# where how is one of +# T1ov T3ov +# set T[13]CON to | _{master,slave}_t[13]scale +# load TMR[13][HL] with _{master,slave}_t[13]init[hl] +# or to put it another way, TMR[13] with +# 65535 - _{master,slave}_t[13]cycles +# then time to overflow will be specified time + +points MS T3ov 10ms +tick MST T2period 1ms +nmra M T0ov8 58us-10cy + +; we do morse at 18wpm according to the PARIS standard +; (ie a unit time of 66ms) using timer0 (DS p108) +morse MS T0ov16 66ms diff --git a/detpic/reverse.asm b/detpic/reverse.asm new file mode 100644 index 0000000..725edfc --- /dev/null +++ b/detpic/reverse.asm @@ -0,0 +1,274 @@ +;====================================================================== +; REVERSERS + + include common.inc + +;---------------------------------------- +; LOCAL REVERSERS - Variables + + udata_acs +maska res 1 +maske res 1 + +;---------------------------------------- +; MASTER - Access bank variables and other sections + +polarity_cmds equ 0x5f +polarity_cmds_section udata polarity_cmds + res maxpics + ; Each byte is: + ; 11RRRRRR reverse command for slave, waiting to write + ; 00000001 this is not a reversers board + ; 00000000 we have written any relevant command + ; 01000000 sentinel + +;====================================================================== +; LOCAL REVERSERS +; on slave, or master's own + +near_local_do code +;---------- +polarity_local_do @ +; On slave, called during i2c receive, ie High ISR +; On master, called during serial receive, ie Low ISR +; See common.inc ! +; +; W here polarity msg (see below) undefined +; STATUS any undefined +; t_dolocal any undefined +; maska,maske set up correctly preserved +; LATA,LATE any modified appropriately +; all others any preserved +; +; on entry: ; W = PP PP v3 v0 v2 v1 v5 v4 +; +; where PP bits are those specifying that this is a polarity message +; v is the reversal bits for point +; + mov_wf t_dolocal ; t = PP PP v3 v0 v2 v1 v5 v4 + + mov_fw LATE ; W = kk kk kk kk kk kk o5 o4 + xor_wfw t_dolocal ; W = ?? ?? ?? ?? ?? ?? d5 d4 + and_wfw maske ; W = zz zz zz zz zz zz d5 d4 + xor_wff LATE ; LATE = kk kk kk kk kk kk v5 v4 + + bc_f t_dolocal, 1 ; t = SS SS v3 v0 v2 v1 zz v4 + bt_f_if1 t_dolocal, 4 ; t : .. .. .. v0 .. .. .. .. + bs_f t_dolocal, 1 ; t = SS SS v3 v0 v2 v1 v0 v4 + + mov_fw LATA ; W = kk kk o3 kk o2 o1 o0 kk + xor_wfw t_dolocal ; W = ?? ?? d3 ?? d2 d1 d0 ?? + and_wfw maska ; W = zz zz d3 zz d2 d1 d0 zz + xor_wff LATA ; LATA = kk kk v3 kk v2 v1 v0 kk + + ; where kk is a bit we must keep + ; o is old reverse bit + ; d is old (+) new + ; v is new reverse bit + return + + code +;---------- +polarity_local_init @ + load_perpic_tblptr picno2revmasks, 2 + + tblrd_postinc_fixup + mov_fw TABLAT + mov_wf maska + + tblrd_postinc_fixup + mov_fw TABLAT + mov_wf maske + + clr_w + call polarity_local_do + + com_fw maska + and_wff TRISA + + com_fw maske + and_wff TRISE + + return + +;====================================================================== +; MASTER + +;---------- +command_polarity @ +; message format +; SS zz zz SS ZZ 2f 2e 2d g is board 2 +; MM 0f 0e 0d 0c 0b 0a 2c board 0 +; MM 1f 1e 1d 1c 1b 1a 2b board 1 +; MM 3f 3e 3d 3c 3b 3a 2a g, board 2, complete, also 3 +; MM 4f 4e 4d 4c 4b 4a 9f g is board 9 +; MM 5f 5e 5d 5c 5b 5a 9e +; MM 6f 6e 6d 6c 6b 6a 9d +; MM 7f 7e 7d 7c 7b 7a 9c +; MM 8f 8e 8d 8c 8b 8a 9b +; MM af ae ad ac ab aa 9a +; etc. +; where +; SS bit set +; zz bit zero +; other things are where +; is a for LSb in message to PIC, b for next bit, +; and so on until f for bit 5. (See polarity_do_here, below.) +; +; we accumulate (`gather') the `g' bits in t. + mov_lfsr polarity_cmds, 1 + mov_fw POSTINC0 ; W = 10010RRR + mov_wf t ; t = 10010ggg + xor_lw b'10001000' ; t = 00011ggg +loop ; Exit from this loop is done by board popping, doing some + ; final stuff, and returning. See board_next_none, below. + rrc_fw INDF0 ; W = ?Mhhhhhh C = g + rlc_f t ; t = 0*11g+ C = ? + bra_nn if_not_gathered + ; ; t = 11gggggg + mov_fw t + rcall board + mov_lw b'000000011' ; W = 00000011 + mov_wf t ; t = 00000011 +if_not_gathered ; *INDF0 = Mhhhhhhg + rr_fw INDF0 ; W = gMhhhhhh + ior_lw b'011000000' ; W = 11hhhhhh + rcall board + bt_f_if1 POSTINC0,7 ; *POSTINC0 : M....... + bra loop + ; otherwise: + panic morse_RS + +;---------- +board + mov_wf INDF1 ; *(this pic) = 11RRRRRR + ; FSR1 -> pic we've just filled +;... +board_next_loop + dec_fw PREINC1 ; FSR1 -> pic after one we're testing + ; W = 1??????? existing reverse command + ; 00000000 not a reversers pic + ; 11111111 no existing command + ; 00111111 sentinel + bra_z board_next_loop ; not a reversers pic + bra_nn board_next_none ; sentinel + return + +;---------- +board_next_none + bt_f_if1 INDF0,7 ; *INDFO : M....... + bra board_next_none_more_message +;... +; now we're exiting from the loop in when_reverse_message_found + pop ; that disposes of the call to `board' + + call power_polarising_begin + + mov_fw polarity_cmds ; there's always a board 0, us + call polarity_local_do + clr_f polarity_cmds ; we've done ours (this is for form's sake) + rcall polarity_needwrite ; does `return' because it will find one + return ; ... or maybe not if only 1 rev board + ; so do not optimise away rcall/return combination ! + +;---------- +board_next_none_more_message + panic morse_RL + +;---------------------------------------------------------------------- +polarity_master_init @ + + load_tblptr picno2revmasks + mov_lfsr polarity_cmds - 1, 0 + mov_lw maxpics + mov_wf t + mov_lw 0x01 ; meaning `not a reversers board' +polarity_master_init_boardloop + mov_wf PREINC0 + rcall polarity_master_init_board_mask_check + rcall polarity_master_init_board_mask_check + dec_f_ifnz t + bra polarity_master_init_boardloop + + bt_f_if1 polarity_cmds, 0 + bra polarity_bad_masternotused + + ; OK, but now we have to work our way back and place + ; the sentinel + mov_lw 0x40 ; meaning `sentinel' + bt_f_if0 INDF0, 0 + bra polarity_bad_lastpicused +polarity_master_init_truncateloop + mov_wf POSTDEC0 ; overwrite with sentinel + tst_f_ifnz INDF0 ; previous one is also `not reversers board' ? + bra polarity_master_init_truncateloop ; yes + ; no. hah, we have truncated it. + + return + +polarity_master_init_board_mask_check +; W preserved +; FSR0 unchanged +; INDF0 maybe set to `reversers board but no command' +; TBLPTR* used and advanced +; TABLAT trashed +; STATUS trashed +; everything else preserved + tblrd_postinc_fixup + tst_f_ifnz TABLAT + clr_f INDF0 ; meaning `reversers board but no command to send' + return + +polarity_bad_masternotused panic morse_RF +polarity_bad_lastpicused panic morse_RG + +;---------------------------------------------------------------------- +polarity_needwrite @ +; needwrite_ will see if we need to talk to a slave +; if not it will simply return +; if we _do_, it will put the slave no. in W, and then pop +; and branch to i2c_needwrite. See mascan.asm. +; nb register usage may need to be adjusted for wiring into mascan i2cm_... + mov_lfsr polarity_cmds, 0 +polarity_needwrite_loop + rlc_fw PREINC0 ; W = 1RRRRRR? C=1 reverse command + ; W = 0000001? C=0 not a reversers pic + ; W = 0000000? C=0 no existing command + ; W = 1000000? C=0 sentinel + bra_nn polarity_needwrite_loop + bt_f_if1 STATUS, C + bra polarity_needwrite_found + ; we found the sentinel: + + goto power_polarising_nonetodo + +polarity_needwrite_found + mov_fw FSR0L + add_lw -polarity_cmds + pop + goto i2c_needwrite + +near_getwritebyteyes code +;---------------------------------------------------------------------- +polarity_getwritebyte @ +; getwritebyte_ finds a byte to write to a particular +; slave. If we have something to write, puts the byte in W +; and does `goto getwritebyte_yes'. Otherwise simply returns. +; +; on entry return, `no' branch-away, `yes' +; cwslave slave number preserved preserved +; W undefined trashed byte for slave +; + mov_lfsr polarity_cmds, 0 + mov_fw cwslave + add_wff FSR0L + bt_f_if0 INDF0, 7 + return + ; yes, we have something: + + mov_fw INDF0 + clr_f INDF0 ; we're about to write this + bra i2c_getwritebyte_yes + +;====================================================================== + include final.inc diff --git a/detpic/routines-led.asm b/detpic/routines-led.asm new file mode 100644 index 0000000..1586cab --- /dev/null +++ b/detpic/routines-led.asm @@ -0,0 +1,35 @@ +;********************************************************************** +; routines-led +; subroutines for controlling the per-pic LED (pin 21, DS100) + + include common.inc + + code + +;---------------------------------------- +led_red @ +; makes the LED be red (or orange), no matter its previous state +; no RAM locations used or modified +; W is unchanged + bcf LATD, 2, 0 ; output low + bcf TRISD, 2, 0 ; output enabled + return + +;---------------------------------------- +led_green @ +; makes the LED be green (or blue), no matter its previous state +; no RAM locations used or modified +; W is unchanged + bsf LATD, 2, 0 ; output high + bcf TRISD, 2, 0 ; output enabled + return + +;---------------------------------------- +led_black @ +; makes the LED be black (off), no matter its previous state +; no RAM locations used or modified +; W is unchanged + bsf TRISD, 2, 0 ; disable flasher output + return + + include final.inc diff --git a/detpic/serout.asm b/detpic/serout.asm new file mode 100644 index 0000000..16e545f --- /dev/null +++ b/detpic/serout.asm @@ -0,0 +1,154 @@ +;====================================================================== +; SERIAL PORT - TRANSMISSION TO HOST + + include common.inc + code + +;====================================================================== +; QUEUEING MESSAGES FOR TRANSMISSION + +;---------- +addbyte_toomany panic morse_HB + +;---------------------------------------- +serial_addbyte @ +; W byte to xmit to host trashed +; FSR0 any set for serial_addbyte_another +; outbuf, outmsg_* buffer not full adjusted appropriately +; STATUS any trashed +; all others any not interfered with +; + mov_lfsr outbuf, 0 + mov_ff outmsg_end, FSR0L +;... +;---------------------------------------- +serial_addbyte_another @ +; W byte to xmit to host trashed +; FSR0 from _addbyte[_another] updated for ..._another again +; outbuf, outmsg_* buffer not full adjusted appropriately +; STATUS any trashed +; all others any not interfered with +; + mov_wf POSTINC0 + bc_f FSR0L, 7 + mov_fw FSR0L + mov_wf outmsg_end + xor_wfw outmsg_begin + bra_z addbyte_toomany + ; no, we're ok: + + bt_f_if1 PIE1, TXIE + return ; don't bother messing about if tx is already enabled + +; we fall through to portb_read to reenable TXIE if appropriate +;... +;====================================================================== +; FLOW CONTROL BY HOST OF OUR TRANSMISSIONS + +;... +;---------------------------------------- +portb_read @ +; +; W undefined value from PORTB +; TXIE any enabled iff host allows us to xmit +; +; Note that this will reenable TXIE even if the serial buffer is empty, +; every time portb_read is called. This doesn't matter very much +; because the serialtx_intrl routine will disable it again straight +; away. +; + mov_fw PORTB + bc_f INTCON, RBIF + + bt_w_if1 p0_rs232_fcin >> 4 + bra txfc_disable + ; tx enable: + + call led_green ; we're transmitting + bs_f PIE1, TXIE + return + +;---------- +txfc_disable + bc_f PIE1, TXIE + goto led_red ; flow control forces us not to transmit + +;---------------------------------------------------------------------- +serialtxfc_intrl @ + bt_f_if0 INTCON, RBIF + return + ; yes, it's us: + + rcall portb_read ; check flow control + intrl_handled_nostack + +;---------------------------------------------------------------------- +serialtxfc_init @ + bc_f INTCON2, RBIP + bs_f INTCON, RBIE + rcall portb_read + pin_l p0_rs232_fcout ; set outgoing RTS/CTS active + return + +;====================================================================== +; ACTUAL TRANSMISSION + +;---------------------------------------------------------------------- +serialtx_intrl @ + ; are we ready to transmit ? + bt_f_if0 PIR1, TXIF + return + bt_f_if0 PIE1, TXIE + return + ; yes, it's us: + + mov_lfsr outbuf, 0 + mov_fw outmsg_begin + mov_wf FSR0L + xor_wfw outmsg_end + bra_z tx_bufempty + + mov_fw INDF0 + mov_wf TXREG + bra_n tx_justsent_noacknmra + ; we've just sent the last byte of some message: + ; maybe we push an NMRADONE message on the front + mov_fw acknmra + bra_nz tx_acknmra_insert +tx_justsent_noacknmra + inc_f outmsg_begin + bc_f outmsg_begin, outbuf_szln2 + call i2c_consider_restartread +tx_alliswell + intrl_handled_nostack + +;---------- +tx_acknmra_insert + sub_wff acknmra ; we're acking these now + mov_wf INDF0 ; write it over the message we just sent + bra tx_alliswell + +;---------- +tx_acknmra_send + sub_wff acknmra ; we're acking these now + mov_wf TXREG + bra tx_alliswell + +;---------- +tx_bufempty + ; maybe we send an NMRADONE + mov_fw acknmra + bra_nz tx_acknmra_send + ; nothing at all to do: + bc_f PIE1, TXIE + call led_black ; we're not transmitting + intrl_handled_nostack + +;---------------------------------------------------------------------- +serialtxbuf_init @ + clr_f outmsg_end + clr_f outmsg_begin + return + +;====================================================================== + include final.inc diff --git a/detpic/tick.asm b/detpic/tick.asm new file mode 100644 index 0000000..07d697b --- /dev/null +++ b/detpic/tick.asm @@ -0,0 +1,59 @@ +;====================================================================== +; TICK - REGULAR 10MS TIMER INTERRUPT +; +; after tick_init, and after interrupts enabled, +; we call _tick every 1ms and _tickdiv every ms. + + include common.inc + + udata_acs +tickdiv_count res 1 + + code +;---------------------------------------- +tick_init @ +; Timer 2 any used for tick + mov_lw tick_master_t2scale ; disable (in case already running) + mov_wf T2CON + mov_lw tick_master_t2cycles + mov_wf PR2 + bc_f PIR1, TMR2IF ; clear any previous interrupt + bc_f IPR1, TMR2IP ; low priority + bs_f PIE1, TMR2IE ; enable interrupts + bs_f T2CON, TMR2ON ; enable timer + mov_lw tickdiv + mov_wf tickdiv_count + return + +;---------------------------------------- +tick_intrl @ + bt_f_if0 PIR1, TMR2IF + return + ; we have an interrupt + + bc_f PIR1, TMR2IF + + ; add calls to _tick here: + call power_fault_tick + call power_polarising_tick + ; end of list of calls to _tick + + dec_f_ifz tickdiv_count + bra tickdiv_do + + intrl_handled_nostack + +;---------------------------------------- +tickdiv_do + ; add calls to _tickdiv here: + call power_fault_tickdiv + call watchdog_tickdiv + call cdu_tickdiv + ; end of list of calls to _tickdiv + + mov_lw tickdiv + mov_wf tickdiv_count + intrl_handled_nostack + +;---------------------------------------------------------------------- + include final.inc diff --git a/detpic/variables.asm b/detpic/variables.asm new file mode 100644 index 0000000..2126a57 --- /dev/null +++ b/detpic/variables.asm @@ -0,0 +1,72 @@ +;====================================================================== + + include pindata.inc + + udata_acs +picno res 1 ; from first idlocs byte + +idloc1 res 1 ; from 2nd idlocs byte; bit 7 is master: +idloc1_master equ 7 +idloc1_boarddet equ 6 + +acknmra res 1 ; must tell host about NMRA buffer state +flags res 1 ; miscellaneous state flags +flags_polarising equ 6 + +t res 1 ; general temporary +u res 1 ; general temporary (another) +v res 1 ; general temporary (another) +t_dolocal res 1 ; temporary for _local_do +outmsg_end res 1 ; first empty byte in outbuf +outmsg_begin res 1 ; first full byte in outbuf + +isr_low_save_w res 1 ; see {enter,return}_interrupt_low +isr_low_save_status res 1 ; in common.inc +isr_low_save_stkptr res 1 ; + +isr_high_save_fsr0 res 2 ; for isrh_fsr0_{save,restore} + +xdebug res 8 + +cwslave res 1 ; slave we're currently actually writing to + ; undefined except in _needwrite + +;---------------------------------------------------------------------- +; NON-ACCESS-BANK SECTIONS (TABLES) + +outbuf_section udata 0x200 +outbuf_szln2 equ 7 +outbuf_size equ (1< + +Search Results + + + + + + + + + + + + + + + + + +
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 1  + + + + 336890 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 9M1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 9.1MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 9M1 1%
 2  + + + + 336658 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 910K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 910kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 910K 1%
 3  + + + + 336415 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 91K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 91kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 91K 1%
 4  + + + + 336178 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 9K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 9.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 9K1 1%
 5  + + + + 336166 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 8K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 8.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 8K2 1%
 6  + + + + 335939 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 910R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 910R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 910R 1%
 7  + + + + 335680 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 91R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 91R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 91R 1%
 8  + + + + 335447 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 9R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 9.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 9R1 1%
 9  + + + + 3234812 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 976K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 976kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 976K 1%
 10  + + + + 3234800 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 953K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 953kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 953K 1%
 11  + + + + 3234794 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 931K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 931kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 931K 1%
 12  + + + + 3234782 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 909K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 909kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 909K 1%
 13  + + + + 3234770 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 887K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 887kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 887K 1%
 14  + + + + 3234769 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 866K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 866kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 866K 1%
 15  + + + + 3233911 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 97K6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 97.6kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 97K6 1%
 16  + + + + 3233900 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 95K3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 95.3kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 95K3 1%
 17  + + + + 3233893 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 93K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 93.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 93K1 1%
 18  + + + + 3233881 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 90K9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 90.9kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 90K9 1%
 19  + + + + 3233870 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 88K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 88.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 88K7 1%
 20  + + + + 3233868 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 86K6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 86.6kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 86K6 1%
 21  + + + + 3233017 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 9K76; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 9.76kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 9K76 1%
 22  + + + + 3233005 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 9K53; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 9.53kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 9K53 1%
 23  + + + + 3232992 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 9K31; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 9.31kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 9K31 1%
 24  + + + + 3232980 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 9K09; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 9.09kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 9K09 1%
 25  + + + + 3232979 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 8K87; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 8.87kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 8K87 1%
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 226  + + + + 3234599 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 562K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 562kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 562K 1%
 227  + + + + 3234587 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 549K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 549kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 549K 1%
 228  + + + + 3234575 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 536K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 536kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 536K 1%
 229  + + + + 3234563 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 523K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 523kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 523K 1%
 230  + + + + 3234551 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 511K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 511kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 511K 1%
 231  + + + + 3234540 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 499K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 499kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 499K 1%
 232  + + + + 3234538 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 487K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 487kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 487K 1%
 233  + + + + 3234526 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 475K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 475kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 475K 1%
 234  + + + + 3234514 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 464K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 464kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 464K 1%
 235  + + + + 3234502 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 453K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 453kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 453K 1%
 236  + + + + 3234496 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 442K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 442kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 442K 1%
 237  + + + + 3234484 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 432K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 432kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 432K 1%
 238  + + + + 3234472 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 422K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 422kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 422K 1%
 239  + + + + 3234460 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 412K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 412kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 412K 1%
 240  + + + + 3234459 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 402K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 402kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 402K 1%
 241  + + + + 3234447 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 392K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 392kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 392K 1%
 242  + + + + 3234435 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 383K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 383kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 383K 1%
 243  + + + + 3234423 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 374K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 374kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 374K 1%
 244  + + + + 3234411 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 365K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 365kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 365K 1%
 245  + + + + 3234400 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 357K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 357kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 357K 1%
 246  + + + + 3234393 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 348K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 348kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 348K 1%
 247  + + + + 3234381 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 340K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 340kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 340K 1%
 248  + + + + 3234370 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 332K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 332kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 332K 1%
 249  + + + + 3234368 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 324K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 324kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 324K 1%
 250  + + + + 3234356 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 316K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 316kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 316K 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

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Number of search results: 690
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 251  + + + + 3234344 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 309K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 309kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 309K 1%
 252  + + + + 3234332 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 301K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 301kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 301K 1%
 253  + + + + 3234320 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 294K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 294kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 294K 1%
 254  + + + + 3234319 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 287K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 287kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 287K 1%
 255  + + + + 3234307 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 280K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 280kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 280K 1%
 256  + + + + 3234290 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 274K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 274kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 274K 1%
 257  + + + + 3234289 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 267K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 267kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 267K 1%
 258  + + + + 3234277 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 261K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 261kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 261K 1%
 259  + + + + 3234265 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 255K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 255kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 255K 1%
 260  + + + + 3234253 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 249K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 249kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 249K 1%
 261  + + + + 3234241 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 243K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 243kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 243K 1%
 262  + + + + 3234230 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 237K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 237kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 237K 1%
 263  + + + + 3234228 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 232K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 232kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 232K 1%
 264  + + + + 3234216 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 226K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 226kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 226K 1%
 265  + + + + 3234204 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 221K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 221kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 221K 1%
 266  + + + + 3234198 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 215K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 215kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 215K 1%
 267  + + + + 3234186 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 210K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 210kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 210K 1%
 268  + + + + 3234174 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 205K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 205kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 205K 1%
 269  + + + + 3234162 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 196K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 196kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 196K 1%
 270  + + + + 3234150 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 191K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 191kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 191K 1%
 271  + + + + 3234149 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 187K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 187kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 187K 1%
 272  + + + + 3234137 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 182K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 182kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 182K 1%
 273  + + + + 3234125 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 178K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 178kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 178K 1%
 274  + + + + 3234113 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 174K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 174kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 174K 1%
 275  + + + + 3234101 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 169K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 169kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 169K 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

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Number of search results: 690
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 276  + + + + 3234095 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 165K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 165kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 165K 1%
 277  + + + + 3234083 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 162K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 162kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 162K 1%
 278  + + + + 3234071 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 158K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 158kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 158K 1%
 279  + + + + 3234060 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 154K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 154kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 154K 1%
 280  + + + + 3234058 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 147K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 147kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 147K 1%
 281  + + + + 3234046 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 143K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 143kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 143K 1%
 282  + + + + 3234034 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 140K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 140kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 140K 1%
 283  + + + + 3234022 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 137K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 137kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 137K 1%
 284  + + + + 3234010 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 133K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 133kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 133K 1%
 285  + + + + 3234009 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 127K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 127kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 127K 1%
 286  + + + + 3233996 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 124K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 124kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 124K 1%
 287  + + + + 3233984 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 121K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 121kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 121K 1%
 288  + + + + 3233972 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 118K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 118kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 118K 1%
 289  + + + + 3233960 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 115K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 115kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 115K 1%
 290  + + + + 3233959 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 113K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 113kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 113K 1%
 291  + + + + 3233947 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 107K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 107kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 107K 1%
 292  + + + + 3233935 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 105K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 105kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 105K 1%
 293  + + + + 3233923 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 102K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 102kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 102K 1%
 294  + + + + 3233856 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 84K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 84.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 84K5 1%
 295  + + + + 3233844 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 82K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 82.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 82K5 1%
 296  + + + + 3233832 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 80K6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 80.6kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 80K6 1%
 297  + + + + 3233820 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 78K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 78.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 78K7 1%
 298  + + + + 3233819 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 76K8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 76.8kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 76K8 1%
 299  + + + + 3233807 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 73K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 73.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 73K2 1%
 300  + + + + 3233790 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 71K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 71.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 71K5 1%
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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    +Manufacturer Part Number + +         
 301  + + + + 3233789 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 69K8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 69.8kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 69K8 1%
 302  + + + + 3233777 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 68K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 68.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 68K1 1%
 303  + + + + 3233765 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 66K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 66.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 66K5 1%
 304  + + + + 3233753 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 64K9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 64.9kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 64K9 1%
 305  + + + + 3233741 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 63K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 63.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 63K4 1%
 306  + + + + 3233730 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 61K9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 61.9kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 61K9 1%
 307  + + + + 3233728 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 60K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 60.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 60K4 1%
 308  + + + + 3233716 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 59K0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 59kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 59K0 1%
 309  + + + + 3233704 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 57K6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 57.6kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 57K6 1%
 310  + + + + 3233698 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 56K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 56.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 56K2 1%
 311  + + + + 3233686 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 54K9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 54.9kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 54K9 1%
 312  + + + + 3233674 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 53K6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 53.6kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 53K6 1%
 313  + + + + 3233662 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 52K3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 52.3kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 52K3 1%
 314  + + + + 3233650 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 51K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 51.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 51K1 1%
 315  + + + + 3233649 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 49K9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 49.9kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 49K9 1%
 316  + + + + 3233637 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 48K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 48.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 48K7 1%
 317  + + + + 3233625 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 47K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 47.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 47K5 1%
 318  + + + + 3233613 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 46K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 46.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 46K4 1%
 319  + + + + 3233601 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 45K3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 45.3kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 45K3 1%
 320  + + + + 3233595 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 44K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 44.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 44K2 1%
 321  + + + + 3233583 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 43K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 43.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 43K2 1%
 322  + + + + 3233571 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 42K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 42.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 42K2 1%
 323  + + + + 3233560 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 41K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 41.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 41K2 1%
 324  + + + + 3233558 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 40K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 40.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 40K2 1%
 325  + + + + 3233546 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 39K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 39.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 39K2 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

If you cant find what you are looking for simply call 08701 200 202.		 
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 326  + + + + 3233534 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 38K3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 38.3kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 38K3 1%
 327  + + + + 3233522 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 37K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 37.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 37K4 1%
 328  + + + + 3233510 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 36K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 36.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 36K5 1%
 329  + + + + 3233509 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 35K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 35.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 35K7 1%
 330  + + + + 3233492 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 34K8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 34.8kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 34K8 1%
 331  + + + + 3233480 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 34K0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 34kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 34K0 1%
 332  + + + + 3233479 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 33K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 33.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 33K2 1%
 333  + + + + 3233467 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 32K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 32.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 32K4 1%
 334  + + + + 3233455 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 31K6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 31.6kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 31K6 1%
 335  + + + + 3233443 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 30K9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 30.9kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 30K9 1%
 336  + + + + 3233431 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 30K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 30.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 30K1 1%
 337  + + + + 3233420 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 29K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 29.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 29K4 1%
 338  + + + + 3233418 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 28K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 28.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 28K7 1%
 339  + + + + 3233406 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 28K0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 28kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 28K0 1%
 340  + + + + 3233390 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 27K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 27.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 27K4 1%
 341  + + + + 3233388 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 26K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 26.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 26K7 1%
 342  + + + + 3233376 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 26K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 26.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 26K1 1%
 343  + + + + 3233364 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 25K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 25.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 25K5 1%
 344  + + + + 3233352 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 24K9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 24.9kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 24K9 1%
 345  + + + + 3233340 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 24K3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 24.3kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 24K3 1%
 346  + + + + 3233339 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 23K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 23.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 23K7 1%
 347  + + + + 3233327 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 23K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 23.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 23K2 1%
 348  + + + + 3233315 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 22K6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 22.6kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 22K6 1%
 349  + + + + 3233303 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 22K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 22.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 22K1 1%
 350  + + + + 3233297 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 21K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 21.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 21K5 1%
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 351  + + + + 3233285 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 21K0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 21kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 21K0 1%
 352  + + + + 3233273 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 20K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 20.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 20K5 1%
 353  + + + + 3233261 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 19K6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 19.6kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 19K6 1%
 354  + + + + 3233250 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 19K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 19.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 19K1 1%
 355  + + + + 3233248 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 18K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 18.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 18K7 1%
 356  + + + + 3233236 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 18K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 18.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 18K2 1%
 357  + + + + 3233224 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 17K8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 17.8kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 17K8 1%
 358  + + + + 3233212 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 17K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 17.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 17K4 1%
 359  + + + + 3233200 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 16K9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 16.9kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 16K9 1%
 360  + + + + 3233194 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 16K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 16.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 16K5 1%
 361  + + + + 3233182 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 16K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 16.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 16K2 1%
 362  + + + + 3233170 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 15K8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 15.8kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 15K8 1%
 363  + + + + 3233169 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 15K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 15.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 15K4 1%
 364  + + + + 3233157 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 14K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 14.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 14K7 1%
 365  + + + + 3233145 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 14K3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 14.3kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 14K3 1%
 366  + + + + 3233133 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 14K0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 14kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 14K0 1%
 367  + + + + 3233121 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 13K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 13.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 13K7 1%
 368  + + + + 3233110 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 13K3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 13.3kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 13K3 1%
 369  + + + + 3233108 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 12K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 12.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 12K7 1%
 370  + + + + 3233091 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 12K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 12.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 12K4 1%
 371  + + + + 3233080 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 12K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 12.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 12K1 1%
 372  + + + + 3233078 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 11K8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 11.8kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 11K8 1%
 373  + + + + 3233066 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 11K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 11.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 11K5 1%
 374  + + + + 3233054 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 11K3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 11.3kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 11K3 1%
 375  + + + + 3233042 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 10K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 10.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 10K7 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

If you cant find what you are looking for simply call 08701 200 202.		 
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Number of search results: 690
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 376  + + + + 3233030 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 10K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 10.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 10K5 1%
 377  + + + + 3233029 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 10K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 10.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 10K2 1%
 378  + + + + 3232920 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 7K87; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 7.87kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 7K87 1%
 379  + + + + 3232918 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 7K68; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 7.68kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 7K68 1%
 380  + + + + 3232906 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 7K32; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 7.32kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 7K32 1%
 381  + + + + 3232890 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 7K15; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 7.15kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 7K15 1%
 382  + + + + 3232888 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6K98; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.98kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6K98 1%
 383  + + + + 3232876 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6K81; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.81kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6K81 1%
 384  + + + + 3232864 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6K65; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.65kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6K65 1%
 385  + + + + 3232852 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6K49; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.49kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 6K49 1%
 386  + + + + 3232840 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6K34; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.34kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6K34 1%
 387  + + + + 3232839 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6K19; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.19kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6K19 1%
 388  + + + + 3232827 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6K04; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.04kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6K04 1%
 389  + + + + 3232815 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5K90; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.9kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5K90 1%
 390  + + + + 3232803 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5K76; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.76kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5K76 1%
 391  + + + + 3232797 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5K62; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.62kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5K62 1%
 392  + + + + 3232785 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5K49; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.49kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5K49 1%
 393  + + + + 3232773 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5K36; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.36kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5K36 1%
 394  + + + + 3232761 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5K23; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.23kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5K23 1%
 395  + + + + 3232750 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5K11; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.11kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5K11 1%
 396  + + + + 3232748 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K99; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.99kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K99 1%
 397  + + + + 3232736 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K87; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.87kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K87 1%
 398  + + + + 3232724 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K75; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.75kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K75 1%
 399  + + + + 3232712 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K64; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.644kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± _  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K64 1%
 400  + + + + 3232700 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K53; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.53kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K53 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

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Number of search results: 690
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 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 401  + + + + 3232694 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K42; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.42kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K42 1%
 402  + + + + 3232682 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K32; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.32kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K32 1%
 403  + + + + 3232670 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K22; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.22kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K22 1%
 404  + + + + 3232669 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K12; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.12kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K12 1%
 405  + + + + 3232657 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K02; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.02kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K02 1%
 406  + + + + 3232645 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K92; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.92kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K92 1%
 407  + + + + 3232633 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K83; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.83kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K83 1%
 408  + + + + 3232621 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K74; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.74kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 3K74 1%
 409  + + + + 3232610 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K65; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.65kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K65 1%
 410  + + + + 3232608 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K57; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.57kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K57 1%
 411  + + + + 3232591 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K48; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.48kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K48 1%
 412  + + + + 3232580 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K40; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K40 1%
 413  + + + + 3232578 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K32; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.32kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K32 1%
 414  + + + + 3232566 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K24; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.24kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K24 1%
 415  + + + + 3232554 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K16; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.16kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K16 1%
 416  + + + + 3232542 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K09; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.09kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K09 1%
 417  + + + + 3232530 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K01; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.01kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K01 1%
 418  + + + + 3232529 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K94; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.94kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K94 1%
 419  + + + + 3232517 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K87; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.87kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K87 1%
 420  + + + + 3232505 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K80; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.8kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K80 1%
 421  + + + + 3232499 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K74; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.74kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K74 1%
 422  + + + + 3232487 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K67; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.67kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K67 1%
 423  + + + + 3232475 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K61; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.61kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 2K61 1%
 424  + + + + 3232463 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K55; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.55kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K55 1%
 425  + + + + 3232451 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K49; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.49kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K49 1%
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 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 26  + + + + 3232967 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 8K66; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 8.66kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 8K66 1%
 27  + + + + 3232955 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 8K45; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 8.45kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 8K45 1%
 28  + + + + 3232943 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 8K25; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 8.25kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 8K25 1%
 29  + + + + 3232931 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 8K06; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 8.06kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 8K06 1%
 30  + + + + 3232116 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 976R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 976R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 976R 1%
 31  + + + + 3232104 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 953R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 953R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 953R 1%
 32  + + + + 3232098 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 931R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 931R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 931R 1%
 33  + + + + 3232086 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 909R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 909R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 909R 1%
 34  + + + + 3232074 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 887R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 887R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 887R 1%
 35  + + + + 3232062 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 866R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 866R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 866R 1%
 36  + + + + 3231215 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 97R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 97.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 97R6 1%
 37  + + + + 3231203 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 95R3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 95.3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 95R3 1%
 38  + + + + 3231197 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 93R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 93.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 93R1 1%
 39  + + + + 3231185 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 90R9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 90.9R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 90R9 1%
 40  + + + + 3231173 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 88R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 88.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 88R7 1%
 41  + + + + 3231161 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 86R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 86.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 86R6 1%
 42  + + + + 3230326 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 9R53; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 9.53R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 9R53 1%
 43  + + + + 3230314 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 9R09; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 9.09R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 9R09 1%
 44  + + + + 3230302 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 8R66; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 8.66R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 8R66 1%
 45  + + + + 3230296 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 8R25; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 8.25R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 8R25 1%
 46  + 846867 NOVA RESISTOR KIT, MRS25; Case style: 0207; Series: MRS 25; Temperature coefficient, - (a): 50ppm/K; Tolerance, +: 1%; Tolerance, -: 1%  +£40.74 + 1 In Stock + Farnell InOne +  + 
 CCR-14
 47  + 846855 NOVA RESISTOR KIT, MRS25; Case style: 0207; Power rating: 0.6W; Product description: Metallschichtwiederstände E24 - 0.6W; Series: MRS 25; Temperature coefficient, - (a): 50ppm/K; Tolerance, +: 1%; Tolerance, -: 1%  +£113.99 + 1 In Stock + Farnell InOne +  + 
 CCR-13
 48  + + + + 336907 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 10M; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 10MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 10M 1%
 49  + + + + 336889 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 8M2  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 8M2 1%
 50  + + + + 336877 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 7M5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 7.5MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 7M5 1%
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Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

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 51  + + + + 336865 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6M8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 6.8MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6M8 1%
 52  + + + + 336853 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6M2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 6.2MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6M2 1%
 53  + + + + 336841 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5M6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 5.6MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5M6 1%
 54  + + + + 336830 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5M1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 5.1MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5M1 1%
 55  + + + + 336828 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4M7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 4.7MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4M7 1%
 56  + + + + 336816 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4M3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 4.3MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4M3 1%
 57  + + + + 336804 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3M9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 3.9MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3M9 1%
 58  + + + + 336798 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3M6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 3.6MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3M6 1%
 59  + + + + 336786 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3M3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 3.3MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3M3 1%
 60  + + + + 336774 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3M0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 3MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3M0 1%
 61  + + + + 336762 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2M7  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2M7 1%
 62  + + + + 336750 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2M4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 2.4MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2M4 1%
 63  + + + + 336749 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2M2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 2.2MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2M2 1%
 64  + + + + 336737 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2M0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2M0 1%
 65  + + + + 336725 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1M8  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1M8 1%
 66  + + + + 336713 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1M6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 1.6MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1M6 1%
 67  + + + + 336701 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1M5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 1.5MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1M5 1%
 68  + + + + 336695 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1M3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 1.3MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1M3 1%
 69  + + + + 336683 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1M2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 1.2MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1M2 1%
 70  + + + + 336671 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1M1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 1.1MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 1M1 1%
 71  + + + + 336660 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1M; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 1MR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1M 1%
 72  + + + + 336646 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 820K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 820kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 820K 1%
 73  + + + + 336634 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 750K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 750kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 750K 1%
 74  + + + + 336622 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 680K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 680K 1%
 75  + + + + 336610 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 620K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 620K 1%
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 76  + + + + 336609 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 560K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 560kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 560K 1%
 77  + + + + 336592 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 510K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 510kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 510K 1%
 78  + + + + 336580 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 470K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 470K 1%
 79  + + + + 336579 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 430K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 430kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 430K 1%
 80  + + + + 336567 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 390K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 390kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 390K 1%
 81  + + + + 336555 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 360K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 360kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 360K 1%
 82  + + + + 336543 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 330K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 330kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 330K 1%
 83  + + + + 336531 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 300K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 300kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 300K 1%
 84  + + + + 336520 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 270K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 270kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 270K 1%
 85  + + + + 336518 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 240K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 240K 1%
 86  + + + + 336506 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 220K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 220kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 220K 1%
 87  + + + + 336490 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 200K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 200kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 200K 1%
 88  + + + + 336488 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 180K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 180kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 180K 1%
 89  + + + + 336476 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 160K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 160kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 160K 1%
 90  + + + + 336464 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 150K  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 150K 1%
 91  + + + + 336452 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 130K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 130kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 130K 1%
 92  + + + + 336440 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 120K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 120kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 120K 1%
 93  + + + + 336439 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 110K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 110kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 110K 1%
 94  + + + + 336427 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 100K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 100kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 100K 1%
 95  + + + + 336403 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 82K  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 82K 1%
 96  + + + + 336397 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 75K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 75kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 75K 1%
 97  + + + + 336385 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 68K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 68kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 68K 1%
 98  + + + + 336373 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 62K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 62kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 62K 1%
 99  + + + + 336361 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 56K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 56K 1%
 100  + + + + 336350 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 51K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 51kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 51K 1%
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Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

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 426  + + + + 3232440 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K43; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.43kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K43 1%
 427  + + + + 3232438 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K37; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.37kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K37 1%
 428  + + + + 3232426 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K32; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.32kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K32 1%
 429  + + + + 3232414 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K26; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.26kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 2K26 1%
 430  + + + + 3232402 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K21; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.21kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K21 1%
 431  + + + + 3232396 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K15; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.15kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K15 1%
 432  + + + + 3232384 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K1 1%
 433  + + + + 3232372 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K05; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.05kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K05 1%
 434  + + + + 3232360 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K96; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.96kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K96 1%
 435  + + + + 3232359 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K91; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.91kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K91 1%
 436  + + + + 3232347 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K87; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.87kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K87 1%
 437  + + + + 3232335 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K82; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.82kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1K82 1%
 438  + + + + 3232323 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K78; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.78kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K78 1%
 439  + + + + 3232311 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K74; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.74kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K74 1%
 440  + + + + 3232300 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K69; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.69kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K69 1%
 441  + + + + 3232293 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K65; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.65kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K65 1%
 442  + + + + 3232281 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K62; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.62kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K62 1%
 443  + + + + 3232270 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K58; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.58kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K58 1%
 444  + + + + 3232268 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K54; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.54kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K54 1%
 445  + + + + 3232256 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K47; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.47kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K47 1%
 446  + + + + 3232244 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K43; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.43kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K43 1%
 447  + + + + 3232232 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K40; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K40 1%
 448  + + + + 3232220 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K37; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.37kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K37 1%
 449  + + + + 3232219 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K33; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.33kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K33 1%
 450  + + + + 3232207 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K27; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.27kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K27 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

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 451  + + + + 3232190 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K24; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.24kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K24 1%
 452  + + + + 3232189 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K21; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.21kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K21 1%
 453  + + + + 3232177 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K18; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.18kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K18 1%
 454  + + + + 3232165 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K15; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.15kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K15 1%
 455  + + + + 3232153 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K13; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.13kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K13 1%
 456  + + + + 3232141 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K07; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.07kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K07 1%
 457  + + + + 3232130 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K05; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.05kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K05 1%
 458  + + + + 3232128 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K02; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.02kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± __  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K02 1%
 459  + + + + 3232050 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 845R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 845R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 845R 1%
 460  + + + + 3232049 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 825R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 825R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 825R 1%
 461  + + + + 3232037 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 806R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 806R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 806R 1%
 462  + + + + 3232025 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 787R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 787R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 787R 1%
 463  + + + + 3232013 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 768R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 768R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 768R 1%
 464  + + + + 3232001 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 732R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 732R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 732R 1%
 465  + + + + 3231999 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 715R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 715R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 715R 1%
 466  + + + + 3231987 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 698R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 698R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 698R 1%
 467  + + + + 3231975 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 681R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 681R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 681R 1%
 468  + + + + 3231963 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 665R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 665R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 665R 1%
 469  + + + + 3231951 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 649R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 649R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 649R 1%
 470  + + + + 3231940 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 634R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 634R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 634R 1%
 471  + + + + 3231938 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 619R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 619R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 619R 1%
 472  + + + + 3231926 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 604R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 604R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 604R 1%
 473  + + + + 3231914 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 590R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 590R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 590R 1%
 474  + + + + 3231902 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 576R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 576R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 576R 1%
 475  + + + + 3231896 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 562R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 562R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 562R 1%
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 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 476  + + + + 3231884 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 549R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 549R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 549R 1%
 477  + + + + 3231872 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 536R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 536R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 536R 1%
 478  + + + + 3231860 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 523R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 523R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 523R 1%
 479  + + + + 3231859 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 511R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 511R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 511R 1%
 480  + + + + 3231847 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 499R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 499R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 499R 1%
 481  + + + + 3231835 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 487R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 487R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 487R 1%
 482  + + + + 3231823 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 475R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 475R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 475R 1%
 483  + + + + 3231811 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 464R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 464R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 464R 1%
 484  + + + + 3231800 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 453R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 453R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 453R 1%
 485  + + + + 3231793 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 442R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 442R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 442R 1%
 486  + + + + 3231781 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 432R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 432R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 432R 1%
 487  + + + + 3231770 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 422R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 422R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 422R 1%
 488  + + + + 3231768 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 412R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 412R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 412R 1%
 489  + + + + 3231756 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 402R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 402R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 402R 1%
 490  + + + + 3231744 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 392R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 392R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 392R 1%
 491  + + + + 3231732 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 383R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 383R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 383R 1%
 492  + + + + 3231720 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 374R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 374R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 374R 1%
 493  + + + + 3231719 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 365R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 365R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 365R 1%
 494  + + + + 3231707 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 357R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 357R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 357R 1%
 495  + + + + 3231690 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 348R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 348R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 348R 1%
 496  + + + + 3231689 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 340R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 340R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 340R 1%
 497  + + + + 3231677 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 332R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 332R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 332R 1%
 498  + + + + 3231665 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 324R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 324R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 324R 1%
 499  + + + + 3231653 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 316R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 316R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 316R 1%
 500  + + + + 3231641 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 309R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 309R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 309R 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

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 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 101  + + + + 336348 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 47K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 47kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 47K 1%
 102  + + + + 336336 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 43K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 43kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 43K 1%
 103  + + + + 336324 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 39K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 39K 1%
 104  + + + + 336312 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 36K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 36K 1%
 105  + + + + 336300 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 33K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 33kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 33K 1%
 106  + + + + 336294 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 30K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 30kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 30K 1%
 107  + + + + 336282 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 27K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 27kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 27K 1%
 108  + + + + 336270 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 24K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 24K 1%
 109  + + + + 336269 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 22K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 22kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 22K 1%
 110  + + + + 336257 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 20K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 20kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 20K 1%
 111  + + + + 336245 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 18K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 18K 1%
 112  + + + + 336233 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 16K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 16kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 16K 1%
 113  + + + + 336221 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 15K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 15kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 15K 1%
 114  + + + + 336210 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 13K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 13K 1%
 115  + + + + 336208 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 12K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 12kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 12K 1%
 116  + + + + 336191 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 11K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 11kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 11K 1%
 117  + + + + 336180 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 10K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 10kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 10K 1%
 118  + + + + 336154 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 7K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 7.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 7K5 1%
 119  + + + + 336142 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6K8  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6K8 1%
 120  + + + + 336130 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 6.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6K2 1%
 121  + + + + 336129 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5K6  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5K6 1%
 122  + + + + 336117 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5K1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 73mm; Power rating: 0.6W @ 70°C; Resistance: 5.1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5K1 1%
 123  + + + + 336105 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K7  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K7 1%
 124  + + + + 336099 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4K3  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4K3 1%
 125  + + + + 336087 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K9  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K9 1%
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 501  + + + + 3231630 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 301R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 301R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 301R 1%
 502  + + + + 3231628 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 294R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 294R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 294R 1%
 503  + + + + 3231616 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 287R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 287R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 287R 1%
 504  + + + + 3231604 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 280R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 280R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 280R 1%
 505  + + + + 3231598 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 274R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 274R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 274R 1%
 506  + + + + 3231586 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 267R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 267R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 267R 1%
 507  + + + + 3231574 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 261R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 261R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 261R 1%
 508  + + + + 3231562 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 255R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 255R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 255R 1%
 509  + + + + 3231550 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 249R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 249R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 249R 1%
 510  + + + + 3231549 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 243R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 243R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 243R 1%
 511  + + + + 3231537 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 237R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 237R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 237R 1%
 512  + + + + 3231525 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 232R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 232R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 232R 1%
 513  + + + + 3231513 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 226R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 226R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 226R 1%
 514  + + + + 3231501 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 221R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 221R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 221R 1%
 515  + + + + 3231495 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 215R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 215R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 215R 1%
 516  + + + + 3231483 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 210R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 210R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 210R 1%
 517  + + + + 3231471 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 205R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 205R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 205R 1%
 518  + + + + 3231460 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 196R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 196R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 196R 1%
 519  + + + + 3231458 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 191R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 191R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 191R 1%
 520  + + + + 3231446 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 187R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 187R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 187R 1%
 521  + + + + 3231434 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 182R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 182R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 182R 1%
 522  + + + + 3231422 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 178R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 178R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 178R 1%
 523  + + + + 3231410 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 174R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 174R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 174R 1%
 524  + + + + 3231409 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 169R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 169R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 169R 1%
 525  + + + + 3231392 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 165R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 165R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 165R 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

If you cant find what you are looking for simply call 08701 200 202.		 
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 526  + + + + 3231380 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 162R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 162R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 162R 1%
 527  + + + + 3231379 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 158R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 158R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 158R 1%
 528  + + + + 3231367 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 154R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 154R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 154R 1%
 529  + + + + 3231355 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 147R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 147R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 147R 1%
 530  + + + + 3231343 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 143R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 143R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 143R 1%
 531  + + + + 3231331 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 140R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 140R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 140R 1%
 532  + + + + 3231320 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 137R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 137R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 137R 1%
 533  + + + + 3231318 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 133R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 133R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 133R 1%
 534  + + + + 3231306 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 127R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 127R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 127R 1%
 535  + + + + 3231290 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 124R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 124R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 124R 1%
 536  + + + + 3231288 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 121R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 121R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 121R 1%
 537  + + + + 3231276 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 118R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 118R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 118R 1%
 538  + + + + 3231264 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 115R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 115R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 115R 1%
 539  + + + + 3231252 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 113R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 113R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 113R 1%
 540  + + + + 3231240 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 107R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 107R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 107R 1%
 541  + + + + 3231239 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 105R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 105R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 105R 1%
 542  + + + + 3231227 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 102R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 102R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 102R 1%
 543  + + + + 3231150 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 84R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 84.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 84R5 1%
 544  + + + + 3231148 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 82R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 82.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 82R5 1%
 545  + + + + 3231136 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 80R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 80.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 80R6 1%
 546  + + + + 3231124 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 78R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 78.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 78R7 1%
 547  + + + + 3231112 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 76R8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 76.8R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 76R8 1%
 548  + + + + 3231100 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 73R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 73.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 73R2 1%
 549  + + + + 3231094 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 71R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 71.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 71R5 1%
 550  + + + + 3231082 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 69R8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 69.8R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 69R8 1%
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 551  + + + + 3231070 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 68R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 68.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 68R1 1%
 552  + + + + 3231069 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 66R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 66.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 66R5 1%
 553  + + + + 3231057 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 64R9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 64.9R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 64R9 1%
 554  + + + + 3231045 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 63R4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 63.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 63R4 1%
 555  + + + + 3231033 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 61R9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 61.9R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 61R9 1%
 556  + + + + 3231021 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 60R4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 60.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 60R4 1%
 557  + + + + 3231010 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 59R0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 59R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 59R0 1%
 558  + + + + 3231008 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 57R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 57.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 57R6 1%
 559  + + + + 3230995 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 56R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 56.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 56R2 1%
 560  + + + + 3230983 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 54R9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 54.9R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 54R9 1%
 561  + + + + 3230971 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 53R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 53.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 53R6 1%
 562  + + + + 3230960 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 52R3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 52.3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 52R3 1%
 563  + + + + 3230958 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 51R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 51.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 51R1 1%
 564  + + + + 3230946 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 49R9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 49.9R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 49R9 1%
 565  + + + + 3230934 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 48R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 48.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 48R7 1%
 566  + + + + 3230922 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 47R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 47.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 47R5 1%
 567  + + + + 3230910 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 46R4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 46.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 46R4 1%
 568  + + + + 3230909 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 45R3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 45.3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 45R3 1%
 569  + + + + 3230892 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 44R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 44.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 44R2 1%
 570  + + + + 3230880 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 43R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 43.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 43R2 1%
 571  + + + + 3230879 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 42R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 42.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 42R2 1%
 572  + + + + 3230867 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 41R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 41.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 41R2 1%
 573  + + + + 3230855 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 40R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 40.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 40R2 1%
 574  + + + + 3230843 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 39R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 39.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 39R2 1%
 575  + + + + 3230831 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 38R3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 38.3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 38R3 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

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 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
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 576  + + + + 3230820 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 37R4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 37.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 37R4 1%
 577  + + + + 3230818 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 36R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 36.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 36R5 1%
 578  + + + + 3230806 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 35R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 35.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 35R7 1%
 579  + + + + 3230790 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 34R8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 34.8R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 34R8 1%
 580  + + + + 3230788 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 34R0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 34R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 34R0 1%
 581  + + + + 3230776 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 33R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 33.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 33R2 1%
 582  + + + + 3230764 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 32R4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 32.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 32R4 1%
 583  + + + + 3230752 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 31R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 31.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 31R6 1%
 584  + + + + 3230740 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 30R9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 30.9R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 30R9 1%
 585  + + + + 3230739 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 30R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 30.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 30R1 1%
 586  + + + + 3230727 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 29R4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 29.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 29R4 1%
 587  + + + + 3230715 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 28R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 28.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 28R7 1%
 588  + + + + 3230703 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 28R0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 28R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 28R0 1%
 589  + + + + 3230697 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 27R4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 27.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 27R4 1%
 590  + + + + 3230685 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 26R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 26.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 26R7 1%
 591  + + + + 3230673 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 26R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 26.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 26R1 1%
 592  + + + + 3230661 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 25R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 25.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 25R5 1%
 593  + + + + 3230650 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 24R9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 24.9R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 24R9 1%
 594  + + + + 3230648 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 24R3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 24.3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 24R3 1%
 595  + + + + 3230636 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 23R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 23.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 23R7 1%
 596  + + + + 3230624 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 23R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 23.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 23R2 1%
 597  + + + + 3230612 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 22R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 22.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 22R6 1%
 598  + + + + 3230600 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 22R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 22.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 22R1 1%
 599  + + + + 3230594 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 21R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 21.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 21R5 1%
 600  + + + + 3230582 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 21R0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 21R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 21R0 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

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Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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 126  + + + + 336075 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K6  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K6 1%
 127  + + + + 336063 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.3kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K3 1%
 128  + + + + 336051 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3K  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3K 1%
 129  + + + + 336040 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.7kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K7 1%
 130  + + + + 336038 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.4kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K4 1%
 131  + + + + 336026 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K2 1%
 132  + + + + 336014 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/°  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2K 1%
 133  + + + + 336002 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.8kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1K8 1%
 134  + + + + 335990 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.6kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1K6 1%
 135  + + + + 335988 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.5kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1K5 1%
 136  + + + + 335976 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K3  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1K3 1%
 137  + + + + 335964 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.2kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1K2 1%
 138  + + + + 335952 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K1  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1K1 1%
 139  + + + + 335940 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/°  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1K 1%
 140  + + + + 335927 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 820R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 820R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 820R 1%
 141  + + + + 335915 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 750R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 750R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 750R 1%
 142  + + + + 335903 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 680R  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 680R 1%
 143  + + + + 335897 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 620R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 620R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 620R 1%
 144  + + + + 335885 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 600R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 600R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 600R 1%
 145  + + + + 335873 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 560R  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 560R 1%
 146  + + + + 335861 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 510R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 510R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 510R 1%
 147  + + + + 335850 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 470R  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 470R 1%
 148  + + + + 335848 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 430R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 430R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 430R 1%
 149  + + + + 335836 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 390R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 390R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 390R 1%
 150  + + + + 335824 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 360R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 360R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 360R 1%
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+Security Statement +  +Privacy Statement +  +Terms of Purchase +  +Terms of Access +  +Sitemap +A Premier Farnell Company
+ + \ No newline at end of file diff --git a/farnell/bulkres-searchout601 b/farnell/bulkres-searchout601 new file mode 100644 index 0000000..7969308 --- /dev/null +++ b/farnell/bulkres-searchout601 @@ -0,0 +1,1175 @@ + + + +Search Results + + + + + + + + + + + + + + + + + +
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

If you cant find what you are looking for simply call 08701 200 202.		 
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Number of search results: 690
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 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 601  + + + + 3230570 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 20R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 20.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 20R5 1%
 602  + + + + 3230569 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 19R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 19.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 19R6 1%
 603  + + + + 3230557 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 19R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 19.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 19R1 1%
 604  + + + + 3230545 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 18R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 18.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 18R7 1%
 605  + + + + 3230533 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 18R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 18.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 18R2 1%
 606  + + + + 3230521 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 17R4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 17.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 17R4 1%
 607  + + + + 3230510 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 16R9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 16.9R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 16R9 1%
 608  + + + + 3230508 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 16R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 16.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 16R5 1%
 609  + + + + 3230491 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 16R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 16.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 16R2 1%
 610  + + + + 3230480 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 15R8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 15.8R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 15R8 1%
 611  + + + + 3230478 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 15R4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 15.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 15R4 1%
 612  + + + + 3230466 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 14R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 14.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 14R7 1%
 613  + + + + 3230454 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 14R3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 14.3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 14R3 1%
 614  + + + + 3230442 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 14R0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 14R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 14R0 1%
 615  + + + + 3230430 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 13R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 13.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 13R7 1%
 616  + + + + 3230429 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 13R3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 13.3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 13R3 1%
 617  + + + + 3230417 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 12R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 12.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 12R7 1%
 618  + + + + 3230405 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 12R4; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 12.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 12R4 1%
 619  + + + + 3230399 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 12R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 12.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 12R1 1%
 620  + + + + 3230387 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 11R8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 11.8R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 11R8 1%
 621  + + + + 3230375 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 11R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 11.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 11R5 1%
 622  + + + + 3230363 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 11R3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 11.3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 11R3 1%
 623  + + + + 3230351 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 10R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 10.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 10R7 1%
 624  + + + + 3230340 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 10R5; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 10.5R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 10R5 1%
 625  + + + + 3230338 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 10R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 10.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 10R2 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

If you cant find what you are looking for simply call 08701 200 202.		 
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 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 626  + + + + 3230284 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 7R87; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 7.87R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 7R87 1%
 627  + + + + 3230272 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 7R15; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 7.15R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 7R15 1%
 628  + + + + 3230260 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6R49; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.49R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6R49 1%
 629  + + + + 3230259 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6R19; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.19R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 6R19 1%
 630  + + + + 3230247 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5R90; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.9R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5R90 1%
 631  + + + + 3230235 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5R62; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.62R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5R62 1%
 632  + + + + 3230223 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5R36; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.36R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5R36 1%
 633  + + + + 3230211 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5R11; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.11R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 5R11 1%
 634  + + + + 3230200 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4R87; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.87R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4R87 1%
 635  + + + + 3230193 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4R42; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.42R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4R42 1%
 636  + + + + 3230181 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4R32; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.32R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4R32 1%
 637  + + + + 3230170 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4R22; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.22R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4R22 1%
 638  + + + + 3230168 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4R12; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.12R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 4R12 1%
 639  + + + + 3230156 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R92; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.92R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R92 1%
 640  + + + + 3230144 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R83; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.83R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R83 1%
 641  + + + + 3230132 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R74; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.74R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R74 1%
 642  + + + + 3230120 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R65; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.65R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R65 1%
 643  + + + + 3230119 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R57; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.57R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R57 1%
 644  + + + + 3230107 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R48; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.48R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R48 1%
 645  + + + + 3230090 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R40; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 1  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R40 1%
 646  + + + + 3230089 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R32; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.32R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R32 1%
 647  + + + + 3230077 BC COMPONENTS VISHAY No longer stocked  +£0.04 + 1 No Longer Stocked + Farnell InOne +  +View data sheet + 
 MRS25 3R24 1%
 648  + + + + 3230065 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R16; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.16R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R16 1%
 649  + + + + 3230053 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R09; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.09R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R09 1%
 650  + + + + 3230041 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R01; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.01R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 3R01 1%
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+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 651  + + + + 3230030 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R94; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.94R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R94 1%
 652  + + + + 3230028 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R87; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.87R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R87 1%
 653  + + + + 3230016 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R80; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.8R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 1  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R80 1%
 654  + + + + 3230004 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R74; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.74R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R74 1%
 655  + + + + 3229993 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R67; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.67R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R67 1%
 656  + + + + 3229981 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R61; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.61R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R61 1%
 657  + + + + 3229970 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R55; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.55R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R55 1%
 658  + + + + 3229968 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R49; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.49R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R49 1%
 659  + + + + 3229956 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R43; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.43R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R43 1%
 660  + + + + 3229944 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R37; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.37R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R37 1%
 661  + + + + 3229932 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R32; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.32R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R32 1%
 662  + + + + 3229920 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R26; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.26R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R26 1%
 663  + + + + 3229919 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R21; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.21R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 2R21 1%
 664  + + + + 3229907 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R15; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.15R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R15 1%
 665  + + + + 3229890 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R10; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 1  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R10 1%
 666  + + + + 3229889 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R05; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.05R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R05 1%
 667  + + + + 3229877 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R96; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.96R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R96 1%
 668  + + + + 3229865 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R91; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.91R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R91 1%
 669  + + + + 3229853 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R87; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.87R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R87 1%
 670  + + + + 3229841 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R82; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.82R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R82 1%
 671  + + + + 3229830 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R78; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.78R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R78 1%
 672  + + + + 3229828 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R74; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.74R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R74 1%
 673  + + + + 3229816 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R69; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.69R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R69 1%
 674  + + + + 3229804 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R65; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.65R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R65 1%
 675  + + + + 3229798 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R62; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.62R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R62 1%
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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

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 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 666  + + + + 3229889 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R05; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2.05R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 2R05 1%
 667  + + + + 3229877 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R96; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.96R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R96 1%
 668  + + + + 3229865 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R91; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.91R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R91 1%
 669  + + + + 3229853 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R87; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.87R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R87 1%
 670  + + + + 3229841 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R82; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.82R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R82 1%
 671  + + + + 3229830 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R78; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.78R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R78 1%
 672  + + + + 3229828 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R74; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.74R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R74 1%
 673  + + + + 3229816 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R69; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.69R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R69 1%
 674  + + + + 3229804 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R65; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.65R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R65 1%
 675  + + + + 3229798 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R62; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.62R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R62 1%
 676  + + + + 3229786 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R58; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.58R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R58 1%
 677  + + + + 3229774 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R54; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.54R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R54 1%
 678  + + + + 3229762 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R47; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.47R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R47 1%
 679  + + + + 3229750 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R43; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.43R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R43 1%
 680  + + + + 3229749 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R40; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.4R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 1  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R40 1%
 681  + + + + 3229737 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R37; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.37R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R37 1%
 682  + + + + 3229725 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R33; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.33R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R33 1%
 683  + + + + 3229713 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R27; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.27R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R27 1%
 684  + + + + 3229701 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R24; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.24R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R24 1%
 685  + + + + 3229695 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R21; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.21R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet + 
 MRS25 1R21 1%
 686  + + + + 3229683 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R15; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.15R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R15 1%
 687  + + + + 3229671 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R13; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.13R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R13 1%
 688  + + + + 3229660 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R07; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.07R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R07 1%
 689  + + + + 3229658 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R05; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.05R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R05 1%
 690  + + + + 3229646 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R02; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.02R; Resistor element type: Metal Film; Temperature coefficient, + (a): ±   +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 1R02 1%
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 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
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 151  + + + + 335812 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 330R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 330R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 330R 1%
 152  + + + + 335800 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 300R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 300R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 300R 1%
 153  + + + + 335794 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 270R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 270R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 270R 1%
 154  + + + + 335782 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 240R  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 240R 1%
 155  + + + + 335770 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 220R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 220R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 220R 1%
 156  + + + + 335769 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 200R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 200R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 200R 1%
 157  + + + + 335757 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 180R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 180R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 180R 1%
 158  + + + + 335745 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 160R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 160R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 160R 1%
 159  + + + + 335733 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 150R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 150R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 150R 1%
 160  + + + + 335721 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 130R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 130R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 130R 1%
 161  + + + + 335710 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 120R  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 120R 1%
 162  + + + + 335708 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 110R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 110R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 110R 1%
 163  + + + + 335691 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 100R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 100R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50pp  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 100R 1%
 164  + + + + 335678 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 82R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 82R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 82R 1%
 165  + + + + 335666 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 75R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 75R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 75R 1%
 166  + + + + 335654 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 68R  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 68R 1%
 167  + + + + 335642 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 62R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 62R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 62R 1%
 168  + + + + 335630 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 56R  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 56R 1%
 169  + + + + 335629 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 51R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 51R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 51R 1%
 170  + + + + 335617 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 47R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 47R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 47R 1%
 171  + + + + 335605 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 43R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 43R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 43R 1%
 172  + + + + 335599 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 39R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 39R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 39R 1%
 173  + + + + 335587 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 36R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 36R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 36R 1%
 174  + + + + 335575 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 33R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 33R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 33R 1%
 175  + + + + 335563 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 30R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 30R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 30R 1%
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Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

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+

+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 176  + + + + 335551 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 27R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 27R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 27R 1%
 177  + + + + 335540 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 24R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 24R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 24R 1%
 178  + + + + 335538 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 22R  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 22R 1%
 179  + + + + 335526 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 20R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 20R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 20R 1%
 180  + + + + 335514 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 18R  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 18R 1%
 181  + + + + 335502 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 16R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 16R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 16R 1%
 182  + + + + 335496 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 15R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 15R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 15R 1%
 183  + + + + 335484 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 13R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 13R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 13R 1%
 184  + + + + 335472 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 12R  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 12R 1%
 185  + + + + 335460 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 11R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 11R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 11R 1%
 186  + + + + 335459 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 10R; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 10R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 10R 1%
 187  + + + + 335435 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 8R2  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 8R2 1%
 188  + + + + 335423 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 7R5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 7R5 1%
 189  + + + + 335411 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6R8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.8R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 6R8 1%
 190  + + + + 335400 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 6R2; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 6.2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 6R2 1%
 191  + + + + 335393 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50  +£0.04 + 1 Awaiting Delivery + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 5R6 1%
 192  + + + + 335381 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 5R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 5.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 5R1 1%
 193  + + + + 335370 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4R7; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.7R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 4R7 1%
 194  + + + + 335368 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 4R3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 4.3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 10  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 4R3 1%
 195  + + + + 335356 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R9; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.9R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 10  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 3R9 1%
 196  + + + + 335344 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 10  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 3R6 1%
 197  + + + + 335332 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R3; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3.3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 10  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 3R3 1%
 198  + + + + 335320 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 3R0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 3R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 100ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 3R0 1%
 199  + + + + 335319 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R7  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 2R7 1%
 200  + + + + 335307 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R4  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 2R4 1%
+

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Compare up to 5 products by clicking the compare box against selected products and click COMPARE button. Add product to cart by clicking the Add To Cart box enter a Qty and click ADD TO CART button. Click on the Order Code to view more information on a product.

Newark InOne products are subject to a delivery charge per order. Standard delivery is 3 working days. More info

Technical Attribute Search
If you know technical details such as voltage, current, capacitance and case style of the product you need, you can search using the Technical Attributes Search to find the products that fit your requirements. Click here for more details.

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 ImageOrder Code / SkuManufacturerDescriptionUnit PricePack DetailsAvailabilitySource BrandDatasheetCompareQty.Add To Cart
    +Manufacturer Part Number + +         
 201  + + + + 335290 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R2  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 2R2 1%
 202  + + + + 335289 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 2R0; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 2R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 100ppm/  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 2R0 1%
 203  + + + + 335277 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R8; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.8R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 10  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1R8 1%
 204  + + + + 335265 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R6; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.6R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 10  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1R6 1%
 205  + + + + 335253 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R5  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1R5 1%
 206  + + + + 335241 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R3  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1R3 1%
 207  + + + + 335230 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R2  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1R2 1%
 208  + + + + 335228 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R1; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 1.1R; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 10  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1R1 1%
 209  + + + + 335216 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 1R0  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet +View data sheet + 
 MRS25 1R 1%
 210  + + + + 3234757 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 845K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 845kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 845K 1%
 211  + + + + 3234745 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 825K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 825kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 825K 1%
 212  + + + + 3234733 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 806K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 806kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 806K 1%
 213  + + + + 3234721 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 787K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 787kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 787K 1%
 214  + + + + 3234710 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 768K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 768kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 768K 1%
 215  + + + + 3234708 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 732K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 732kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 732K 1%
 216  + + + + 3234691 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 715K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 715kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 715K 1%
 217  + + + + 3234680 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 698K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 698kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 698K 1%
 218  + + + + 3234678 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 681K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 681kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 681K 1%
 219  + + + + 3234666 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 665K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 665kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 665K 1%
 220  + + + + 3234654 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 649K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 649kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 649K 1%
 221  + + + + 3234642 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 634K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 634kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 634K 1%
 222  + + + + 3234630 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 619K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 619kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 619K 1%
 223  + + + + 3234629 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 604K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 604kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 604K 1%
 224  + + + + 3234617 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 590K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 590kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 590K 1%
 225  + + + + 3234605 BC COMPONENTS VISHAY RESISTOR, MRS25 1% 576K; Case style: Axial; Diameter, body: 2.5mm; Length / Height, external: 7mm; Power rating: 0.6W @ 70°C; Resistance: 576kR; Resistor element type: Metal Film; Temperature coefficient, + (a): ± 50p  +£0.04 + 1 In Stock + Farnell InOne +  +View data sheet + 
 MRS25 576K 1%
+

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For further help, Farnell InOne account holders can call the Technical Support line on 0870 1200 202. All prices are shown nett and, where appropriate, do not include VAT. +
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+ +  + + + + + +  + + + + + + + + + + +
+Security Statement +  +Privacy Statement +  +Terms of Purchase +  +Terms of Access +  +Sitemap +A Premier Farnell Company
+ + \ No newline at end of file diff --git a/farnell/bulkres-select-gen.pl b/farnell/bulkres-select-gen.pl new file mode 100755 index 0000000..b81d636 --- /dev/null +++ b/farnell/bulkres-select-gen.pl @@ -0,0 +1,36 @@ +#!/usr/bin/perl -w + +use strict; + +our($qty) = 50; +our(@e12) = qw(10 12 15 18 22 27 33 39 47 56 68 82); +our(@ex24) = qw(11 13 16 20 24 30 36 43 51 62 75 91); +our(@e24)= sort @e12, @ex24; +our(@list) = ([ \@e12, [qw(xrx)] ], + [ \@e24, [qw(xxr xx0r xkx xxk xx0k)] ], + [ [qw(10)], [qw(xmx)] ]); + +sub addm ($$) { + my ($values,$decades) = @_; + my ($decade,$value); + + foreach $decade (@$decades) { + foreach $value (@$values) { + $_= $decade; + s/x/ substr($value,0,1) /e; + s/x/ substr($value,1,1) /e; + s/0$//; + printf "\tstd %s \t%d=\n", $_, $qty or die $!; + } + } +} + +sub main () { + my ($e); + print "Resistors\n" or die $!; + foreach $e (@list) { + addm($e->[0], $e->[1]); + } +} + +main(); diff --git a/farnell/circuit.partlist b/farnell/circuit.partlist new file mode 100644 index 0000000..abf3fe4 --- /dev/null +++ b/farnell/circuit.partlist @@ -0,0 +1,328 @@ +CDU + 434-7821 1 TIP125 main transistor + 707-363 1= 7.7C/W heatsink + 342-117 1 2r sense power resistor + std 150r 1 divider + 346-755 1= 200r trimmer + r 0w4 1k5 1 divider + 933-673 1 2N3904 enable transistor + std 4k3 1 enable + 536-027 1 10000uF main capacitor + r 0w4 1k5 1 load + +Booster core + std 33k 1 pwm pulldn + std 2k2 1 overload base + std 22k 1 overload up + std 150r 1 overload led series + c cer 10n 2 bootstrap + +ICSP VPP/mclr + std 330r 1 + std 750r 1 + std 220k 1 + std 2k2 2 1 + c cer 100n 1 + 1n4148 1 + 74f07 1/6 + +ICSP PC + std 220k 2 + 74hct04 2/6 + 74f07 1/6 + 74hc595a 1 + per SR + std 220k 1 + 74hct04 1/6 + per PIC + std 3k3 1 + std 68k 1 + +ICSP PD + std 1k 1 + std 22k 2 + std 220k 1 + 74hct04 2/6 + 74f07 1/6 + 1n4148 1 + per PIC + bat86 2 + +Point solenoid + per Half-point + 483-3363 1 stp22nf03l power FET + 352-5351 1 1n5401 freewheel diode + per Half-point-discrete + std 330r 1 + per Half-point-dil7 + 149-002 1/7 470r x7 dil network + per Half-point-dil8 + 476-468 1/8 330r x8 dil network + +Region polarity + per Region + 309-3190 1= MR82-12USR relay + uln2803ap 1/8 + c cer 100n 1/8/ decouple + +Segment sense + per Segment + 330-7578 1 CP301 bridge rectifier + std 56r 1 + 325-958 1/4= TLP521-4A optocoupler + per Segment-discrete + std 100k 1 + per Segment-sil8 + 148-988 1/8 100k x8 sil network + per Segment-sil9 + 148-999 1/9 100k x9 sil network + +Serial Port + 407-203 1= nm232dd + c cer 100n 1 decouple + 166-856 2 p6ke13ca 13v transorb + 74f07 1/6 + std 3k9 1 + +Indicators + 621-419 2= LFW5WAEMGMBW diffused RGB led + std 150r 1 + r 0w4 330r 2 + r 0w4 470r 1 + 1n4148 4 + bzx79-c2v4 1 + r 0w4 680r 1 + 346-755 1= 200r trimmer 3386x + 346-767 1= 500r trimmer 3386x + std 36r 1 + r 0w4 390r 1 + r 0w4 180r 2 + +Power comp + 595-743 1= 4C/W heatsink (for fet) + 167-927 1 irf5305 power fet + 287-064 1 1uF hf ceramic + 407-720 1= lmd18200t + 253-716 1= 1.65C/W heatsink (for 18200) + 489-712 1 330r 2W carbon film (load) + bat86 4 + std 5k1 1 + std 6k2 1 + bzx55-c8v2 2 + std 2k4 1 + std 1k3 1 + std 3k9 1 + std 3k 1 + std 1k8 1 + 347-723 1= 1k 12-turn trimmer 3266x + std 910r 1 + 400-816 1 lf356n op-amp + std 330k 1 + std 10k 1 + bzx55-c8v2 1 + std 20k 1 + c pana 100u 1 + c cer 100n 1 + +PIC core + std 3k9 2 + 221-480 1 crystal osc + per PIC + 411-3822 1= pic18f458-i/p + c cer 100n 1 + +Power supplies + 432-9363 1= pse65-18 18v 4.4a psu + 149-324 1= panel power plug + 149-323 1= panel power socket + 285-894 1= 631h/2 apem spst switch + 152-255 1= 5666a9 apem 4pco switch + 347-2851 1 2r2 3w wirewound + 327-0737 1 6r8 7w vitreous enamel + 342-117 1 2r 3w vitreous enamel + 170-074 2= 9.9C/W sink for L78xx's + c pana 100u 2 + c poly 330n 2 + c cer 100n 2 + 412-764 1= l7805cv + 413-203 1= l7812cv + +Booster Cutout + c cer 22n 2 + c cer 4n7 1 + ts914 2/4 + 2n7000 3 + bsp254a 1 + +PIC LED + ts914 2/4 + 623-428 1 L93WSRSGC-CC + ds3680 2/4 + +74f07 = 376-632 OC buffer +74hct04 = 382-759 hex inverter +74hc595a = 701-610 shift register + +ts912 = 596-917 dual op-amp +ts914 = 332-9355 quad op-amp + +uln2803ap = 318-7032 low-side relay driver + +ds3680 = 408-773 quad relay driver + +bzx55-c8v2 = 369-020 +bzx79-c2v4 = 369-329 +bzx79-c5v6 = 316-2424 + +bat86 = 316-2527 Schottky diode +1n4148 = 368-118 + +2n7000 = 932-838 +bsp254a = 316-4550 + +c poly 330n = 546-240 0.33uF polyester +c pana 100u = 319-8765 100uF 25V electrolytic + +c cer 4n7 = 749-930 +c cer 22n = 750-864 +c cer 10n = 750-840 +c cer 100n = 750-955 + +r 0w4 ? = resistor 0.4W +r 0w4 180r = 513-842 +r 0w4 330r = 331-995 +r 0w4 390r = 513-921 +r 0w4 470r = 332-010 +r 0w4 680r = 332-033 +r 0w4 1k5 = 332-070 +r 0w4 1k8 = 332-082 + +std 1r = 306-0445 +std 1r5 = 306-0457 +std 2r2 = 306-0469 +std 3r3 = 306-0470 +std 4r7 = 306-0482 +std 6r8 = 306-0494 +std 10r = 513-544 +std 11r = 513-556 +std 12r = 513-568 +std 13r = 513-570 +std 15r = 513-581 +std 16r = 513-593 +std 18r = 513-600 +std 20r = 513-611 +std 22r = 513-623 +std 24r = 513-635 +std 27r = 513-647 +std 30r = 513-659 +std 33r = 513-660 +std 36r = 513-672 +std 39r = 513-684 +std 43r = 513-696 +std 47r = 513-702 +std 51r = 513-714 +std 56r = 513-726 +std 62r = 513-738 +std 68r = 513-740 +std 75r = 513-751 +std 82r = 513-763 +std 91r = 513-775 +std 100r = 513-787 +std 110r = 513-799 +std 120r = 513-805 +std 130r = 513-817 +std 150r = 513-829 +std 160r = 513-830 +std 180r = 513-842 +std 200r = 513-854 +std 220r = 513-866 +std 240r = 513-878 +std 270r = 513-880 +std 300r = 513-891 +std 330r = 513-908 +std 360r = 513-910 +std 390r = 513-921 +std 430r = 513-933 +std 470r = 513-945 +std 510r = 513-957 +std 560r = 513-969 +std 620r = 513-970 +std 680r = 513-982 +std 750r = 513-994 +std 820r = 514-007 +std 910r = 514-019 +std 1k = 514-020 +std 1k1 = 514-032 +std 1k2 = 514-044 +std 1k3 = 514-056 +std 1k5 = 514-068 +std 1k6 = 514-070 +std 1k8 = 514-081 +std 2k = 514-093 +std 2k2 = 514-100 +std 2k4 = 514-111 +std 2k7 = 514-123 +std 3k = 514-135 +std 3k3 = 514-147 +std 3k6 = 514-159 +std 3k9 = 514-160 +std 4k3 = 514-172 +std 4k7 = 514-184 +std 5k1 = 514-196 +std 5k6 = 514-202 +std 6k2 = 514-214 +std 6k8 = 514-226 +std 7k5 = 514-238 +std 8k2 = 514-240 +std 9k1 = 514-251 +std 10k = 514-263 +std 11k = 514-275 +std 12k = 514-287 +std 13k = 514-299 +std 15k = 514-305 +std 16k = 514-317 +std 18k = 514-329 +std 20k = 514-330 +std 22k = 514-342 +std 24k = 514-354 +std 27k = 514-366 +std 30k = 514-378 +std 33k = 514-380 +std 36k = 514-391 +std 39k = 514-408 +std 43k = 514-410 +std 47k = 514-421 +std 51k = 514-433 +std 56k = 514-445 +std 62k = 514-457 +std 68k = 514-469 +std 75k = 514-470 +std 82k = 514-482 +std 91k = 514-494 +std 100k = 514-500 +std 110k = 514-512 +std 120k = 514-524 +std 130k = 514-536 +std 150k = 514-548 +std 160k = 514-550 +std 180k = 514-561 +std 200k = 514-573 +std 220k = 514-585 +std 240k = 514-597 +std 270k = 514-603 +std 300k = 514-615 +std 330k = 514-627 +std 360k = 514-639 +std 390k = 514-640 +std 430k = 514-652 +std 470k = 514-664 +std 510k = 514-676 +std 560k = 514-688 +std 620k = 514-690 +std 680k = 514-706 +std 750k = 514-718 +std 820k = 514-720 +std 910k = 514-731 +std 1m = 514-743 + +end diff --git a/farnell/control.partlist b/farnell/control.partlist new file mode 100644 index 0000000..581ae75 --- /dev/null +++ b/farnell/control.partlist @@ -0,0 +1,58 @@ +suppress std * +suppress r 0w4 * + +# mains psu: +suppress 432-9363 + +# psu connectors: +suppress 149-323 +suppress 149-324 + +# 330R 2W - from Maplin code D330R +suppress 489-712 + +exclude CDU +exclude Booster core +exclude ICSP VPP/mclr +exclude ICSP PC +exclude ICSP PD +exclude Serial Port +exclude Indicators +exclude Power comp +exclude PIC core +exclude Power supplies + +count 0 PIC +count 0 SR +count 0 Half-point +count 0 Half-point-discrete +count 0 Half-point-dil7 +count 0 Half-point-dil8 +count 0 Region +count 0 Segment +count 0 Segment-discrete +count 0 Segment-sil8 +count 0 Segment-sil9 + +Extras + 394-8547 3= Little bits boxes + 2n7000 20 + ts912 2= + +Wire + 140-424 1= 0.6mm blue + 140-420 1= 0.6mm red + 140-427 1= 0.6mm white + +exclude Postponed + +Postponed + 716-248 1= 1mm^2 black + +# TS914 is out of stock: +suppress 332-9355 + +exclude Sockets + +Sockets + socket-dil-x 400 diff --git a/farnell/farnell-find b/farnell/farnell-find new file mode 100755 index 0000000..9b45d34 --- /dev/null +++ b/farnell/farnell-find @@ -0,0 +1,723 @@ +#!/usr/bin/perl -w + +# Usages: +# ./farnell-find [] [describe] NNN-NNNN .... +# Prints info about the specified relevant part. +# ./farnell-find [] order [|] [NNN-NNNN ...] +# Add specified parts and quantities to the cart. +# If no parts and quantities specified on command line, +# will read from stdin (format is ). +# If no or specified (ie thing with jsessionid) +# then will prompt and read a line from tty. +# ./farnell-find [] bom ... +# Processes input files and produces BOM parts list. +# ./farnell-find [] order-bom ... +# Processes input files and adds BOM parts to cart. +# +# Options: +# -S +# Specifies sort order for BOM. Several may be specified, first +# one on the command line is least significant. Can be `desc' +# `avail' `price'. Default sort order is avail, then price, +# then desc (equivalent to -Sdesc -Sprice -Savail). +# +# Input format: lines, #-comments, blank lines ignored. +# Indent level is relevant, but only 0, 1, >1 relevant. +# Order of information in a file is not relevant unless explicitly +# stated below. +# +# +# Starts a circuit. +# Circuit names must start with an uppercase letter. +# per +# Starts an iteratable (ends at start of next cct). +# Iteratable name must start with uppercase letter, +# may contain any non-ws chars. +# [] +# [] +# Specifies that the circuit contains that part +# in the quantity specified. Quantity is scaled +# by the iteratable's count if we're in an iteratable. +# is any string starting with a non-ws char. +# is [=] or /[=]. is +# an integer. = says not to order one extra. +# is an integer (meaning the number of gates to +# a device) or an integer followed by / (meaning we +# can't mix this use with other uses or other circuits). +# = [ +# Defines . is a sequence of words each separated +# by one space. Each word consists of some non-ws chars. The +# first word may not consist entirely of digits and hyphens; no +# other words may consist entirely of digits, slashes and +# equals signs. is any string starting with non-ws. +# ? = +# Gives a default description of parts which have +# as an initial subsequence of words. has the +# syntax of a . The description is used only if there is +# no more specific description, and the constructed description +# is with a space and the remainder of the part +# name appended. +# +# suppress +# suppress +# Suppresses all processing for all parts matching the +# glob. +# +# count +# include ) use only one of +# exclude ) include and exclude +# +# end +# Ends the file. Optional. + +use strict; +use POSIX; +use IO::Handle; +use IO::File; +use LWP::UserAgent; +use HTTP::Request; +use HTTP::Request::Common; +use HTTP::Response; +use HTML::Entities; + +our(@warn); +our(@fault); +# neither @warn nor @fault entries have trailing \n + +our(%pkinddesc); +# $pkinddesc{'a b c'} => 'y' after `a b c ? = y' + +our(%parts); +# $parts{"$circuit\n$iteratable"}[]{Part} or item +# $parts{"$circuit\n$iteratable"}[]{Qty} +# $parts{"$circuit\n$iteratable"}[]{Use} +# $parts{"$circuit\n$iteratable"}[]{FileLine} + +our(%partdef); +# $partdef{"part name"}= $item; + +our(%count); +# $count{"$iteratable"} is number of times iteratable is instantiated +# (no syntax for specifying this atm) + +our(%iteminstances); +# @{ $iteminstances{$item} } one entry for every line which mentions it +# $iteminstances{$item}[]{Use} includes circuit +# $iteminstances{$item}[]{Qty} +# $iteminstances{$item}[]{Mult} number of this iteratable +# $iteminstances{$item}[]{FileLine} + +our(%itemdesc); +# $itemdesc{$item}[]= $desc; + +our(%iteminfo); +# $iteminfo{$item}= by_item(...); + +our(%show); +# $show{$item}{Head} ) newline terminated +# $show{$item}{Info} ) strings ready to print +# $show{$item}{Price} calculated value + +our(%suppress_item); +our(@suppress_partre); + +our($incexc); # 'include' or 'exclude' +our(%incexc); # $incexc{$circuit}= 1; for those mentioned + +our(@sorthow); +# list of desc price avail + +our($useragent); +our($jsessionid); + +our($partfrac_unique)= 'aaaa'; # increments + +our($partword1_re)= '\S*[^ \t0-9-]\S*'; +our($partword_re)= '\S*[^ \t0-9/=]\S*'; +our($part_re)= "$partword1_re(?: $partword_re)*"; +our($item_re)= '\d{3}\-\d{3,7}'; + +our(%stockmap)= ('In Stock' => 'Y', + 'Awaiting Delivery' => 'A'); +our($urlbase)= 'http://uk.farnell.com'; + +sub get_useragent () { + my ($whoami,$mailname); + return if defined $useragent; + die "want http_proxy\n" unless exists $ENV{'http_proxy'}; + chomp($whoami= `whoami`); $? and die $?; + chomp($mailname= `cat /etc/mailname`); $? and die $?; + $useragent= new LWP::UserAgent(env_proxy => 1, keep_alive =>1); +} + +sub check_response ($$) { + my ($response,$url) = @_; + $response->is_success or die "$url ".$response->as_string." ?"; +} + +sub by_item ($;$) { + my ($itemcode,$why) = @_; + # looks up $itemcode (ddd-d...) at Farnell and returns + # cat hash ref + local ($_); + my ($chr,$shortcode,$sc2,$url,$price); + $url= "$urlbase/jsp/catalog/viewproductdetails.jsp?prodId="; + $itemcode =~ m/^(\d\d\d)\-(\d{3,7})$/ or die "$itemcode ?"; + $chr->{Item}= $itemcode; + $chr->{Shortcode}= $1.$2; + $url .= $chr->{Shortcode}; + if (!-f "farn.$itemcode") { + my ($response); + get_useragent(); + $response= $useragent->get($url); + check_response($response, $url); + $_= $response->content; + open N, ">tmp.farn.$itemcode" or die $!; + print N or die $!; + close N or die $!; + rename "tmp.farn.$itemcode", "farn.$itemcode" or die $!; + unlink "tmp.farnerr.$itemcode"; + } else { + $_= `cat farn.$itemcode`; $? and die $?; + } + s/[^\n\t\x20-\x7e\£]/\?/g; + if (!eval { + $sc2= snarf('Order Code / Sku'); + die "wrong results $sc2 ?\n" unless $sc2 eq $chr->{Shortcode}; + 1; + }) { + my ($emsg); + $@ =~ s/\n$//; + $emsg= "item $itemcode: $@"; + $emsg.= " ($why)" if defined $why; + push @warn, $emsg; + return undef; + } + $chr->{Description}= snarf('Description'); + eval { + my ($partno)= snarf('Manufacturer Part Number'); + $chr->{Description}= "[$partno] $chr->{Description}"; + }; + $chr->{Avail}= snarf('Stock Availability'); + $chr->{MinOrder}= snarf('Minimum Order'); + $chr->{Multiple}= snarf('Order Multiple'); + $price= snarf('Unit Price', "\n\%2Hj~lZDdn<1)S@FL`q9gW0Dz)`Qe*H5MqTE?9o(;jBGf z{aZjkY1y;29L%H6Rp)+9N1Z6?BWv#%tC|k-YxWA7_X;9cw4SeMF%Rb94CckDr0XP( z6)JmBGsw4P3q`;=1L-g>j61Xc-etzIsnFKe(ByD3Vj}Ij0`8Rw<5F zDLmH{Ki8ByDd62Ld_%xK3FOq%nYi9hcIV^ufG(Y#hHDj9UQ@g_+GnY;0O%7NfIa~V zCnyrUWe(_?S(h#{rp3~i6kN}t19$twjqcvlU3#zhL7-(VenD!eTb?)qbv*J1e1czX 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do-F*oc=W$?F%t4~|DysgCU_9&4A>O}`d@ll^7Q}! literal 0 HcmV?d00001 diff --git a/pcb/pcb-panelise b/pcb/pcb-panelise new file mode 100755 index 0000000..8fef7ff --- /dev/null +++ b/pcb/pcb-panelise @@ -0,0 +1,334 @@ +#!/usr/bin/perl -w +# +# Panelises PCB layouts +# +# Usage: +# pcb-panelise [options] layout1.pcb layout2.pcb ... +# +# Options: +# -gTHOU set inter-board gap to THOU +# (should occur _before_ the board which _precedes_ the +# gap, and then affects all later gaps) +# +# Layouts are currently simply placed parallel from top to bottom. +# Making it put them somewhere else wouldn't be _too_ hard; basically, +# make an option for the user to specify xpos and ypos between layouts. +# +# Rotation will be slightly more difficult and will involve a careful +# review of Stuff, to see where additional transformations etc. are needed. +# It might be eaiser to use pcb to rotate the boards. +# +# We use a trick to make net and element names unique: we append +# spaces to the names in the 2nd and subsequent boards. This seems to +# work fine in pcb snapshot 1.99.20040530-0.0.1 but means that +# - you mustn't feed this program's output to itself! +# - you probably don't want to edit the output (but you didn't +# edit output files anyway, did you?) +# +# On the other hand, pcb's builtin netlist correspondence checker and +# DRC system ought to work properly. + +use strict qw(vars); + +use IO::File; + +our ($line,$indent,$command,$lbrack,$rbrack); +our (@a, $output_file, $accumulate); + +our ($xpos,$ypos,$spaces,@titles); +our ($xmax,$ymax,$gap); +our ($cutlinewidth,$idstring_size); + +sub init () { + $xpos=$ypos=0; + $xmax=0,$ymax=0; + + # 100s of thou like in PCB + $gap=20000; + $cutlinewidth=800; + $idstring_size=100; + + $spaces= ''; + $output_file= ''; + @titles= (); +} + +sub process () { + my ($filename,$fn,$f,$argstring,@stack); + my ($q,$z); + @stack= (); + foreach $filename (@ARGV) { + if ($filename =~ m/^\-g(\d+)$/) { + $gap= $1 * 100; + next; + } elsif ($filename =~ m/^\-/) { + die "$filename ?"; + } + $f = new IO::File $filename, 'r' or die $filename; + &beginfile__; + while (<$f>) { + next if m/^\#/; + next unless m/\S/; + $line= $_; + if (m/^(\s*) ( [A-Z][A-Za-z]* ) \s* ([[(]) (.*) ([])]) \s* $/x) { + ($indent, $command, $lbrack, $argstring, $rbrack) = + ($1,$2,$3,$4,$5); + die unless ($lbrack eq '[') == ($rbrack eq ']'); + foreach $q (qw(' ")) { + $argstring =~ s/ $q ([^$q]*) $q / + $z= $1; $z =~ s, ,\001,g; $q.$z.$q; + /gxe; #"')){ + } + @a= split / /, $argstring; +#print STDERR "$argstring>".join("|",@a)."<\n"; + map { + die "$_ ?" unless + m/^(?: \-? (?: 0 | [1-9]\d* ) (?: \. \d* )? + | 0x[0-9a-f]{8} | 0x[0-9a-f]{16} | + \" (?: \w | [-():,.] | \001 | \$ )* \" | + \'.\' )$/x; + s/\001/ /g; + } @a; + if (defined $accumulate) { + $accumulate .= $line; + } else { + $fn= join '__', 'op',@stack,$command; + &$fn; + } + } elsif (m/^ (?: \s+ \[ \-? \d+ \s+ \-? \d+ \] )+ \s* $/x) { + $line= $_; + $fn= join '__', 'polygondata',@stack; + &$fn; + } elsif (m/^ \s* \( \s* $/x) { + die unless defined $command; + push @stack, $command; + undef $command; + $fn= join '__', 'begin',@stack; + &$fn; + } elsif (m/^ \s* \) \s* $/x) { + $fn= join '__', 'end',@stack; + &$fn; + die unless @stack; + pop @stack; + undef $command; + } else { + die; + } + } + die if @stack; + undef $command; + &endfile__; + die if defined $accumulate; + $f->error and die "$filename $!"; + close $f; + } + &endall__; + + print $output_file or die $!; +} + +sub transform ($;\@) { + my ($ix,$ar) = @_; + $ar= \@a unless defined $ar; + defined $ar->[$ix] or die; + defined $ar->[$ix+1] or die; + $ar->[$ix] += $xpos; + $ar->[$ix+1] += $ypos; +} + +sub fromfirst () { + return if length $spaces; + copy(); +} +sub copy () { + die unless defined $command; + $output_file .= $indent. $command. $lbrack. join(' ',@a). $rbrack. "\n"; +} +sub copyline () { + $output_file .= $line; +} + +our (%identical_map); +sub identical (;$) { + my ($key) = @_; + if (!defined $key) { $key= $command; } + if (!exists $identical_map{$key}) { + $identical_map{$key}= $line; + copy(); + } else { + die unless $identical_map{$key} eq $line; + } +} + +our ($define_identical_key, %define_identical_map); +sub define_identical_do () { $define_identical_key= $line; } +sub define_identical_begin () { $accumulate=''; } +sub define_identical_end () { + if (exists $define_identical_map{$define_identical_key}) { + die unless $define_identical_map{$define_identical_key} eq + $accumulate; + } else { + $define_identical_map{$define_identical_key}= $accumulate; + $output_file .= $define_identical_key."(\n".$accumulate.")\n"; + } + undef $accumulate; +} + +our (@thisextent, @last_horizline); +our ($netlist_aside,$netlist_data); +our ($layer,$layer_aside,%layer_name,%layer_data); + +sub horizline { + my ($xlhs,$xrhs,$y) = @_; + $layer_data{10} .= "\tLine[". + "$xlhs $y $xrhs $y $cutlinewidth 0 0x00000020". + "]\n"; +} + +sub beginfile__ { + @thisextent= (); + if (@last_horizline) { horizline(@last_horizline); } +} +sub op__PCB { + $a[0] =~ m/^"(.+)"$/ or die; + push @titles, $1; + die if @thisextent; + @thisextent= @a[1..2]; + transform(0,@thisextent); + $xmax= $xpos + $thisextent[0] if $xpos + $thisextent[0] > $xmax; + $ymax= $thisextent[1] if $thisextent[1] > $ymax; + if (length $spaces) { horizline($xpos,$thisextent[0],$ypos); } +} +sub endfile__ { + if (@ARGV) { + @last_horizline= ($xpos,$thisextent[0],$thisextent[1]); + if ($idstring_size && !length $spaces) { + $layer_data{10} .= sprintf + ("\tText[%d %d %d %d \"%s\" 0x%08lx]", + $xpos+$gap, $thisextent[1] + $idstring_size * 10, + 0, $idstring_size, 'assembled by '. + '$Id$', + 0); #'); + } + } + $ypos= $thisextent[1] + $gap; + $spaces .= ' '; +} + +sub op__Grid { fromfirst(); } +sub op__Cursor { fromfirst(); } +sub op__Thermal { identical(); } +sub op__DRC { identical(); } +sub op__Flags { identical(); } +sub op__Groups { identical(); } +sub op__Styles { fromfirst(); } + +sub op__Symbol { define_identical_do(); } +sub begin__Symbol { define_identical_begin(); } +sub end__Symbol { define_identical_end(); } + +sub op__Via { transform(0); copy(); } +sub op__Element { + $a[2] =~ s/^\"(.*)\"/\"$1$spaces\"/ or die; + transform(4); + copy(); +} +sub begin__Element { copyline(); } +sub end__Element { copyline(); } +sub op__Element__Pin { copy(); } +sub op__Element__ElementLine { copy(); } +sub op__Element__ElementArc { copy(); } + +sub op__Layer { + if (exists $layer_name{$a[0]}) { + die unless $layer_name{$a[0]} eq $a[1]; + } else { + $layer_name{$a[0]}= $a[1]; + } + $layer= $a[0]; +} +sub begin_aside (\$) { + my ($asideref) = @_; + $$asideref= $output_file; + $output_file= ''; +} +sub end_aside (\$) { + my ($asideref) = @_; + $output_file= $$asideref; + undef $$asideref; +} +sub begin__Layer { + begin_aside($layer_aside); +} +sub op__Layer__Line { + transform(0); + transform(2); + copy(); +} +sub op__Layer__Text { + transform(0); + copy(); +} +sub op__Layer__Arc { + transform(0); + copy(); +} +sub op__Layer__Polygon { + copy(); +} +sub begin__Layer__Polygon { copyline(); } +sub polygondata__Layer__Polygon { + my (@polypoint); + $line =~ s/ \[ (\-?\d+) \ (\-?\d+) \] / + @polypoint= ($1,$2); + transform(0,@polypoint); + "[@polypoint]"; + /egx; + $output_file .= $line; +} +sub end__Layer__Polygon { copyline(); } +sub end__Layer { + $layer_data{$layer} .= $output_file; + end_aside($layer_aside); +} + +sub op__NetList { + die if @a; +} +sub begin__NetList { + begin_aside($netlist_aside); +} +sub op__NetList__Net { + $a[0] =~ s/^\"(.*)\"$/\"$1$spaces\"/ or die; + copy(); +} +sub begin__NetList__Net { copyline(); } +sub op__NetList__Net__Connect { + $a[0] =~ s/^\"([^-]+)\-(\d+)\"$/\"$1$spaces-$2\"/ or die; + copy(); +} +sub end__NetList__Net { copyline(); } +sub end__NetList { + $netlist_data .= $output_file; + end_aside($netlist_aside); +} + +sub endall__ { + $output_file= ('# made by pcb-panelise $Id$'."\n". + "PCB[\"".join('+',@titles).".pcb\" $xmax $ymax]\n". + $output_file); + foreach $layer (sort keys %layer_data) { + $output_file .= "Layer($layer $layer_name{$layer})\n"; + $output_file .= "(\n"; + $output_file .= $layer_data{$layer}; + $output_file .= ")\n"; + } + $output_file .= "NetList()\n"; + $output_file .= "(\n"; + $output_file .= $netlist_data; + $output_file .= ")\n"; +} + +die unless @ARGV; +init(); +process(); diff --git a/pcb/pcbdesigns.zip b/pcb/pcbdesigns.zip new file mode 100644 index 0000000000000000000000000000000000000000..628050be1cc6726522e093abe98896b600e37c30 GIT binary patch literal 39377 zcmV*HKxn^EO9KQH0000805=UJF+|jN*=0@u0PfQQ01W^Y0Ayu!Wn*-2a&s=604>>_B(K$g?cmx1s0Av8|eS4qX#;w@j(Wf}wn>JGGb;%)z5BK$xWhc?ClITiG za$VKcZzJusw~=?1-F0I1_1Q~u01_ZE0M5#?H}bh@R~{Z<9smZfdHuug^7QrT$<^s6 zyEiZYbo{5Y^IiFI-@m!@54%?<*TdK0|DJvQ?e6L6o82z#it3XXKPl>6D2jT3`S$Ac 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SymbolLine[1500 5500 2000 5000 800] + SymbolLine[2000 2000 2000 5000 800] +) +Symbol['h' 1200] +( + SymbolLine[0 0 0 4000 800] + SymbolLine[0 2500 500 2000 800] + SymbolLine[500 2000 1500 2000 800] + SymbolLine[1500 2000 2000 2500 800] + SymbolLine[2000 2500 2000 4000 800] +) +Symbol['i' 1000] +( + SymbolLine[0 1000 0 1500 800] + SymbolLine[0 2500 0 4000 800] +) +Symbol['j' 1000] +( + SymbolLine[500 1000 500 1500 800] + SymbolLine[500 2500 500 5000 800] + SymbolLine[0 5500 500 5000 800] +) +Symbol['k' 1200] +( + SymbolLine[0 0 0 4000 800] + SymbolLine[0 2500 1500 4000 800] + SymbolLine[0 2500 1000 1500 800] +) +Symbol['l' 1000] +( + SymbolLine[0 0 0 3500 800] + SymbolLine[0 3500 500 4000 800] +) +Symbol['m' 1200] +( + SymbolLine[500 2500 500 4000 800] + SymbolLine[500 2500 1000 2000 800] + SymbolLine[1000 2000 1500 2000 800] + SymbolLine[1500 2000 2000 2500 800] + SymbolLine[2000 2500 2000 4000 800] + SymbolLine[2000 2500 2500 2000 800] + SymbolLine[2500 2000 3000 2000 800] + SymbolLine[3000 2000 3500 2500 800] + SymbolLine[3500 2500 3500 4000 800] + SymbolLine[0 2000 500 2500 800] +) +Symbol['n' 1200] +( + SymbolLine[500 2500 500 4000 800] + SymbolLine[500 2500 1000 2000 800] + SymbolLine[1000 2000 1500 2000 800] + SymbolLine[1500 2000 2000 2500 800] + SymbolLine[2000 2500 2000 4000 800] + SymbolLine[0 2000 500 2500 800] +) +Symbol['o' 1200] +( + SymbolLine[0 2500 0 3500 800] + SymbolLine[0 2500 500 2000 800] + SymbolLine[500 2000 1500 2000 800] + SymbolLine[1500 2000 2000 2500 800] + SymbolLine[2000 2500 2000 3500 800] + SymbolLine[1500 4000 2000 3500 800] + SymbolLine[500 4000 1500 4000 800] + SymbolLine[0 3500 500 4000 800] +) +Symbol['p' 1200] +( + SymbolLine[500 2500 500 5500 800] + SymbolLine[0 2000 500 2500 800] + SymbolLine[500 2500 1000 2000 800] + SymbolLine[1000 2000 2000 2000 800] + SymbolLine[2000 2000 2500 2500 800] + SymbolLine[2500 2500 2500 3500 800] + SymbolLine[2000 4000 2500 3500 800] + SymbolLine[1000 4000 2000 4000 800] + SymbolLine[500 3500 1000 4000 800] +) +Symbol['q' 1200] +( + SymbolLine[2000 2500 2000 5500 800] + SymbolLine[1500 2000 2000 2500 800] + SymbolLine[500 2000 1500 2000 800] + SymbolLine[0 2500 500 2000 800] + SymbolLine[0 2500 0 3500 800] + SymbolLine[0 3500 500 4000 800] + SymbolLine[500 4000 1500 4000 800] + SymbolLine[1500 4000 2000 3500 800] +) +Symbol['r' 1200] +( + SymbolLine[500 2500 500 4000 800] + SymbolLine[500 2500 1000 2000 800] + SymbolLine[1000 2000 2000 2000 800] + SymbolLine[0 2000 500 2500 800] +) +Symbol['s' 1200] +( + SymbolLine[500 4000 2000 4000 800] + SymbolLine[2000 4000 2500 3500 800] + SymbolLine[2000 3000 2500 3500 800] + SymbolLine[500 3000 2000 3000 800] + SymbolLine[0 2500 500 3000 800] + SymbolLine[0 2500 500 2000 800] + SymbolLine[500 2000 2000 2000 800] + SymbolLine[2000 2000 2500 2500 800] + SymbolLine[0 3500 500 4000 800] +) +Symbol['t' 1000] +( + SymbolLine[500 0 500 3500 800] + SymbolLine[500 3500 1000 4000 800] + SymbolLine[0 1500 1000 1500 800] +) 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5500 1500 5500 800] + SymbolLine[0 5000 500 5500 800] + SymbolLine[500 4000 1500 4000 800] + SymbolLine[1500 4000 2000 3500 800] +) +Symbol['z' 1200] +( + SymbolLine[0 2000 2000 2000 800] + SymbolLine[0 4000 2000 2000 800] + SymbolLine[0 4000 2000 4000 800] +) +Symbol['{' 1200] +( + SymbolLine[500 500 1000 0 800] + SymbolLine[500 500 500 1500 800] + SymbolLine[0 2000 500 1500 800] + SymbolLine[0 2000 500 2500 800] + SymbolLine[500 2500 500 3500 800] + SymbolLine[500 3500 1000 4000 800] +) +Symbol['|' 1200] +( + SymbolLine[0 0 0 4000 800] +) +Symbol['}' 1200] +( + SymbolLine[0 0 500 500 800] + SymbolLine[500 500 500 1500 800] + SymbolLine[500 1500 1000 2000 800] + SymbolLine[500 2500 1000 2000 800] + SymbolLine[500 2500 500 3500 800] + SymbolLine[0 4000 500 3500 800] +) +Symbol['~' 1200] +( + SymbolLine[0 2500 500 2000 800] + SymbolLine[500 2000 1000 2000 800] + SymbolLine[1000 2000 1500 2500 800] + SymbolLine[1500 2500 2000 2500 800] + SymbolLine[2000 2500 2500 2000 800] +) +Via[590000 157500 5500 2000 0 2800 "" 0x00000002] +Via[735000 135000 6000 2000 0 3500 "" 0x00000002] +Via[520000 47500 6000 2000 0 3500 "" 0x00000002] +Via[617500 152500 5500 2000 0 2800 "" 0x00000002] +Via[607500 97500 5500 2000 0 2800 "" 0x00000002] +Via[590000 97500 5500 2000 0 2800 "" 0x00000002] +Via[1052500 230000 6000 2000 0 3500 "" 0x00000002] +Via[1050000 195000 6000 2000 0 3500 "" 0x00000002] +Via[1055000 202500 6000 2000 0 3500 "" 0x00000002] +Via[1052500 217500 6000 2000 0 3500 "" 0x00000002] +Via[624000 148499 5500 2000 0 2800 "" 0x00000082] +Via[611750 104000 5500 2000 0 2800 "" 0x00000082] +Via[900248 85000 5500 2000 0 2800 "" 0x00000082] +Via[900248 35000 5500 2000 0 2800 "" 0x00000082] +Via[610499 58000 5500 2000 0 2800 "" 0x00000082] +Via[810749 65748 5500 2000 0 2800 "" 0x00000082] +Via[662000 37400 5500 2000 0 2800 "" 0x00000082] +Via[659250 58249 5500 2000 0 2800 "" 0x00000082] +Via[628749 123249 5500 2000 0 2800 "" 0x00000082] +Via[628749 182500 5500 2000 0 2800 "" 0x00000082] +Via[652499 212499 5500 2000 0 2800 "" 0x00000082] +Via[599250 217000 5500 2000 0 2800 "" 0x00000082] +Via[699500 74750 6000 2000 0 3500 "" 0x00000082] +Via[699500 59500 6000 2000 0 3500 "" 0x00000082] +Via[717000 170499 6000 2000 0 3500 "" 0x00000082] +Via[726750 74799 6000 2000 0 3500 "" 0x00000082] +Via[505500 97499 5500 2000 0 2800 "" 0x00000082] +Via[474250 42500 5500 2000 0 2800 "" 0x00000082] +Via[585849 52500 5500 2000 0 2800 "" 0x00000082] + +Element[0x00000000 "" "TERM" "" 277500 25000 -10000 40000 0 100 0x00000000] +( + Pin[-236220 0 10000 4000 11000 5500 "" "13" 0x00004001] + Pin[-216535 0 10000 4000 11000 5500 "" "12" 0x00004001] + Pin[-196850 0 10000 4000 11000 5500 "" "11" 0x00004001] + Pin[-177165 0 10000 4000 11000 5500 "" "10" 0x00004001] + Pin[-157480 0 10000 4000 11000 5500 "" "9" 0x00004001] + Pin[-137795 0 10000 4000 11000 5500 "" "8" 0x00004001] + Pin[0 0 10000 4000 11000 5500 "" "1" 0x00004101] + Pin[-19685 0 10000 4000 11000 5500 "" "2" 0x00004001] + Pin[-39370 0 10000 4000 11000 5500 "" "3" 0x00004001] + Pin[-59055 0 10000 4000 11000 5500 "" "4" 0x00004001] + Pin[-78740 0 10000 4000 11000 5500 "" "5" 0x00004001] + Pin[-98425 0 10000 4000 11000 5500 "" "6" 0x00004001] + Pin[-118110 0 10000 4000 11000 5500 "" "7" 0x00004001] + Pin[-255905 0 10000 4000 11000 5500 "" "14" 0x00004001] + ElementLine [-10000 -5000 -10000 -10000 1000] + ElementLine [10000 -5000 10000 10000 1000] + ElementLine [10000 -10000 10000 -5000 1000] + ElementLine [-10000 -10000 10000 -10000 1000] + ElementLine [-5000 10000 10000 10000 1000] + ElementLine [-10000 10000 -10000 -5000 1000] + ElementLine [-5000 10000 -10000 10000 1000] + ElementLine [10000 10000 10000 10000 1000] + ElementLine [11811 43307 11811 47244 1000] + ElementLine [11811 35433 11811 39370 1000] + ElementLine [11811 27559 11811 31496 1000] + ElementLine [11811 -19685 11811 23622 1000] + ElementLine [-267717 35433 -267717 39370 1000] + ElementLine [-267717 43307 -267717 47244 1000] + ElementLine [-267717 47244 11811 47244 1000] + ElementLine [-267717 -19685 11811 -19685 1000] + ElementLine [-19685 11811 -19685 19685 1000] + ElementLine [-39370 11811 -39370 19685 1000] + ElementLine [-59056 11811 -59056 19685 1000] + ElementLine [-78741 11811 -78741 19685 1000] + ElementLine [-98426 11811 -98426 19685 1000] + ElementLine [-118110 11811 -118110 19685 1000] + ElementLine [-137796 11811 -137796 19685 1000] + ElementLine [-157481 11811 -157481 19685 1000] + ElementLine [-177166 11811 -177166 19685 1000] + ElementLine [-196850 11811 -196850 19685 1000] + ElementLine [-216536 11811 -216536 19685 1000] + ElementLine [-236221 11811 -236221 19685 1000] + ElementLine [-255906 11811 -255906 19685 1000] + ElementLine [0 -15748 0 -7874 1000] + ElementLine [-19685 -15748 -19685 -7874 1000] + ElementLine [-39370 -15748 -39370 -7874 1000] + ElementLine [-59056 -15748 -59056 -7874 1000] + ElementLine [-78741 -15748 -78741 -7874 1000] + ElementLine [-98426 -15748 -98426 -7874 1000] + ElementLine [-118110 -15748 -118110 -7874 1000] + ElementLine [-137796 -15748 -137796 -7874 1000] + ElementLine [-157481 -15748 -157481 -7874 1000] + ElementLine [-177166 -15748 -177166 -7874 1000] + ElementLine [-196850 -15748 -196850 -7874 1000] + ElementLine [-216536 -15748 -216536 -7874 1000] + ElementLine [-236221 -15748 -236221 -7874 1000] + ElementLine [-255906 -15748 -255906 -7874 1000] + ElementLine [-267717 -15748 11811 -15748 1000] + ElementLine [0 11811 0 19685 1000] + ElementLine [-267717 27559 -267717 31496 1000] + ElementLine [-267717 19685 11811 19685 1000] + ElementLine [-267717 -19685 -267717 23622 1000] + + ) + +Element[0x00000000 "" "RPDWI" "" 555000 117500 -7500 -10000 0 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "" "2" 0x00000001] + Pin[0 10000 6500 3000 7500 3000 "" "1" 0x00000001] + ElementLine [10000 7500 5000 2500 1000] + ElementLine [10000 7500 10000 10000 1000] + ElementLine [-10000 7500 -5000 2500 1000] + ElementLine [-10000 7500 -10000 10000 1000] + ElementArc [1 9999 10001 10001 0 90 1000] + ElementArc [0 10000 10000 10000 90 90 1000] + + ) + +Element[0x00000000 "generic" "RAP1" "DIL 16" 832500 155000 10000 8000 0 100 0x00000000] +( + Pin[0 0 6000 3000 7000 2800 "1" "1" 0x00000101] + Pin[0 10000 6000 3000 7000 2800 "2" "2" 0x00000001] + Pin[0 20000 6000 3000 7000 2800 "3" "3" 0x00000001] + Pin[0 30000 6000 3000 7000 2800 "4" "4" 0x00000001] + Pin[0 40000 6000 3000 7000 2800 "5" "5" 0x00000001] + Pin[0 50000 6000 3000 7000 2800 "6" "6" 0x00000001] + Pin[0 60000 6000 3000 7000 2800 "7" "7" 0x00000001] + Pin[0 70000 6000 3000 7000 2800 "8" "8" 0x00000001] + Pin[30000 70000 6000 3000 7000 2800 "9" "9" 0x00000001] + Pin[30000 60000 6000 3000 7000 2800 "10" "10" 0x00000001] + Pin[30000 50000 6000 3000 7000 2800 "11" "11" 0x00000001] + Pin[30000 40000 6000 3000 7000 2800 "12" "12" 0x00000001] + Pin[30000 30000 6000 3000 7000 2800 "13" "13" 0x00000001] + Pin[30000 20000 6000 3000 7000 2800 "14" "14" 0x00000001] + Pin[30000 10000 6000 3000 7000 2800 "15" "15" 0x00000001] + Pin[30000 0 6000 3000 7000 2800 "16" "16" 0x00000001] + ElementLine [20000 -5000 35000 -5000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [35000 75000 35000 -5000 1000] + ElementLine [-5000 75000 35000 75000 1000] + ElementLine [-5000 -5000 -5000 75000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "" "MH0" "" 140000 125000 12500 22500 0 100 0x00000000] +( + Pin[0 0 25000 2000 26000 17700 "" "1" 0x00000001] + ElementArc [1 1 20001 20001 270 90 4000] + ElementArc [-1 1 19999 19999 0 90 4000] + ElementArc [0 0 20000 20000 90 90 4000] + ElementArc [-1 1 20001 20001 180 90 4000] + + ) + +Element[0x00000000 "capacitor_radial" "CULN" "200" 427500 62500 0 -12500 0 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 10000 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementArc [0 5000 10000 10000 270 360 1000] + + ) + +Element[0x00000000 "" "RPDR" "" 530000 135000 -2500 7500 0 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "" "2" 0x00004001] + Pin[-10000 0 6500 3000 7500 3000 "" "1" 0x00004001] + ElementLine [-7500 10000 -2500 5000 1000] + ElementLine [-10000 10000 -7500 10000 1000] + ElementLine [-7500 -10000 -2500 -5000 1000] + ElementLine [-10000 -10000 -7500 -10000 1000] + ElementArc [-9999 1 10001 10001 270 90 1000] + ElementArc [-10000 0 10000 10000 0 90 1000] + + ) + +Element[0x00000000 "capacitor_radial" "CAC05" "200" 555000 55000 -7500 17500 0 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 10000 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementArc [0 5000 10000 10000 270 360 1000] + + ) + +Element[0x00000000 "" "RLY2" "" 237500 95000 10000 17500 0 100 0x00000000] +( + Pin[0 0 7000 3000 8000 3500 "" "1" 0x00000001] + Pin[30000 0 7000 3000 8000 3500 "" "16" 0x00000001] + Pin[30000 30000 7000 3000 8000 3500 "" "13" 0x00000001] + Pin[0 30000 7000 3000 8000 3500 "" "4" 0x00000001] + Pin[30000 70000 7000 3000 8000 3500 "" "9" 0x00000001] + Pin[0 50000 7000 3000 8000 3500 "" "6" 0x00000001] + Pin[30000 50000 7000 3000 8000 3500 "" "11" 0x00000001] + Pin[0 70000 7000 3000 8000 3500 "" "8" 0x00000001] + ElementLine [-5000 -5000 -5000 75000 1000] + ElementLine [-5000 75000 35000 75000 1000] + ElementLine [35000 -5000 35000 75000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [20000 -5000 35000 -5000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "" "RLY4" "" 77500 95000 10000 17500 0 100 0x00000000] +( + Pin[0 0 7000 3000 8000 3500 "" "1" 0x00000001] + Pin[30000 0 7000 3000 8000 3500 "" "16" 0x00000001] + Pin[30000 30000 7000 3000 8000 3500 "" "13" 0x00000001] + Pin[0 30000 7000 3000 8000 3500 "" "4" 0x00000001] + Pin[30000 70000 7000 3000 8000 3500 "" "9" 0x00000001] + Pin[0 50000 7000 3000 8000 3500 "" "6" 0x00000001] + Pin[30000 50000 7000 3000 8000 3500 "" "11" 0x00000001] + Pin[0 70000 7000 3000 8000 3500 "" "8" 0x00000001] + ElementLine [-5000 -5000 -5000 75000 1000] + ElementLine [-5000 75000 35000 75000 1000] + ElementLine [35000 -5000 35000 75000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [20000 -5000 35000 -5000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "" "RLY5" "" 12500 95000 10000 17500 0 100 0x00000000] +( + Pin[0 0 7000 3000 8000 3500 "" "1" 0x00000001] + Pin[30000 0 7000 3000 8000 3500 "" "16" 0x00000001] + Pin[30000 30000 7000 3000 8000 3500 "" "13" 0x00000001] + Pin[0 30000 7000 3000 8000 3500 "" "4" 0x00000001] + Pin[30000 70000 7000 3000 8000 3500 "" "9" 0x00000001] + Pin[0 50000 7000 3000 8000 3500 "" "6" 0x00000001] + Pin[30000 50000 7000 3000 8000 3500 "" "11" 0x00000001] + Pin[0 70000 7000 3000 8000 3500 "" "8" 0x00000001] + ElementLine [-5000 -5000 -5000 75000 1000] + ElementLine [-5000 75000 35000 75000 1000] + ElementLine [35000 -5000 35000 75000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [20000 -5000 35000 -5000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "resistor_axial" "RS0" "500" 440000 152500 -1400 -2000 1 100 0x00000000] +( + Pin[0 12500 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 -37500 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementLine [-4100 0 4100 0 1000] + ElementLine [4100 -25000 4100 0 1000] + ElementLine [-4100 -25000 4100 -25000 1000] + ElementLine [-4100 -25000 -4100 0 1000] + ElementLine [0 -37500 0 -25000 1000] + ElementLine [0 0 0 12500 1000] + + ) + +Element[0x00000000 "" "BR4" "" 92500 190000 12500 -5000 0 100 0x00000000] +( + Pin[0 0 7500 2000 8500 4000 "" "1" 0x00000001] + Pin[42500 0 7500 2000 8500 4000 "" "2" 0x00000001] + Pin[42500 42500 7500 2000 8500 4000 "" "3" 0x00000001] + Pin[0 42500 7500 2000 8500 4000 "" "4" 0x00000001] + ElementLine [0 -10000 52500 -10000 1000] + ElementLine [-10000 0 0 -10000 1000] + ElementLine [-10000 52500 -10000 0 1000] + ElementLine [52500 52500 -10000 52500 1000] + ElementLine [52500 -10000 52500 52500 1000] + ElementArc [20000 22500 10000 10000 0 90 1000] + ElementArc [22500 22500 10000 10000 90 90 1000] + ElementArc [22500 20000 10000 10000 180 90 1000] + ElementArc [22499 10001 1 1 180 90 1000] + ElementArc [20000 20000 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "" "RPDWU" "" 530000 110000 -2500 -12500 0 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "" "2" 0x00004001] + Pin[-10000 0 6500 3000 7500 3000 "" "1" 0x00004001] + ElementLine [-7500 10000 -2500 5000 1000] + ElementLine [-10000 10000 -7500 10000 1000] + ElementLine [-7500 -10000 -2500 -5000 1000] + ElementLine [-10000 -10000 -7500 -10000 1000] + ElementArc [-9999 1 10001 10001 270 90 1000] + ElementArc [-10000 0 10000 10000 0 90 1000] + + ) + +Element[0x00000000 "capacitor_radial" "CPIC0" "200" 555000 167500 -7500 7500 0 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 -10000 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementArc [0 -5000 10000 10000 90 360 1000] + + ) + +Element[0x00000000 "capacitor_radial" "CPIC1" "200" 657500 142500 -7500 -22500 0 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 -10000 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementArc [0 -5000 10000 10000 90 360 1000] + + ) + +Element[0x00000000 "6 inverters OC" "AC05" "7405" 530000 55000 -27500 13000 0 100 0x00000000] +( + Pin[0 0 6000 3000 7000 2800 "1A" "1" 0x00004101] + Pin[-10000 0 6000 3000 7000 2800 "1Y" "2" 0x00004001] + Pin[-20000 0 6000 3000 7000 2800 "2A" "3" 0x00004001] + Pin[-30000 0 6000 3000 7000 2800 "2Y" "4" 0x00004001] + Pin[-40000 0 6000 3000 7000 2800 "3A" "5" 0x00004001] + Pin[-50000 0 6000 3000 7000 2800 "3Y" "6" 0x00004001] + Pin[-60000 0 6000 3000 7000 2800 "Gnd" "7" 0x00004001] + Pin[-60000 30000 6000 3000 7000 2800 "4Y" "8" 0x00004001] + Pin[-50000 30000 6000 3000 7000 2800 "4A" "9" 0x00004001] + Pin[-40000 30000 6000 3000 7000 2800 "5Y" "10" 0x00004001] + Pin[-30000 30000 6000 3000 7000 2800 "5A" "11" 0x00004001] + Pin[-20000 30000 6000 3000 7000 2800 "6Y" "12" 0x00004001] + Pin[-10000 30000 6000 3000 7000 2800 "6A" "13" 0x00004001] + Pin[0 30000 6000 3000 7000 2800 "Vcc" "14" 0x00004001] + ElementLine [5000 20000 5000 35000 1000] + ElementLine [5000 -5000 5000 10000 1000] + ElementLine [-65000 35000 5000 35000 1000] + ElementLine [-65000 -5000 -65000 35000 1000] + ElementLine [-65000 -5000 5000 -5000 1000] + ElementArc [5000 15000 5000 5000 270 180 1000] + + ) + +Element[0x00000000 "generic" "ULN" "DIL 18" 400000 35000 -30000 15500 0 100 0x00000000] +( + Pin[0 0 6000 3000 7000 2800 "1" "1" 0x00004101] + Pin[-10000 0 6000 3000 7000 2800 "2" "2" 0x00004001] + Pin[-20000 0 6000 3000 7000 2800 "3" "3" 0x00004001] + Pin[-30000 0 6000 3000 7000 2800 "4" "4" 0x00004001] + Pin[-40000 0 6000 3000 7000 2800 "5" "5" 0x00004001] + Pin[-50000 0 6000 3000 7000 2800 "6" "6" 0x00004001] + Pin[-60000 0 6000 3000 7000 2800 "7" "7" 0x00004001] + Pin[-70000 0 6000 3000 7000 2800 "8" "8" 0x00004001] + Pin[-80000 0 6000 3000 7000 2800 "9" "9" 0x00004001] + Pin[-80000 30000 6000 3000 7000 2800 "10" "10" 0x00004001] + Pin[-70000 30000 6000 3000 7000 2800 "11" "11" 0x00004001] + Pin[-60000 30000 6000 3000 7000 2800 "12" "12" 0x00004001] + Pin[-50000 30000 6000 3000 7000 2800 "13" "13" 0x00004001] + Pin[-40000 30000 6000 3000 7000 2800 "14" "14" 0x00004001] + Pin[-30000 30000 6000 3000 7000 2800 "15" "15" 0x00004001] + Pin[-20000 30000 6000 3000 7000 2800 "16" "16" 0x00004001] + Pin[-10000 30000 6000 3000 7000 2800 "17" "17" 0x00004001] + Pin[0 30000 6000 3000 7000 2800 "ULN1" "18" 0x00004001] + ElementLine [5000 20000 5000 35000 1000] + ElementLine [5000 -5000 5000 10000 1000] + ElementLine [-85000 35000 5000 35000 1000] + ElementLine [-85000 -5000 -85000 35000 1000] + ElementLine [-85000 -5000 5000 -5000 1000] + ElementArc [5000 15000 5000 5000 270 180 1000] + + ) + +Element[0x00000000 "" "BR0" "" 395000 190000 12500 -5000 0 100 0x00000000] +( + Pin[0 0 7500 2000 8500 4000 "" "1" 0x00000001] + Pin[42500 0 7500 2000 8500 4000 "" "2" 0x00000001] + Pin[42500 42500 7500 2000 8500 4000 "" "3" 0x00000001] + Pin[0 42500 7500 2000 8500 4000 "" "4" 0x00000001] + ElementLine [0 -10000 52500 -10000 1000] + ElementLine [-10000 0 0 -10000 1000] + ElementLine [-10000 52500 -10000 0 1000] + ElementLine [52500 52500 -10000 52500 1000] + ElementLine [52500 -10000 52500 52500 1000] + ElementArc [20000 22500 10000 10000 0 90 1000] + ElementArc [22500 22500 10000 10000 90 90 1000] + ElementArc [22500 20000 10000 10000 180 90 1000] + ElementArc [22499 10001 1 1 180 90 1000] + ElementArc [20000 20000 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "generic" "OC1" "DIL 8" 467500 207500 12500 5500 0 100 0x00000000] +( + Pin[0 0 6000 3000 7000 2800 "1" "1" 0x00000101] + Pin[0 10000 6000 3000 7000 2800 "2" "2" 0x00000001] + Pin[0 20000 6000 3000 7000 2800 "3" "3" 0x00000001] + Pin[0 30000 6000 3000 7000 2800 "4" "4" 0x00000001] + Pin[30000 30000 6000 3000 7000 2800 "5" "5" 0x00000001] + Pin[30000 20000 6000 3000 7000 2800 "6" "6" 0x00000001] + Pin[30000 10000 6000 3000 7000 2800 "7" "7" 0x00000001] + Pin[30000 0 6000 3000 7000 2800 "8" "8" 0x00000001] + ElementLine [20000 -5000 35000 -5000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [35000 -5000 35000 35000 1000] + ElementLine [-5000 35000 35000 35000 1000] + ElementLine [-5000 -5000 -5000 35000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "8xR-array 0.25W, common pin" "RAS" "100" 522500 157500 6000 -6000 0 100 0x00000000] +( + Pin[0 0 7000 3000 8000 3000 "common" "1" 0x00000101] + Pin[0 10000 7000 3000 8000 3000 "1" "2" 0x00000001] + Pin[0 20000 7000 3000 8000 3000 "2" "3" 0x00000001] + Pin[0 30000 7000 3000 8000 3000 "3" "4" 0x00000001] + Pin[0 40000 7000 3000 8000 3000 "4" "5" 0x00000001] + Pin[0 50000 7000 3000 8000 3000 "5" "6" 0x00000001] + Pin[0 60000 7000 3000 8000 3000 "6" "7" 0x00000001] + Pin[0 70000 7000 3000 8000 3000 "7" "8" 0x00000001] + Pin[0 80000 7000 3000 8000 3000 "8" "9" 0x00000001] + ElementLine [-5000 5000 5000 5000 1000] + ElementLine [5000 0 5000 80000 2000] + ElementLine [-5000 0 -5000 80000 2000] + ElementArc [0 80000 5000 5000 0 180 2000] + ElementArc [0 0 5000 5000 180 180 2000] + + ) + +Element[0x00000000 "" "RLY0" "" 390000 95000 10000 17500 0 100 0x00000000] +( + Pin[0 0 7000 3000 8000 3500 "" "1" 0x00000001] + Pin[30000 0 7000 3000 8000 3500 "" "16" 0x00000001] + Pin[30000 30000 7000 3000 8000 3500 "" "13" 0x00000001] + Pin[0 30000 7000 3000 8000 3500 "" "4" 0x00000001] + Pin[30000 70000 7000 3000 8000 3500 "" "9" 0x00000001] + Pin[0 50000 7000 3000 8000 3500 "" "6" 0x00000001] + Pin[30000 50000 7000 3000 8000 3500 "" "11" 0x00000001] + Pin[0 70000 7000 3000 8000 3500 "" "8" 0x00000001] + ElementLine [-5000 -5000 -5000 75000 1000] + ElementLine [-5000 75000 35000 75000 1000] + ElementLine [35000 -5000 35000 75000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [20000 -5000 35000 -5000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "resistor_axial" "RLG" "800" 707500 157500 7000 -46400 0 100 0x00000000] +( + Pin[0 20000 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 -60000 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementLine [-6600 0 6600 0 1000] + ElementLine [6600 -40000 6600 0 1000] + ElementLine [-6600 -40000 6600 -40000 1000] + ElementLine [-6600 -40000 -6600 0 1000] + ElementLine [0 -60000 0 -40000 1000] + ElementLine [0 0 0 20000 1000] + + ) + +Element[0x00000000 "resistor_axial" "RS2" "500" 287500 152500 -1400 -2000 1 100 0x00000000] +( + Pin[0 12500 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 -37500 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementLine [-4100 0 4100 0 1000] + ElementLine [4100 -25000 4100 0 1000] + ElementLine [-4100 -25000 4100 -25000 1000] + ElementLine [-4100 -25000 -4100 0 1000] + ElementLine [0 -37500 0 -25000 1000] + ElementLine [0 0 0 12500 1000] + + ) + +Element[0x00000000 "generic" "OC0" "DIL 16" 467500 115000 10000 8000 0 100 0x00000000] +( + Pin[0 0 6000 3000 7000 2800 "1" "1" 0x00000101] + Pin[0 10000 6000 3000 7000 2800 "2" "2" 0x00000001] + Pin[0 20000 6000 3000 7000 2800 "3" "3" 0x00000001] + Pin[0 30000 6000 3000 7000 2800 "4" "4" 0x00000001] + Pin[0 40000 6000 3000 7000 2800 "5" "5" 0x00000001] + Pin[0 50000 6000 3000 7000 2800 "6" "6" 0x00000001] + Pin[0 60000 6000 3000 7000 2800 "7" "7" 0x00000001] + Pin[0 70000 6000 3000 7000 2800 "8" "8" 0x00000001] + Pin[30000 70000 6000 3000 7000 2800 "9" "9" 0x00000001] + Pin[30000 60000 6000 3000 7000 2800 "10" "10" 0x00000001] + Pin[30000 50000 6000 3000 7000 2800 "11" "11" 0x00000001] + Pin[30000 40000 6000 3000 7000 2800 "12" "12" 0x00000001] + Pin[30000 30000 6000 3000 7000 2800 "13" "13" 0x00000001] + Pin[30000 20000 6000 3000 7000 2800 "14" "14" 0x00000001] + Pin[30000 10000 6000 3000 7000 2800 "15" "15" 0x00000001] + Pin[30000 0 6000 3000 7000 2800 "16" "16" 0x00000001] + ElementLine [20000 -5000 35000 -5000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [35000 -5000 35000 75000 1000] + ElementLine [-5000 75000 35000 75000 1000] + ElementLine [-5000 -5000 -5000 75000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "resistor_axial" "RLR" "800" 690000 150000 -15500 -46400 0 100 0x00000000] +( + Pin[0 20000 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 -60000 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementLine [-6600 0 6600 0 1000] + ElementLine [6600 -40000 6600 0 1000] + ElementLine [-6600 -40000 6600 -40000 1000] + ElementLine [-6600 -40000 -6600 0 1000] + ElementLine [0 -60000 0 -40000 1000] + ElementLine [0 0 0 20000 1000] + + ) + +Element[0x00000000 "Axial non-polar component (typically resistor or capacitor)," "RPT0U" "ACY500" 772500 25000 -43000 -8900 0 100 0x00000000] +( + Pin[12500 0 6500 3000 7500 3000 "1" "1" 0x00004101] + Pin[-37500 0 6500 3000 7500 3000 "2" "2" 0x00004001] + ElementLine [0 -4100 0 4100 1000] + ElementLine [-25000 -4100 0 -4100 1000] + ElementLine [-25000 -4100 -25000 4100 1000] + ElementLine [-25000 4100 0 4100 1000] + ElementLine [-37500 0 -25000 0 1000] + ElementLine [0 0 12500 0 1000] + + ) + +Element[0x00000000 "" "RLL" "" 650000 225000 0 12500 0 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "" "2" 0x00004001] + Pin[10000 0 6500 3000 7500 3000 "" "1" 0x00004001] + ElementLine [7500 -10000 2500 -5000 1000] + ElementLine [7500 -10000 10000 -10000 1000] + ElementLine [7500 10000 2500 5000 1000] + ElementLine [7500 10000 10000 10000 1000] + ElementArc [9999 -1 10001 10001 90 90 1000] + ElementArc [10000 0 10000 10000 180 90 1000] + + ) + +Element[0x00000000 "" "RPCI" "" 675000 55000 -20000 -5000 0 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "" "2" 0x00000001] + Pin[0 10000 6500 3000 7500 3000 "" "1" 0x00000001] + ElementLine [10000 7500 5000 2500 1000] + ElementLine [10000 7500 10000 10000 1000] + ElementLine [-10000 7500 -5000 2500 1000] + ElementLine [-10000 7500 -10000 10000 1000] + ElementArc [1 9999 10001 10001 0 90 1000] + ElementArc [0 10000 10000 10000 90 90 1000] + + ) + +Element[0x00000000 "" "RPCL" "" 717500 75000 -10000 -17500 0 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "" "2" 0x00004001] + Pin[-10000 0 6500 3000 7500 3000 "" "1" 0x00004001] + ElementLine [-7500 10000 -2500 5000 1000] + ElementLine [-10000 10000 -7500 10000 1000] + ElementLine [-7500 -10000 -2500 -5000 1000] + ElementLine [-10000 -10000 -7500 -10000 1000] + ElementArc [-9999 1 10001 10001 270 90 1000] + ElementArc [-10000 0 10000 10000 0 90 1000] + + ) + +Element[0x00000000 "generic" "TS912" "DIL 8" 680000 212500 7500 10500 0 100 0x00000000] +( + Pin[0 0 6000 3000 7000 2800 "1" "1" 0x00000101] + Pin[0 10000 6000 3000 7000 2800 "2" "2" 0x00000001] + Pin[0 20000 6000 3000 7000 2800 "3" "3" 0x00000001] + Pin[0 30000 6000 3000 7000 2800 "4" "4" 0x00000001] + Pin[30000 30000 6000 3000 7000 2800 "5" "5" 0x00000001] + Pin[30000 20000 6000 3000 7000 2800 "6" "6" 0x00000001] + Pin[30000 10000 6000 3000 7000 2800 "7" "7" 0x00000001] + Pin[30000 0 6000 3000 7000 2800 "8" "8" 0x00000001] + ElementLine [20000 -5000 35000 -5000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [35000 -5000 35000 35000 1000] + ElementLine [-5000 35000 35000 35000 1000] + ElementLine [-5000 -5000 -5000 35000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "generic" "PIC" "DIL 40" 577500 52500 25000 8000 0 100 0x00000000] +( + Pin[0 0 6000 3000 7000 2800 "1" "1" 0x00000101] + Pin[0 10000 6000 3000 7000 2800 "2" "2" 0x00000001] + Pin[0 20000 6000 3000 7000 2800 "3" "3" 0x00000001] + Pin[0 30000 6000 3000 7000 2800 "4" "4" 0x00000001] + Pin[0 40000 6000 3000 7000 2800 "5" "5" 0x00000001] + Pin[0 50000 6000 3000 7000 2800 "6" "6" 0x00000001] + Pin[0 60000 6000 3000 7000 2800 "7" "7" 0x00000001] + Pin[0 70000 6000 3000 7000 2800 "8" "8" 0x00000001] + Pin[0 80000 6000 3000 7000 2800 "9" "9" 0x00000001] + Pin[0 90000 6000 3000 7000 2800 "10" "10" 0x00000001] + Pin[0 100000 6000 3000 7000 2800 "11" "11" 0x00000001] + Pin[0 110000 6000 3000 7000 2800 "12" "12" 0x00000001] + Pin[0 120000 6000 3000 7000 2800 "13" "13" 0x00000001] + Pin[0 130000 6000 3000 7000 2800 "14" "14" 0x00000001] + Pin[0 140000 6000 3000 7000 2800 "15" "15" 0x00000001] + Pin[0 150000 6000 3000 7000 2800 "16" "16" 0x00000001] + Pin[0 160000 6000 3000 7000 2800 "17" "17" 0x00000001] + Pin[0 170000 6000 3000 7000 2800 "18" "18" 0x00000001] + Pin[0 180000 6000 3000 7000 2800 "19" "19" 0x00000001] + Pin[0 190000 6000 3000 7000 2800 "20" "20" 0x00000001] + Pin[60000 190000 6000 3000 7000 2800 "21" "21" 0x00000001] + Pin[60000 180000 6000 3000 7000 2800 "22" "22" 0x00000001] + Pin[60000 170000 6000 3000 7000 2800 "23" "23" 0x00000001] + Pin[60000 160000 6000 3000 7000 2800 "24" "24" 0x00000001] + Pin[60000 150000 6000 3000 7000 2800 "25" "25" 0x00000001] + Pin[60000 140000 6000 3000 7000 2800 "26" "26" 0x00000001] + Pin[60000 130000 6000 3000 7000 2800 "27" "27" 0x00000001] + Pin[60000 120000 6000 3000 7000 2800 "28" "28" 0x00000001] + Pin[60000 110000 6000 3000 7000 2800 "29" "29" 0x00000001] + Pin[60000 100000 6000 3000 7000 2800 "30" "30" 0x00000001] + Pin[60000 90000 6000 3000 7000 2800 "31" "31" 0x00000001] + Pin[60000 80000 6000 3000 7000 2800 "32" "32" 0x00000001] + Pin[60000 70000 6000 3000 7000 2800 "33" "33" 0x00000001] + Pin[60000 60000 6000 3000 7000 2800 "34" "34" 0x00000001] + Pin[60000 50000 6000 3000 7000 2800 "35" "35" 0x00000001] + Pin[60000 40000 6000 3000 7000 2800 "36" "36" 0x00000001] + Pin[60000 30000 6000 3000 7000 2800 "37" "37" 0x00000001] + Pin[60000 20000 6000 3000 7000 2800 "38" "38" 0x00000001] + Pin[60000 10000 6000 3000 7000 2800 "39" "39" 0x00000001] + Pin[60000 0 6000 3000 7000 2800 "40" "40" 0x00000001] + ElementLine [-5000 -5000 -5000 195000 1000] + ElementLine [-5000 195000 65000 195000 1000] + ElementLine [65000 195000 65000 -5000 1000] + ElementLine [-5000 -5000 25000 -5000 1000] + ElementLine [35000 -5000 65000 -5000 1000] + ElementArc [30000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "" "POINTS" "" 1082500 226100 -13600 18900 0 100 0x00000000] +( + Pin[-5600 -70200 6000 3000 7000 3000 "" "5" 0x00000001] + Pin[-5600 -81000 6000 3000 7000 3000 "" "6" 0x00000001] + Pin[-5600 -91800 6000 3000 7000 3000 "" "7" 0x00000001] + Pin[-5600 -102600 6000 3000 7000 3000 "" "8" 0x00000001] + Pin[-5600 -113400 6000 3000 7000 3000 "" "9" 0x00000001] + Pin[-5600 -124200 6000 3000 7000 3000 "" "10" 0x00000001] + Pin[5600 -32400 6000 3000 7000 3000 "" "14" 0x00000001] + Pin[-5600 -135000 6000 3000 7000 3000 "" "11" 0x00000001] + Pin[-5600 -48600 6000 3000 7000 3000 "" "3" 0x00000001] + Pin[-5600 -156600 6000 3000 7000 3000 "" "13" 0x00000001] + Pin[-5600 -27000 6000 3000 7000 3000 "" "1" 0x00000101] + Pin[-5600 -37800 6000 3000 7000 3000 "" "2" 0x00000001] + Pin[5600 -129600 6000 3000 7000 3000 "" "23" 0x00000001] + Pin[5600 -140400 6000 3000 7000 3000 "" "24" 0x00000001] + Pin[5600 -151200 6000 3000 7000 3000 "" "25" 0x00000001] + Pin[5600 -75600 6000 3000 7000 3000 "" "18" 0x00000001] + Pin[5600 -64800 6000 3000 7000 3000 "" "17" 0x00000001] + Pin[5600 -54000 6000 3000 7000 3000 "" "16" 0x00000001] + Pin[5600 -43200 6000 3000 7000 3000 "" "15" 0x00000001] + Pin[5600 -86400 6000 3000 7000 3000 "" "19" 0x00000001] + Pin[5600 -118800 6000 3000 7000 3000 "" "22" 0x00000001] + Pin[5600 -108000 6000 3000 7000 3000 "" "21" 0x00000001] + Pin[5600 -97200 6000 3000 7000 3000 "" "20" 0x00000001] + Pin[0 0 25000 3000 26000 12500 "" "27" 0x00000001] + Pin[0 -183600 25000 3000 26000 12500 "" "26" 0x00000001] + Pin[-5600 -59400 6000 3000 7000 3000 "" "4" 0x00000001] + Pin[-5600 -145800 6000 3000 7000 3000 "" "12" 0x00000001] + ElementLine [10000 -47500 10000 -45000 1000] + ElementLine [12500 -42500 10000 -45000 1000] + ElementLine [12500 -42500 17500 -42500 1000] + ElementLine [20000 -45000 17500 -42500 1000] + ElementLine [17500 -47500 20000 -45000 1000] + ElementLine [15000 -47500 17500 -47500 1000] + ElementLine [15000 -47500 15000 -45000 1000] + ElementLine [10000 -40000 17500 -40000 1000] + ElementLine [20000 -37500 17500 -40000 1000] + ElementLine [17500 -35000 20000 -37500 1000] + ElementLine [10000 -35000 17500 -35000 1000] + ElementLine [20000 -32500 20000 -27500 1000] + ElementLine [10000 -27500 20000 -27500 1000] + ElementLine [15000 -22500 15000 -20000 1000] + ElementLine [12500 -25000 15000 -22500 1000] + ElementLine [10000 -22500 12500 -25000 1000] + ElementLine [10000 -22500 10000 -20000 1000] + ElementLine [10000 -20000 20000 -20000 1000] + ElementLine [-20000 -195000 20000 -195000 2500] + ElementLine [-25000 -190000 -25000 7500 2500] + ElementLine [-20000 12500 20000 12500 2500] + ElementArc [-20000 -190000 5000 5000 270 90 2500] + ElementArc [-19999 7499 5001 5001 0 90 2500] + ElementArc [-19999 12501 1 1 270 90 2500] + ElementArc [-20001 -195001 1 1 90 90 2500] + ElementArc [-29999 -165001 1 1 0 90 1000] + ElementArc [-29999 -165001 1 1 0 90 1000] + + ) + +Element[0x00000000 "" "PTD2" "" 932500 45000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "" "RLY1" "" 315000 95000 10000 17500 0 100 0x00000000] +( + Pin[0 0 7000 3000 8000 3500 "" "1" 0x00000001] + Pin[30000 0 7000 3000 8000 3500 "" "16" 0x00000001] + Pin[30000 30000 7000 3000 8000 3500 "" "13" 0x00000001] + Pin[0 30000 7000 3000 8000 3500 "" "4" 0x00000001] + Pin[30000 70000 7000 3000 8000 3500 "" "9" 0x00000001] + Pin[0 50000 7000 3000 8000 3500 "" "6" 0x00000001] + Pin[30000 50000 7000 3000 8000 3500 "" "11" 0x00000001] + Pin[0 70000 7000 3000 8000 3500 "" "8" 0x00000001] + ElementLine [-5000 -5000 -5000 75000 1000] + ElementLine [-5000 75000 35000 75000 1000] + ElementLine [35000 -5000 35000 75000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [20000 -5000 35000 -5000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "" "BR1" "" 320000 190000 12500 -5000 0 100 0x00000000] +( + Pin[0 0 7500 2000 8500 4000 "" "1" 0x00000001] + Pin[42500 0 7500 2000 8500 4000 "" "2" 0x00000001] + Pin[42500 42500 7500 2000 8500 4000 "" "3" 0x00000001] + Pin[0 42500 7500 2000 8500 4000 "" "4" 0x00000001] + ElementLine [0 -10000 52500 -10000 1000] + ElementLine [-10000 0 0 -10000 1000] + ElementLine [-10000 52500 -10000 0 1000] + ElementLine [52500 52500 -10000 52500 1000] + ElementLine [52500 -10000 52500 52500 1000] + ElementArc [20000 22500 10000 10000 0 90 1000] + ElementArc [22500 22500 10000 10000 90 90 1000] + ElementArc [22500 20000 10000 10000 180 90 1000] + ElementArc [22499 10001 1 1 180 90 1000] + ElementArc [20000 20000 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "resistor_axial" "RS1" "500" 365000 152500 -1400 -2000 1 100 0x00000000] +( + Pin[0 12500 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 -37500 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementLine [-4100 0 4100 0 1000] + ElementLine [4100 -25000 4100 0 1000] + ElementLine [-4100 -25000 4100 -25000 1000] + ElementLine [-4100 -25000 -4100 0 1000] + ElementLine [0 -37500 0 -25000 1000] + ElementLine [0 0 0 12500 1000] + + ) + +Element[0x00000000 "" "INDIV0" "" 755000 235000 -10000 -20000 0 100 0x00000000] +( + Pin[5600 -48600 6000 3000 7000 3000 "" "3" 0x00000001] + Pin[5600 -59400 6000 3000 7000 3000 "" "4" 0x00000001] + Pin[5600 -70200 6000 3000 7000 3000 "" "5" 0x00000001] + Pin[5600 -81000 6000 3000 7000 3000 "" "6" 0x00000001] + Pin[5600 -91800 6000 3000 7000 3000 "" "7" 0x00000001] + Pin[5600 -102600 6000 3000 7000 3000 "" "8" 0x00000001] + Pin[5600 -113400 6000 3000 7000 3000 "" "9" 0x00000001] + Pin[5600 -124200 6000 3000 7000 3000 "" "10" 0x00000001] + Pin[5600 -135000 6000 3000 7000 3000 "" "11" 0x00000001] + Pin[5600 -145800 6000 3000 7000 3000 "" "12" 0x00000001] + Pin[5600 -156600 6000 3000 7000 3000 "" "13" 0x00000001] + Pin[-5600 -32400 6000 3000 7000 3000 "" "14" 0x00000001] + Pin[-5600 -43200 6000 3000 7000 3000 "" "15" 0x00000001] + Pin[-5600 -54000 6000 3000 7000 3000 "" "16" 0x00000001] + Pin[-5600 -64800 6000 3000 7000 3000 "" "17" 0x00000001] + Pin[-5600 -75600 6000 3000 7000 3000 "" "18" 0x00000001] + Pin[-5600 -86400 6000 3000 7000 3000 "" "19" 0x00000001] + Pin[-5600 -97200 6000 3000 7000 3000 "" "20" 0x00000001] + Pin[-5600 -108000 6000 3000 7000 3000 "" "21" 0x00000001] + Pin[-5600 -118800 6000 3000 7000 3000 "" "22" 0x00000001] + Pin[-5600 -129600 6000 3000 7000 3000 "" "23" 0x00000001] + Pin[-5600 -140400 6000 3000 7000 3000 "" "24" 0x00000001] + Pin[-5600 -151200 6000 3000 7000 3000 "" "25" 0x00000001] + Pin[0 -183600 25000 3000 26000 12500 "" "26" 0x00000001] + Pin[0 0 25000 3000 26000 12500 "" "27" 0x00000001] + Pin[5600 -27000 6000 3000 7000 3000 "" "1" 0x00000101] + Pin[5600 -37800 6000 3000 7000 3000 "" "2" 0x00000001] + ElementLine [-22500 -155000 -12500 -155000 2500] + ElementLine [-12500 -157500 -12500 -152500 2500] + ElementLine [-17500 -167500 -22500 -162500 2500] + ElementLine [-17500 -167500 -12500 -162500 2500] + ElementLine [-22500 -167500 -12500 -167500 2500] + ElementLine [-22500 -177500 -22500 -172500 2500] + ElementLine [-22500 -172500 -17500 -172500 2500] + ElementLine [-17500 -177500 -17500 -172500 2500] + ElementLine [-17500 -177500 -12500 -177500 2500] + ElementLine [-12500 -177500 -12500 -172500 2500] + ElementLine [25000 -190000 25000 7500 2500] + ElementLine [-20000 -195000 20000 -195000 2500] + ElementLine [-25000 -190000 -25000 7500 2500] + ElementLine [-20000 12500 20000 12500 2500] + ElementArc [20000 -190000 5000 5000 180 90 2500] + ElementArc [-20001 -195001 1 1 90 90 2500] + ElementArc [-20000 -190000 5000 5000 270 90 2500] + ElementArc [-19999 7499 5001 5001 0 90 2500] + ElementArc [-19999 12501 1 1 270 90 2500] + ElementArc [20000 7500 5000 5000 90 90 2500] + ElementArc [-14999 -182501 1 1 0 90 1000] + ElementArc [-14999 -182501 1 1 0 90 1000] + + ) + +Element[0x00000000 "" "BR3" "" 167500 190000 12500 -5000 0 100 0x00000000] +( + Pin[0 0 7500 2000 8500 4000 "" "1" 0x00000001] + Pin[42500 0 7500 2000 8500 4000 "" "2" 0x00000001] + Pin[42500 42500 7500 2000 8500 4000 "" "3" 0x00000001] + Pin[0 42500 7500 2000 8500 4000 "" "4" 0x00000001] + ElementLine [0 -10000 52500 -10000 1000] + ElementLine [-10000 0 0 -10000 1000] + ElementLine [-10000 52500 -10000 0 1000] + ElementLine [52500 52500 -10000 52500 1000] + ElementLine [52500 -10000 52500 52500 1000] + ElementArc [20000 22500 10000 10000 0 90 1000] + ElementArc [22500 22500 10000 10000 90 90 1000] + ElementArc [22500 20000 10000 10000 180 90 1000] + ElementArc [22499 10001 1 1 180 90 1000] + ElementArc [20000 20000 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "" "BR2" "" 242500 190000 12500 -5000 0 100 0x00000000] +( + Pin[0 0 7500 2000 8500 4000 "" "1" 0x00000001] + Pin[42500 0 7500 2000 8500 4000 "" "2" 0x00000001] + Pin[42500 42500 7500 2000 8500 4000 "" "3" 0x00000001] + Pin[0 42500 7500 2000 8500 4000 "" "4" 0x00000001] + ElementLine [0 -10000 52500 -10000 1000] + ElementLine [-10000 0 0 -10000 1000] + ElementLine [-10000 52500 -10000 0 1000] + ElementLine [52500 52500 -10000 52500 1000] + ElementLine [52500 -10000 52500 52500 1000] + ElementArc [20000 22500 10000 10000 0 90 1000] + ElementArc [22500 22500 10000 10000 90 90 1000] + ElementArc [22500 20000 10000 10000 180 90 1000] + ElementArc [22499 10001 1 1 180 90 1000] + ElementArc [20000 20000 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "" "RS4" "" 132500 160000 -10000 7500 1 100 0x00000000] +( + Pin[0 0 6500 3000 7500 3000 "" "2" 0x00004001] + Pin[10000 0 6500 3000 7500 3000 "" "1" 0x00004101] + ElementLine [7500 -10000 2500 -5000 1000] + ElementLine [7500 -10000 10000 -10000 1000] + ElementLine [7500 10000 2500 5000 1000] + ElementLine [7500 10000 10000 10000 1000] + ElementArc [9999 -1 10001 10001 90 90 1000] + ElementArc [10000 0 10000 10000 180 90 1000] + + ) + +Element[0x00000000 "Axial non-polar component (typically resistor or capacitor)," "RPCPT" "ACY500" 667500 32500 27000 6100 0 100 0x00000000] +( + Pin[-12500 0 6500 3000 7500 3000 "1" "1" 0x00004101] + Pin[37500 0 6500 3000 7500 3000 "2" "2" 0x00004001] + ElementLine [0 -4100 0 4100 1000] + ElementLine [0 4100 25000 4100 1000] + ElementLine [25000 -4100 25000 4100 1000] + ElementLine [0 -4100 25000 -4100 1000] + ElementLine [25000 0 37500 0 1000] + ElementLine [-12500 0 0 0 1000] + + ) + +Element[0x00000000 "resistor_axial" "RS3" "500" 220000 152500 -1400 -2000 1 100 0x00000000] +( + Pin[0 12500 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 -37500 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementLine [-4100 0 4100 0 1000] + ElementLine [4100 -25000 4100 0 1000] + ElementLine [-4100 -25000 4100 -25000 1000] + ElementLine [-4100 -25000 -4100 0 1000] + ElementLine [0 -37500 0 -25000 1000] + ElementLine [0 0 0 12500 1000] + + ) + +Element[0x00000000 "" "BUS" "" 467500 30000 -40000 0 0 100 0x00000000] +( + Pin[0 0 7000 3000 8000 4000 "" "1" 0x00004101] + Pin[0 -10000 7000 3000 8000 4000 "" "2" 0x00004001] + Pin[10000 0 7000 3000 8000 4000 "" "3" 0x00004001] + Pin[10000 -10000 7000 3000 8000 4000 "" "4" 0x00004001] + Pin[20000 0 7000 3000 8000 4000 "" "5" 0x00004001] + Pin[20000 -10000 7000 3000 8000 4000 "" "6" 0x00004001] + Pin[30000 0 7000 3000 8000 4000 "" "7" 0x00004001] + Pin[30000 -10000 7000 3000 8000 4000 "" "8" 0x00004001] + Pin[40000 0 7000 3000 8000 4000 "" "9" 0x00004001] + Pin[40000 -10000 7000 3000 8000 4000 "" "10" 0x00004001] + Pin[50000 0 7000 3000 8000 4000 "" "11" 0x00004001] + Pin[50000 -10000 7000 3000 8000 4000 "" "12" 0x00004001] + Pin[60000 0 7000 3000 8000 4000 "" "13" 0x00004001] + Pin[60000 -10000 7000 3000 8000 4000 "" "14" 0x00004001] + Pin[70000 0 7000 3000 8000 4000 "" "15" 0x00004001] + Pin[70000 -10000 7000 3000 8000 4000 "" "16" 0x00004001] + Pin[80000 0 7000 3000 8000 4000 "" "17" 0x00004001] + Pin[80000 -10000 7000 3000 8000 4000 "" "18" 0x00004001] + Pin[90000 0 7000 3000 8000 4000 "" "19" 0x00004001] + Pin[90000 -10000 7000 3000 8000 4000 "" "20" 0x00004001] + Pin[100000 0 7000 3000 8000 4000 "" "21" 0x00004001] + Pin[100000 -10000 7000 3000 8000 4000 "" "22" 0x00004001] + Pin[110000 0 7000 3000 8000 4000 "" "23" 0x00004001] + Pin[110000 -10000 7000 3000 8000 4000 "" "24" 0x00004001] + Pin[120000 0 7000 3000 8000 4000 "" "25" 0x00004001] + Pin[120000 -10000 7000 3000 8000 4000 "" "26" 0x00004001] + Pin[130000 0 7000 3000 8000 4000 "" "27" 0x00004001] + Pin[130000 -10000 7000 3000 8000 4000 "" "28" 0x00004001] + Pin[140000 0 7000 3000 8000 4000 "" "29" 0x00004001] + Pin[140000 -10000 7000 3000 8000 4000 "" "30" 0x00004001] + Pin[150000 0 7000 3000 8000 4000 "" "31" 0x00004001] + Pin[150000 -10000 7000 3000 8000 4000 "" "32" 0x00004001] + Pin[160000 0 7000 3000 8000 4000 "" "33" 0x00004001] + Pin[160000 -10000 7000 3000 8000 4000 "" "34" 0x00004001] + ElementLine [67500 8000 92500 8000 800] + ElementLine [67500 12000 92500 12000 800] + ElementLine [67500 10000 -17500 10000 5000] + ElementLine [92500 10000 177500 10000 5000] + ElementLine [177500 -20000 -17500 -20000 5000] + ElementLine [-17500 -20000 -17500 10000 5000] + ElementLine [177500 -20000 177500 10000 5000] + ElementLine [-5000 -5000 5000 -5000 1000] + ElementLine [5000 -5000 5000 5000 1000] + ElementLine [-5000 -15000 -5000 5000 2000] + ElementLine [-5000 -15000 165000 -15000 2000] + ElementLine [165000 -15000 165000 5000 2000] + ElementLine [-5000 5000 165000 5000 2000] + + ) + +Element[0x00000000 "generic" "RAP0" "DIL 16" 825000 17500 7500 10500 0 100 0x00000000] +( + Pin[0 0 6000 3000 7000 2800 "1" "1" 0x00000101] + Pin[0 10000 6000 3000 7000 2800 "2" "2" 0x00000001] + Pin[0 20000 6000 3000 7000 2800 "3" "3" 0x00000001] + Pin[0 30000 6000 3000 7000 2800 "4" "4" 0x00000001] + Pin[0 40000 6000 3000 7000 2800 "5" "5" 0x00000001] + Pin[0 50000 6000 3000 7000 2800 "6" "6" 0x00000001] + Pin[0 60000 6000 3000 7000 2800 "7" "7" 0x00000001] + Pin[0 70000 6000 3000 7000 2800 "8" "8" 0x00000001] + Pin[30000 70000 6000 3000 7000 2800 "9" "9" 0x00000001] + Pin[30000 60000 6000 3000 7000 2800 "10" "10" 0x00000001] + Pin[30000 50000 6000 3000 7000 2800 "11" "11" 0x00000001] + Pin[30000 40000 6000 3000 7000 2800 "12" "12" 0x00000001] + Pin[30000 30000 6000 3000 7000 2800 "13" "13" 0x00000001] + Pin[30000 20000 6000 3000 7000 2800 "14" "14" 0x00000001] + Pin[30000 10000 6000 3000 7000 2800 "15" "15" 0x00000001] + Pin[30000 0 6000 3000 7000 2800 "16" "16" 0x00000001] + ElementLine [20000 -5000 35000 -5000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [35000 75000 35000 -5000 1000] + ElementLine [-5000 75000 35000 75000 1000] + ElementLine [-5000 -5000 -5000 75000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "" "BR5" "" 17500 190000 12500 -5000 0 100 0x00000000] +( + Pin[0 0 7500 2000 8500 4000 "" "1" 0x00000001] + Pin[42500 0 7500 2000 8500 4000 "" "2" 0x00000001] + Pin[42500 42500 7500 2000 8500 4000 "" "3" 0x00000001] + Pin[0 42500 7500 2000 8500 4000 "" "4" 0x00000001] + ElementLine [0 -10000 52500 -10000 1000] + ElementLine [-10000 0 0 -10000 1000] + ElementLine [-10000 52500 -10000 0 1000] + ElementLine [52500 52500 -10000 52500 1000] + ElementLine [52500 -10000 52500 52500 1000] + ElementArc [20000 22500 10000 10000 0 90 1000] + ElementArc [22500 22500 10000 10000 90 90 1000] + ElementArc [22500 20000 10000 10000 180 90 1000] + ElementArc [22499 10001 1 1 180 90 1000] + ElementArc [20000 20000 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET16" "TO220W" 887500 220000 0 6000 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "Transistor" "PTFET4" "TO220W" 887500 70000 0 6000 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD4" "" 932500 70000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET6" "TO220W" 887500 95000 0 6000 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD6" "" 932500 95000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET8" "TO220W" 887500 120000 0 6000 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD8" "" 932500 120000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET10" "TO220W" 887500 145000 0 6000 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD10" "" 932500 145000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET12" "TO220W" 887500 170000 0 6000 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD12" "" 932500 170000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET14" "TO220W" 887500 195000 0 6000 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD14" "" 932500 195000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "" "RLY3" "" 172500 97500 10000 17500 0 100 0x00000000] +( + Pin[0 0 7000 3000 8000 3500 "" "1" 0x00000001] + Pin[30000 0 7000 3000 8000 3500 "" "16" 0x00000001] + Pin[30000 30000 7000 3000 8000 3500 "" "13" 0x00000001] + Pin[0 30000 7000 3000 8000 3500 "" "4" 0x00000001] + Pin[30000 70000 7000 3000 8000 3500 "" "9" 0x00000001] + Pin[0 50000 7000 3000 8000 3500 "" "6" 0x00000001] + Pin[30000 50000 7000 3000 8000 3500 "" "11" 0x00000001] + Pin[0 70000 7000 3000 8000 3500 "" "8" 0x00000001] + ElementLine [-5000 -5000 -5000 75000 1000] + ElementLine [-5000 75000 35000 75000 1000] + ElementLine [35000 -5000 35000 75000 1000] + ElementLine [-5000 -5000 10000 -5000 1000] + ElementLine [20000 -5000 35000 -5000 1000] + ElementArc [15000 -5000 5000 5000 0 180 1000] + + ) + +Element[0x00000000 "" "PTD16" "" 932500 220000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET3" "TO220W" 972500 60000 5000 -16500 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "Transistor" "PTFET11" "TO220W" 972500 160000 5000 -16500 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD13" "" 1017500 185000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "" "PTD5" "" 1017500 85000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET0" "TO220W" 887500 20000 0 6000 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "Transistor" "PTFET13" "TO220W" 972500 185000 5000 -16500 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "Transistor" "PTFET5" "TO220W" 972500 85000 5000 -16500 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD7" "" 1017500 110000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET7" "TO220W" 972500 110000 5000 -16500 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD15" "" 1017500 210000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET15" "TO220W" 972500 210000 5000 -16500 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD9" "" 1017500 135000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "" "PTD1" "" 1017500 35000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET9" "TO220W" 972500 135000 5000 -16500 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "Transistor" "PTFET1" "TO220W" 972500 35000 5000 -16500 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD17" "" 1017500 235000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET17" "TO220W" 972500 235000 5000 -16500 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "" "PTD11" "" 1017500 160000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "" "PTD0" "" 932500 20000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "" "PTD3" "" 1017500 60000 7500 -12500 0 100 0x00000000] +( + Pin[0 0 12500 3000 13500 6000 "" "1" 0x00004101] + Pin[20000 0 12500 3000 13500 6000 "" "2" 0x00004001] + ElementLine [12500 -5000 12500 5000 1000] + ElementLine [7500 0 12500 5000 1000] + ElementLine [7500 0 12500 -5000 1000] + ElementLine [7500 -5000 7500 5000 1000] + ElementArc [-1 1 9999 9999 0 90 1000] + ElementArc [0 0 10000 10000 90 90 1000] + ElementArc [-1 1 10001 10001 180 90 1000] + ElementArc [0 0 10000 10000 270 90 1000] + + ) + +Element[0x00000000 "Transistor" "PTFET2" "TO220W" 887500 45000 0 6000 0 100 0x00000000] +( + Pin[0 0 8000 3000 9000 4400 "1" "1" 0x00004101] + Pin[10000 0 8000 3000 9000 4400 "2" "2" 0x00004001] + Pin[20000 0 8000 3000 9000 4400 "3" "3" 0x00004001] + ElementLine [17000 -12000 17000 -6000 1000] + ElementLine [3000 -12000 3000 -6000 1000] + ElementLine [-10000 -6000 -10000 -12000 2000] + ElementLine [30000 -6000 -10000 -6000 2000] + ElementLine [30000 -12000 30000 -6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + ElementLine [-10000 6000 -10000 -12000 2000] + ElementLine [30000 6000 -10000 6000 2000] + ElementLine [30000 -12000 30000 6000 2000] + ElementLine [-10000 -12000 30000 -12000 2000] + + ) + +Element[0x00000000 "resistor_axial" "RS5" "500" 60000 152500 -1400 -2000 1 100 0x00000000] +( + Pin[0 12500 6500 3000 7500 3000 "1" "1" 0x00000101] + Pin[0 -37500 6500 3000 7500 3000 "2" "2" 0x00000001] + ElementLine [-4100 0 4100 0 1000] + ElementLine [4100 -25000 4100 0 1000] + ElementLine [-4100 -25000 4100 -25000 1000] + ElementLine [-4100 -25000 -4100 0 1000] + ElementLine [0 -37500 0 -25000 1000] + ElementLine [0 0 0 12500 1000] + + ) + +Element[0x00000000 "" "MH1" "" 847500 122500 0 0 0 100 0x00000000] +( + Pin[0 0 25000 2000 26000 17700 "" "1" 0x00000001] + ElementArc [1 1 20001 20001 270 90 4000] + ElementArc [-1 1 19999 19999 0 90 4000] + ElementArc [0 0 20000 20000 90 90 4000] + ElementArc [-1 1 20001 20001 180 90 4000] + + ) + +Element[0x00000000 "" "INDIV1" "" 797500 82500 -7500 112500 0 100 0x00000000] +( + Pin[10000 90000 7000 3000 8000 4000 "" "20" 0x00000001] + Pin[0 90000 7000 3000 8000 4000 "" "19" 0x00000001] + Pin[10000 80000 7000 3000 8000 4000 "" "18" 0x00000001] + Pin[0 80000 7000 3000 8000 4000 "" "17" 0x00000001] + Pin[10000 70000 7000 3000 8000 4000 "" "16" 0x00000001] + Pin[0 70000 7000 3000 8000 4000 "" "15" 0x00000001] + Pin[10000 60000 7000 3000 8000 4000 "" "14" 0x00000001] + Pin[0 60000 7000 3000 8000 4000 "" "13" 0x00000001] + Pin[10000 50000 7000 3000 8000 4000 "" "12" 0x00000001] + Pin[0 50000 7000 3000 8000 4000 "" "11" 0x00000001] + Pin[10000 40000 7000 3000 8000 4000 "" "10" 0x00000001] + Pin[0 40000 7000 3000 8000 4000 "" "9" 0x00000001] + Pin[10000 30000 7000 3000 8000 4000 "" "8" 0x00000001] + Pin[0 30000 7000 3000 8000 4000 "" "7" 0x00000001] + Pin[10000 20000 7000 3000 8000 4000 "" "6" 0x00000001] + Pin[0 20000 7000 3000 8000 4000 "" "5" 0x00000001] + Pin[10000 10000 7000 3000 8000 4000 "" "4" 0x00000001] + Pin[0 10000 7000 3000 8000 4000 "" "3" 0x00000001] + Pin[10000 0 7000 3000 8000 4000 "" "2" 0x00000001] + Pin[0 0 7000 3000 8000 4000 "" "1" 0x00000101] + ElementLine [20000 -17500 20000 107500 5000] + ElementLine [-5000 5000 5000 5000 1000] + ElementLine [15000 -5000 -5000 -5000 2000] + ElementLine [15000 95000 15000 -5000 2000] + ElementLine [-8000 32500 -8000 57500 800] + ElementLine [-5000 95000 15000 95000 2000] + ElementLine [-5000 -5000 -5000 95000 2000] + ElementLine [-12000 32500 -12000 57500 800] + ElementLine [-10000 -17500 -10000 32500 5000] + ElementLine [-10000 57500 -10000 107500 5000] + ElementLine [-10000 -17500 20000 -17500 5000] + ElementLine [-10000 107500 20000 107500 5000] + ElementLine [5000 5000 5000 -5000 1000] + + ) +Layer(1 "component") +( + Line[330000 150000 330000 135000 4000 2000 0x00000020] + Line[500000 125000 497500 125000 2500 2000 0x00000020] + Line[345000 135000 345000 145000 4000 2000 0x00000020] + Line[315000 165000 330000 150000 4000 2000 0x00000020] + Line[257500 22500 257815 22815 4000 2000 0x00000020] + Line[532500 102500 537500 107500 2500 2000 0x00000020] + Line[817500 105000 817500 80000 1000 2000 0x00000020] + Line[555000 167500 545000 157500 2500 2000 0x00000020] + Line[320000 232500 320000 220000 4000 2000 0x00000020] + Line[537500 107500 537500 150000 2500 2000 0x00000020] + Line[822500 107500 822500 87500 1000 2000 0x00000020] + Line[797500 112500 802500 107500 1000 2000 0x00000020] + Line[802500 107500 822500 107500 1000 2000 0x00000020] + Line[817500 80000 825000 77500 1000 2000 0x00000020] + Line[807500 102500 810000 105000 1000 2000 0x00000020] + Line[712500 172500 710000 170000 1000 2000 0x00000020] + Line[645000 137500 710000 137500 1000 2000 0x00000020] + Line[590000 45000 582500 45000 800 1400 0x00000020] + Line[590000 92500 590000 45000 800 1400 0x00000020] + Line[142500 160000 157500 180000 1000 2000 0x00000020] + Line[390000 165000 405000 150000 4000 2000 0x00000020] + Line[92500 135000 107500 145000 4000 2000 0x00000220] + Line[42500 135000 92500 135000 4000 2000 0x00000220] + Line[712500 175000 712500 172500 1000 2000 0x00000020] + Line[60000 165000 80000 182500 1000 2000 0x00000020] + Line[445000 212500 467500 227500 1000 2000 0x00000020] + Line[395000 232500 395000 220000 4000 2000 0x00000020] + Line[420000 135000 420000 145000 4000 2000 0x00000020] + Line[405000 150000 405000 135000 4000 2000 0x00000020] + Line[417500 47500 417500 80000 4000 2000 0x00000020] + Line[447500 110000 467500 115000 1000 2000 0x00000020] + Line[92500 150000 92500 135000 4000 2000 0x00000220] + Line[450000 175000 297500 175000 1000 2000 0x00000020] + Line[452500 177500 452500 175000 1000 2000 0x00000020] + Line[167500 232500 167500 220000 4000 2000 0x00000020] + Line[425000 135000 427500 132500 4000 2000 0x00000020] + Line[317500 47500 417500 47500 4000 2000 0x00000020] + Line[297500 175000 287500 165000 1000 2000 0x00000020] + Line[417500 80000 435000 80000 4000 2000 0x00000020] + Line[457500 105000 435000 105000 4000 2000 0x00000020] + Line[645000 152500 645000 137500 1000 2000 0x00000020] + Line[317500 47500 285000 15000 4000 2000 0x00000020] + Line[237500 95000 237500 107500 2500 2000 0x00000020] + Line[305000 55000 410000 55000 4000 2000 0x00000020] + Line[427500 132500 427500 87500 4000 2000 0x00000020] + Line[530000 47500 517500 35000 2500 2000 0x00000020] + Line[265000 15000 285000 15000 4000 2000 0x00000020] + Line[380000 65000 410000 95000 1000 2000 0x00000020] + Line[410000 95000 420000 95000 1000 2000 0x00000020] + Line[330000 65000 325000 60000 1000 2000 0x00000020] + Line[942500 155000 952500 145000 2500 2000 0x00000020] + Line[280000 30000 277500 25000 4000 2000 0x00000020] + Line[340000 65000 332500 72500 1000 2000 0x00000020] + Line[267500 135000 205000 135000 4000 2000 0x00000020] + Line[745700 87500 749400 83800 2500 2000 0x00000020] + Line[350000 65000 337500 77500 1000 2000 0x00000020] + Line[897500 145000 907500 155000 2500 2000 0x00000020] + Line[252500 150000 252500 135000 4000 2000 0x00000020] + Line[360000 65000 342500 82500 1000 2000 0x00000020] + Line[522500 25000 522500 35000 1000 2000 0x00000020] + Line[802500 157500 817500 157500 1000 2000 0x00000020] + Line[370000 65000 345000 90000 1000 2000 0x00000020] + Line[345000 90000 345000 95000 1000 2000 0x00000020] + Line[467500 207500 447500 200000 1000 2000 0x00000020] + Line[440000 165000 432500 157500 1000 2000 0x00000020] + Line[432500 157500 432500 110000 1000 2000 0x00000020] + Line[432500 110000 447500 110000 1000 2000 0x00000020] + Line[390000 95000 390000 97500 2500 2000 0x00000020] + Line[467500 135000 447500 135000 1000 2000 0x00000020] + Line[467500 155000 450000 155000 1000 2000 0x00000020] + Line[372500 172500 365000 165000 1000 2000 0x00000020] + Line[447500 135000 447500 172500 1000 2000 0x00000020] + Line[452500 177500 225000 177500 1000 2000 0x00000020] + Line[447500 180000 447500 200000 1000 2000 0x00000020] + Line[742500 175000 712500 175000 1000 2000 0x00000020] + Line[202500 147500 202500 135000 4000 2000 0x00000020] + Line[380000 172500 442500 172500 1000 2000 0x00000020] + Line[267500 135000 267500 145000 4000 2000 0x00000020] + Line[77500 165000 92500 150000 4000 2000 0x00000020] + Line[452500 175000 467500 175000 1000 2000 0x00000020] + Line[242500 232500 242500 220000 4000 2000 0x00000020] + Line[475000 107500 475000 235000 4000 2000 0x00000020] + Line[710000 170000 710000 137500 1000 2000 0x00000020] + Line[840000 147500 840000 217500 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2004 Ian Jackson" 0x00000000] + Text[122500 95000 0 122 "o" 0x00000000] + Text[127500 92500 0 122 "o" 0x00000000] + Text[132500 90000 0 122 "o" 0x00000000] + Text[126500 85000 0 200 "o" 0x00000000] + Text[122500 85000 0 122 "o" 0x00000000] + Text[127500 82500 0 122 "o" 0x00000000] + Text[132500 80000 0 122 "o" 0x00000000] + Text[122500 77500 0 122 "o" 0x00000000] + Text[862500 100000 0 122 "o" 0x00000000] + Text[867500 97500 0 122 "o" 0x00000000] + Text[872500 95000 0 122 "o" 0x00000000] + Text[866500 90000 0 200 "o" 0x00000000] + Text[862500 90000 0 122 "o" 0x00000000] + Text[867500 87500 0 122 "o" 0x00000000] + Text[872500 85000 0 122 "o" 0x00000000] + Text[862500 82500 0 122 "o" 0x00000000] + Text[440000 27500 0 200 "1" 0x00000000] + Text[1082500 2500 0 100 "1" 0x00000000] + Text[1082500 7500 0 100 "2" 0x00000000] + Text[1087500 5000 0 100 "14" 0x00000000] + Text[1087500 10000 0 100 "15" 0x00000000] + Text[1087500 15000 0 100 "16" 0x00000000] + Text[1062500 12500 0 100 "11" 0x00000000] + Text[1062500 17500 0 100 "12" 0x00000000] + Text[1082500 12500 0 100 "3" 0x00000000] + Text[1082500 17500 0 100 "4" 0x00000000] + Text[1082500 20000 0 100 "." 0x00000000] + Text[1082500 22500 0 100 "." 0x00000000] + Text[1062500 22500 0 100 "13" 0x00000000] + Text[1070000 2500 0 100 "." 0x00000000] + Text[1087500 25000 0 100 "$" 0x00000000] + Text[1070000 20000 0 100 "$" 0x00000000] + Text[1070000 15000 0 100 "$" 0x00000000] + Text[1070000 10000 0 100 "$" 0x00000000] + Text[1065000 2500 0 100 "." 0x00000000] + Text[1065000 7500 0 100 "." 0x00000000] + Text[1065000 5000 0 100 "." 0x00000000] + Text[1070000 5000 0 100 "." 0x00000000] + Text[1087500 20000 0 100 "0" 0x00000000] + Polygon(0x00000010) + ( + [127500 85000] [130000 85000] [130000 87500] [127500 87500] + ) + Polygon(0x00000010) + ( + [867500 90000] [870000 90000] [870000 92500] [867500 92500] + ) +) +NetList() +( + Net("booster_cutout__pt9" "Signal") + ( + Connect("INDIV0-10") + Connect("INDIV1-7") + Connect("PIC-34") + Connect("RAP0-8") + ) + Net("booster_dirn__pt17" "Signal") + ( + Connect("INDIV0-9") + Connect("INDIV1-9") + Connect("PIC-15") + Connect("RAP1-8") + ) + Net("booster_flag__pt10" "Signal") + ( + Connect("INDIV0-22") + Connect("INDIV1-8") + Connect("PIC-33") + Connect("RAP1-1") + ) + Net("booster_pwm__pt16" "Signal") + ( + Connect("INDIV0-21") + Connect("INDIV1-10") + Connect("PIC-16") + Connect("RAP1-7") + ) + Net("booster_retry__pt8" "Signal") + ( + Connect("INDIV0-23") + Connect("INDIV1-6") + Connect("PIC-35") + Connect("RAP0-7") + ) + Net("cdu_enable__pt6" "Signal") + ( + Connect("INDIV0-11") + Connect("INDIV1-5") + Connect("PIC-38") + Connect("RAP0-5") + ) + Net("cdu_gnd" "Power") + ( + Connect("BUS-18") + Connect("PTFET0-3") + Connect("PTFET1-3") + Connect("PTFET10-3") + Connect("PTFET11-3") + Connect("PTFET12-3") + Connect("PTFET13-3") + Connect("PTFET14-3") + Connect("PTFET15-3") + Connect("PTFET16-3") + Connect("PTFET17-3") + Connect("PTFET2-3") + Connect("PTFET3-3") + Connect("PTFET4-3") + Connect("PTFET5-3") + Connect("PTFET6-3") + Connect("PTFET7-3") + Connect("PTFET8-3") + Connect("PTFET9-3") + ) + Net("cdu_out" "Power") + ( + Connect("BUS-19") + Connect("PTD0-1") + Connect("PTD1-1") + Connect("PTD10-1") + Connect("PTD11-1") + Connect("PTD12-1") + Connect("PTD13-1") + Connect("PTD14-1") + Connect("PTD15-1") + Connect("PTD16-1") + Connect("PTD17-1") + Connect("PTD2-1") + Connect("PTD3-1") + Connect("PTD4-1") + Connect("PTD5-1") + Connect("PTD6-1") + Connect("PTD7-1") + Connect("PTD8-1") + Connect("PTD9-1") + ) + Net("clock" "Signal") + ( + Connect("BUS-7") + Connect("PIC-13") + ) + Net("i2c_clock" "Signal") + ( + Connect("BUS-12") + Connect("PIC-18") + ) + Net("i2c_data" "Signal") + ( + Connect("BUS-14") + Connect("PIC-23") + ) + Net("icsp_pc__pt1" "Signal") + ( + Connect("PIC-39") + Connect("RPCI-1") + Connect("RPCPT-1") + ) + Net("icsp_pcq" "Signal") + ( + Connect("INDIV0-13") + Connect("INDIV1-1") + Connect("RPCI-2") + Connect("RPCL-1") + ) + Net("icsp_pd__pt0" "Signal") + ( + Connect("AC05-11") + Connect("AC05-13") + Connect("AC05-3") + Connect("PIC-40") + Connect("RPDWI-2") + ) + Net("icsp_pdrall" "Signal") + ( + Connect("AC05-8") + Connect("BUS-5") + ) + Net("icsp_pdrall_mid" "Signal") + ( + Connect("AC05-10") + Connect("AC05-9") + Connect("RPDR-1") + ) + Net("icsp_pdrany" "Signal") + ( + Connect("AC05-12") + Connect("BUS-3") + ) + Net("icsp_pdw" "Signal") + ( + Connect("AC05-5") + Connect("BUS-1") + ) + Net("icsp_pdw_mid" "Signal") + ( + Connect("AC05-6") + Connect("RPDWI-1") + Connect("RPDWU-1") + ) + Net("l_gnd" "Power") + ( + Connect("AC05-1") + Connect("AC05-7") + Connect("BUS-11") + Connect("BUS-2") + Connect("BUS-4") + Connect("BUS-6") + Connect("BUS-8") + Connect("CAC05-1") + Connect("CPIC0-1") + Connect("CPIC1-1") + Connect("INDIV0-25") + Connect("INDIV1-2") + Connect("OC0-11") + Connect("OC0-13") + Connect("OC0-15") + Connect("OC0-9") + Connect("OC1-5") + Connect("OC1-7") + Connect("PIC-12") + Connect("PIC-31") + Connect("RLL-2") + Connect("RPCL-2") + Connect("TS912-4") + ) + Net("l_vcc" "Power") + ( + Connect("AC05-14") + Connect("BUS-9") + Connect("CAC05-2") + Connect("CPIC0-2") + Connect("CPIC1-2") + Connect("PIC-11") + Connect("PIC-32") + Connect("RAS-1") + Connect("RPDR-2") + Connect("RPDWU-2") + Connect("RPT0U-2") + Connect("TS912-8") + ) + Net("led_green" "Signal") + ( + Connect("INDIV0-24") + Connect("INDIV1-4") + Connect("RLG-2") + ) + Net("led_red" "Signal") + ( + Connect("INDIV0-12") + Connect("INDIV1-3") + Connect("RLR-2") + ) + Net("led_refhigh" "Signal") + ( + Connect("BUS-15") + Connect("TS912-6") + ) + Net("led_reflow" "Signal") + ( + Connect("BUS-13") + Connect("TS912-3") + ) + Net("ledmid_green" "Signal") + ( + Connect("RLG-1") + Connect("TS912-7") + ) + Net("ledmid_red" "Signal") + ( + Connect("RLR-1") + Connect("TS912-1") + ) + Net("mclr" "Signal") + ( + Connect("BUS-10") + Connect("PIC-1") + ) + Net("perpicled" "Signal") + ( + Connect("PIC-21") + Connect("RAS-9") + Connect("RLL-1") + Connect("TS912-2") + Connect("TS912-5") + ) + Net("pt11__spare2" "Signal") + ( + Connect("INDIV0-7") + Connect("INDIV1-13") + Connect("PIC-29") + Connect("RAP1-2") + ) + Net("pt12__spare1" "Signal") + ( + Connect("INDIV0-20") + Connect("INDIV1-12") + Connect("PIC-28") + Connect("RAP1-3") + ) + Net("pt13__rs232_rxin" "Signal") + ( + Connect("INDIV0-19") + Connect("INDIV1-14") + Connect("PIC-26") + Connect("RAP1-4") + ) + Net("pt14__rs232_txout" "Signal") + ( + Connect("INDIV0-6") + Connect("INDIV1-15") + Connect("PIC-25") + Connect("RAP1-5") + ) + Net("pt15__rs232_fcout" "Signal") + ( + Connect("INDIV0-5") + Connect("INDIV1-17") + Connect("PIC-24") + Connect("RAP1-6") + ) + Net("pt2" "Signal") + ( + Connect("PIC-36") + Connect("RAP0-1") + ) + Net("pt3" "Signal") + ( + Connect("PIC-30") + Connect("RAP0-2") + ) + Net("pt4" "Signal") + ( + Connect("PIC-27") + Connect("RAP0-3") + ) + Net("pt5" "Signal") + ( + Connect("PIC-22") + Connect("RAP0-4") + ) + Net("pt7__rs232_fcin" "Signal") + ( + Connect("INDIV0-18") + Connect("INDIV1-16") + Connect("PIC-37") + Connect("RAP0-6") + ) + Net("ptdrain0" "Power") + ( + Connect("POINTS-14") + Connect("PTD0-2") + Connect("PTFET0-2") + ) + Net("ptdrain1" "Power") + ( + Connect("POINTS-13") + Connect("PTD1-2") + Connect("PTFET1-2") + ) + Net("ptdrain10" "Power") + ( + Connect("POINTS-4") + Connect("PTD10-2") + Connect("PTFET10-2") + ) + Net("ptdrain11" "Power") + ( + Connect("POINTS-3") + Connect("PTD11-2") + Connect("PTFET11-2") + ) + Net("ptdrain12" "Power") + ( + Connect("POINTS-2") + Connect("PTD12-2") + Connect("PTFET12-2") + ) + Net("ptdrain13" "Power") + ( + Connect("POINTS-1") + Connect("PTD13-2") + Connect("PTFET13-2") + ) + Net("ptdrain14" "Power") + ( + Connect("POINTS-25") + Connect("PTD14-2") + Connect("PTFET14-2") + ) + Net("ptdrain15" "Power") + ( + Connect("POINTS-24") + Connect("PTD15-2") + Connect("PTFET15-2") + ) + Net("ptdrain16" "Power") + ( + Connect("POINTS-23") + Connect("PTD16-2") + Connect("PTFET16-2") + ) + Net("ptdrain17" "Power") + ( + Connect("POINTS-22") + Connect("PTD17-2") + Connect("PTFET17-2") + ) + Net("ptdrain2" "Power") + ( + Connect("POINTS-12") + Connect("PTD2-2") + Connect("PTFET2-2") + ) + Net("ptdrain3" "Power") + ( + Connect("POINTS-11") + Connect("PTD3-2") + Connect("PTFET3-2") + ) + Net("ptdrain4" "Power") + ( + Connect("POINTS-10") + Connect("PTD4-2") + Connect("PTFET4-2") + ) + Net("ptdrain5" "Power") + ( + Connect("POINTS-9") + Connect("PTD5-2") + Connect("PTFET5-2") + ) + Net("ptdrain6" "Power") + ( + Connect("POINTS-8") + Connect("PTD6-2") + Connect("PTFET6-2") + ) + Net("ptdrain7" "Power") + ( + Connect("POINTS-7") + Connect("PTD7-2") + Connect("PTFET7-2") + ) + Net("ptdrain8" "Power") + ( + Connect("POINTS-6") + Connect("PTD8-2") + Connect("PTFET8-2") + ) + Net("ptdrain9" "Power") + ( + Connect("POINTS-5") + Connect("PTD9-2") + Connect("PTFET9-2") + ) + Net("ptgate0" "Signal") + ( + Connect("AC05-4") + Connect("PTFET0-1") + Connect("RPT0U-1") + ) + Net("ptgate1" "Signal") + ( + Connect("PTFET1-1") + Connect("RPCPT-2") + ) + Net("ptgate10" "Signal") + ( + Connect("PTFET10-1") + Connect("RAP1-16") + ) + Net("ptgate11" "Signal") + ( + Connect("PTFET11-1") + Connect("RAP1-15") + ) + Net("ptgate12" "Signal") + ( + Connect("PTFET12-1") + Connect("RAP1-14") + ) + Net("ptgate13" "Signal") + ( + Connect("PTFET13-1") + Connect("RAP1-13") + ) + Net("ptgate14" "Signal") + ( + Connect("PTFET14-1") + Connect("RAP1-12") + ) + Net("ptgate15" "Signal") + ( + Connect("PTFET15-1") + Connect("RAP1-11") + ) + Net("ptgate16" "Signal") + ( + Connect("PTFET16-1") + Connect("RAP1-10") + ) + Net("ptgate17" "Signal") + ( + Connect("PTFET17-1") + Connect("RAP1-9") + ) + Net("ptgate2" "Signal") + ( + Connect("PTFET2-1") + Connect("RAP0-16") + ) + Net("ptgate3" "Signal") + ( + Connect("PTFET3-1") + Connect("RAP0-15") + ) + Net("ptgate4" "Signal") + ( + Connect("PTFET4-1") + Connect("RAP0-14") + ) + Net("ptgate5" "Signal") + ( + Connect("PTFET5-1") + Connect("RAP0-13") + ) + Net("ptgate6" "Signal") + ( + Connect("PTFET6-1") + Connect("RAP0-12") + ) + Net("ptgate7" "Signal") + ( + Connect("PTFET7-1") + Connect("RAP0-11") + ) + Net("ptgate8" "Signal") + ( + Connect("PTFET8-1") + Connect("RAP0-10") + ) + Net("ptgate9" "Signal") + ( + Connect("PTFET9-1") + Connect("RAP0-9") + ) + Net("q" "Signal") + ( + Connect("BR0-4") + Connect("BR1-4") + Connect("BR2-4") + Connect("BR3-4") + Connect("BR4-4") + Connect("BR5-4") + Connect("OC0-2") + Connect("OC0-4") + Connect("OC0-6") + Connect("OC0-8") + Connect("OC1-2") + Connect("OC1-4") + Connect("TERM-2") + ) + Net("q0" "Fat") + ( + Connect("RLY0-4") + Connect("TERM-4") + ) + Net("q1" "Fat") + ( + Connect("RLY1-4") + Connect("TERM-6") + ) + Net("q2" "Fat") + ( + Connect("RLY2-4") + Connect("TERM-8") + ) + Net("q3" "Fat") + ( + Connect("RLY3-4") + Connect("TERM-10") + ) + Net("q4" "Fat") + ( + Connect("RLY4-4") + Connect("TERM-12") + ) + Net("q5" "Fat") + ( + Connect("RLY5-4") + Connect("TERM-14") + ) + Net("qmid0" "Fat") + ( + Connect("BR0-2") + Connect("RLY0-6") + Connect("RLY0-9") + Connect("RS0-2") + ) + Net("qmid1" "Fat") + ( + Connect("BR1-2") + Connect("RLY1-6") + Connect("RLY1-9") + Connect("RS1-2") + ) + Net("qmid2" "Fat") + ( + Connect("BR2-2") + Connect("RLY2-6") + Connect("RLY2-9") + Connect("RS2-2") + ) + Net("qmid3" "Fat") + ( + Connect("BR3-2") + Connect("RLY3-6") + Connect("RLY3-9") + Connect("RS3-2") + ) + Net("qmid4" "Fat") + ( + Connect("BR4-2") + Connect("RLY4-6") + Connect("RLY4-9") + Connect("RS4-2") + ) + Net("qmid5" "Fat") + ( + Connect("BR5-2") + Connect("RLY5-6") + Connect("RLY5-9") + Connect("RS5-2") + ) + Net("reverse0" "Signal") + ( + Connect("PIC-3") + Connect("ULN-3") + ) + Net("reverse1" "Signal") + ( + Connect("PIC-4") + Connect("ULN-4") + ) + Net("reverse2" "Signal") + ( + Connect("PIC-5") + Connect("ULN-5") + ) + Net("reverse3" "Signal") + ( + Connect("PIC-7") + Connect("ULN-6") + ) + Net("reverse4" "Signal") + ( + Connect("PIC-8") + Connect("ULN-7") + ) + Net("reverse5" "Signal") + ( + Connect("PIC-9") + Connect("ULN-8") + ) + Net("rly_gnd" "Power") + ( + Connect("BUS-16") + Connect("CULN-1") + Connect("ULN-1") + Connect("ULN-2") + Connect("ULN-9") + ) + Net("rly_v12" "Power") + ( + Connect("BUS-17") + Connect("CULN-2") + Connect("RLY0-1") + Connect("RLY1-1") + Connect("RLY2-1") + Connect("RLY3-1") + Connect("RLY4-1") + Connect("RLY5-1") + Connect("ULN-10") + ) + Net("rlydrv0" "Signal") + ( + Connect("RLY0-16") + Connect("ULN-16") + ) + Net("rlydrv1" "Signal") + ( + Connect("RLY1-16") + Connect("ULN-15") + ) + Net("rlydrv2" "Signal") + ( + Connect("RLY2-16") + Connect("ULN-14") + ) + Net("rlydrv3" "Signal") + ( + Connect("RLY3-16") + Connect("ULN-13") + ) + Net("rlydrv4" "Signal") + ( + Connect("RLY4-16") + Connect("ULN-12") + ) + Net("rlydrv5" "Signal") + ( + Connect("RLY5-16") + Connect("ULN-11") + ) + Net("sense0" "Signal") + ( + Connect("OC0-16") + Connect("PIC-17") + Connect("RAS-5") + ) + Net("sense1" "Signal") + ( + Connect("OC0-14") + Connect("PIC-14") + Connect("RAS-4") + ) + Net("sense2" "Signal") + ( + Connect("OC0-12") + Connect("PIC-10") + Connect("RAS-3") + ) + Net("sense3" "Signal") + ( + Connect("OC0-10") + Connect("PIC-6") + Connect("RAS-2") + ) + Net("sense4" "Signal") + ( + Connect("OC1-8") + Connect("PIC-20") + Connect("RAS-7") + ) + Net("sense5" "Signal") + ( + Connect("OC1-6") + Connect("PIC-19") + Connect("RAS-6") + ) + Net("sensei0" "Signal") + ( + Connect("OC0-1") + Connect("RS0-1") + ) + Net("sensei1" "Signal") + ( + Connect("OC0-3") + Connect("RS1-1") + ) + Net("sensei2" "Signal") + ( + Connect("OC0-5") + Connect("RS2-1") + ) + Net("sensei3" "Signal") + ( + Connect("OC0-7") + Connect("RS3-1") + ) + Net("sensei4" "Signal") + ( + Connect("OC1-1") + Connect("RS4-1") + ) + Net("sensei5" "Signal") + ( + Connect("OC1-3") + Connect("RS5-1") + ) + Net("spare0" "Signal") + ( + Connect("INDIV0-8") + Connect("INDIV1-11") + Connect("PIC-2") + ) + Net("sshort0" "Signal") + ( + Connect("BR0-1") + Connect("BR0-3") + ) + Net("sshort1" "Signal") + ( + Connect("BR1-1") + Connect("BR1-3") + ) + Net("sshort2" "Signal") + ( + Connect("BR2-1") + Connect("BR2-3") + ) + Net("sshort3" "Signal") + ( + Connect("BR3-1") + Connect("BR3-3") + ) + Net("sshort4" "Signal") + ( + Connect("BR4-1") + Connect("BR4-3") + ) + Net("sshort5" "Signal") + ( + Connect("BR5-1") + Connect("BR5-3") + ) + Net("t" "Signal") + ( + Connect("RLY0-11") + Connect("RLY0-8") + Connect("RLY1-11") + Connect("RLY1-8") + Connect("RLY2-11") + Connect("RLY2-8") + Connect("RLY3-11") + Connect("RLY3-8") + Connect("RLY4-11") + Connect("RLY4-8") + Connect("RLY5-11") + Connect("RLY5-8") + Connect("TERM-1") + ) + Net("t0" "Fat") + ( + Connect("RLY0-13") + Connect("TERM-3") + ) + Net("t1" "Fat") + ( + Connect("RLY1-13") + Connect("TERM-5") + ) + Net("t2" "Fat") + ( + Connect("RLY2-13") + Connect("TERM-7") + ) + Net("t3" "Fat") + ( + Connect("RLY3-13") + Connect("TERM-9") + ) + Net("t4" "Fat") + ( + Connect("RLY4-13") + Connect("TERM-11") + ) + Net("t5" "Fat") + ( + Connect("RLY5-13") + Connect("TERM-13") + ) +) diff --git a/pcb/reversers.zip b/pcb/reversers.zip new file mode 100644 index 0000000000000000000000000000000000000000..c3eba9ec1d46135ae3bd17ec9d9762207a7364f8 GIT binary patch literal 57980 zcmaI71CSuW??1Y`x3-Pjy|r!Iwr$%sZf)DPZQHhOy}j=b_5SrxGm}Zuolhr&N=vwTZsHk|G4aujy$vzJG_3D=>iJ z&(^7B6|L25_oe;&ThEV}w>?y=tNTR59ADU%khuc5Mg>QS4mPOsND1&iCo za~YRv+^y}+AdYh#)@Onw4in6aX`eT92hm-3=<7nHSuJ_9}=3G6`z+Q7oU!ArSJ3RYVYs#2q+b_q3f+7xa%!%_s^qCk-5R)_ULQx z4~gbr-`tS`>dxY>0Qb<)~;n?ADJLFU#p|CZ3 z*@RN63RPjbzC8ADdSo_+a7fhEYjmg8-YX7JohNoei2;JRLA}|SL9&IILHuOuXl;4y zPD0seiUABcdU;WLV2?Oxxh%r+0iPglE|_TYI~>c+lZm~aS6b36Qd}|tUKm^;b7UCh zUV=DE1d|dN9zu(vhVZ_ai9EL;d^Hg*=Nt5T*scpF*NMQW?eE+3>#o=P=5M{%<7S%G zkIO;LNs0ZT!0_DFyU#-BL2U_(YNRTc!?cWv`{0(ZTrO8rNJa3kbpRbCE`zZG2S*B5ERf6i`3ni?&j0w{EE;Bsz{lVSrQ|9Fepfq 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/dev/null +++ b/pic.make @@ -0,0 +1,48 @@ +# recommended programming order +# one test on PIC#0 +# first time: erase, write FOO-entire0.hex +# subsequently if only FOO.asm changed: update FOO.hex +# for all pics +# first time: for each individually erase, write perpicNUM.hex +# then for all update FOO.hex +# subsequently: for all update FOO.hex +# other possibilities are not ruled out +# +# filename conventions - contents of hex files +# FOO.hex FOO.o (only) +# FOO-withcfg.hex FOO.o config.o +# FOO-entire0.hex FOO.o idlocs0.o config.o +# perpicNUMBER.hex idlocsNUMBER.o config.o + +#ASFLAGS= -Dmclock=20000 -Dsclock=20000 +CLOCKS= -Dmclock=32000 -Dsclock=4000 +ASFLAGS= $(CLOCKS) + +HEXMERGER= $(CEBPIC)merge-hex +MERGEHEX= ./$^ $o + +PIC= 18f458 +LINK= gplink -m -o $@ $^ +ASSEMBLE= gpasm -p$(PIC) $(ASFLAGS) +DOASSEMBLE= $(ASSEMBLE) -c $< && mv $*.lst $*+asm.lst + +PIC_HEADER= /usr/share/gputils/header/p$(PIC).inc + +%.o: %.asm $(INCLUDES) + $(DOASSEMBLE) + +TIA_DIR= ../iwjpictest +TIA_TIA= $(TIA_DIR)/to-insn-aliases +TIA_ALIASES= $(TIA_DIR)/insn-aliases.inc +TIA= $(TIA_TIA) -A $(TIA_ALIASES) -H $(PIC_HEADER) + +%.disasm: %.hex %.map $(TIA_TIA) $(TIA_ALIASES) + gpdasm -p$(PIC) $(word 1,$+) >$@.tmp + $(TIA) -M $(word 2,$+) <$@.tmp $o + @rm $@.tmp + +.PRECIOUS: %.o + +pic-clean: + -rm -f -- *~ *.new *.tmp *.disasm + -rm -f *.hex *.cod *.lst *.o *.map diff --git a/spice/2n7000.mod b/spice/2n7000.mod new file mode 100644 index 0000000..faffea3 --- /dev/null +++ b/spice/2n7000.mod @@ -0,0 +1,61 @@ +.SUBCKT 2n7000 1 2 3 +************************************** +* Model Generated by MODPEX * +*Copyright(c) Symmetry Design Systems* +* All Rights Reserved * +* UNPUBLISHED LICENSED SOFTWARE * +* Contains Proprietary Information * +* Which is The Property of * +* SYMMETRY OR ITS LICENSORS * +*Commercial Use or Resale Restricted * +* by Symmetry License Agreement * +************************************** +* Model generated on Mar 31, 04 +* MODEL FORMAT: SPICE3 +* Symmetry POWER MOS Model (Version 1.0) +* External Node Designations +* Node 1 -> Drain +* Node 2 -> Gate +* Node 3 -> Source +M1 9 7 8 8 MM L=100u W=100u +* Default values used in MM: +* The voltage-dependent capacitances are +* not included. Other default values are: +* RS=0 RD=0 LD=0 CBD=0 CBS=0 CGBO=0 +.MODEL MM NMOS LEVEL=1 IS=1e-32 ++VTO=2.236 LAMBDA=0 KP=0.0932174 ++CGSO=1.79115e-07 CGDO=1.0724e-11 +RS 8 3 1.10523 +D1 3 1 MD +.MODEL MD D IS=2.71011e-10 RS=0.0140826 N=1.5 BV=60 ++IBV=1e-05 EG=1.16084 XTI=3.00131 TT=0 ++CJO=3.41211e-11 VJ=4.67429 M=0.899864 FC=0.1 +RDS 3 1 2.4e+11 +RD 9 1 0.0001 +RG 2 7 2.18034 +D2 4 5 MD1 +* Default values used in MD1: +* RS=0 EG=1.11 XTI=3.0 TT=0 +* BV=infinite IBV=1mA +.MODEL MD1 D IS=1e-32 N=50 ++CJO=7.93181e-11 VJ=0.643298 M=0.9 FC=1e-08 +D3 0 5 MD2 +* Default values used in MD2: +* EG=1.11 XTI=3.0 TT=0 CJO=0 +* BV=infinite IBV=1mA +.MODEL MD2 D IS=1e-10 N=0.400165 RS=3.00002e-06 +RL 5 10 1 +FI2 7 9 VFI2 -1 +VFI2 4 0 0 +EV16 10 0 9 7 1 +CAP 11 10 1.58786e-10 +FI1 7 9 VFI1 -1 +VFI1 11 6 0 +RCAP 6 10 1 +D4 0 6 MD3 +* Default values used in MD3: +* EG=1.11 XTI=3.0 TT=0 CJO=0 +* RS=0 BV=infinite IBV=1mA +.MODEL MD3 D IS=1e-10 N=0.400165 +.ENDS 2n7000 + diff --git a/spice/Makefile b/spice/Makefile new file mode 100644 index 0000000..d6b297d --- /dev/null +++ b/spice/Makefile @@ -0,0 +1,190 @@ + +M4INCS= parts.i4 + +E_TRACK= ArsCLMNo +LAYOUTOPTS_ALL= -ep=*Cm +LAYOUTOPTS= -E=*$(E_TRACK) $(LAYOUTOPTS_ALL) +LAYOUTOPTS_PHYS= -S1.0 $(LAYOUTOPTS) '-e*A' +XLAYOUTOPTS_LAYER= -e'=5AN' -E'*~=5rsm' -e'p~=5r' -e'*~=9C' -e'*=*l' + +LAYERS_LS= 0 10 20 +LAYERS_PS= $(addsuffix .ps, $(LAYERS_LS)) +LAYERS_L= $(addprefix ours-l, $(LAYERS_PS)) +LAYERS_E= $(addprefix ours-e, $(LAYERS_PS)) +LAYERS= $(LAYERS_L) $(LAYERS_E) + +LPAGES= $(foreach x, 0 1 2 3 4 5 6, $(foreach y, 1 2 3 4 5, ours-p0-$xx$y.ps)) + +default: netlists picprogs +layers: $(LAYERS) +lpages: $(LPAGES) + +all: default layers bulkres.bom divider-tables \ + picprogs netlists panel3.pcb + +o=>$@.new && mv -f $@.new $@ + +CIRCUITPARTS= control.partlist circuit.partlist +BULKRESPARTS= bulkres-select.partlist bulkres-items.partlist + +picprogs: flasher.hex + +netlists: reversers.net detectors.net \ + reversers.hole-rep detectors.hole-rep \ + both.hole-rep panel3.hole-rep + +# print from pcb(1) as follows: +# File / Print Layout / ... +# select media and offsets: A4 +# rotate +# ok +# (If `... exists, use anyway?', Sequence OK) +# +# then +# make {reversers,detectors}.oprints{-l,-lpr} +# for f in *.oprint-*.ps; do gv -scale -1 -media A4 $f; done +# etc. + +OPRINTS= %.oprint-copper.ps \ + %.pcb.output_fab.ps \ + %.pcb.output_frontsilk.ps \ + %.oprint-assembly.ps + +%.hole-rep: %.pcb hole-report.pl + ./hole-report.pl <$< $o + +include reversers.layers.dep +include detectors.layers.dep +include panel3.layers.dep + +%.zip: layers.txt.tmpl Makefile + rm -rf $@.d; mkdir -p $@.d + set -e; exec <$<; cd $@.d; perl -pe ' \ + m/^(\S+)\s+(\w+)\s+(\w+)\s+(\S.*)$$/ or die; \ + system "cp ../$*.pcb.output_$$1.$$3 $$2.$$3"; \ + die $$? if $$?; \ + $$_= sprintf "%-20s %s\n", "$$2.$$3", $$4; \ + ' >readme.txt; \ + zip -l ../$@.new * + mv -f $@.new $@ + unzip -v $@ + +PANEL3_PCBS= reversers.pcb detectors.pcb detectors.pcb + +panel3.pcb: pcb-panelise $(PANEL3_PCBS) Makefile + ./$< -g100 $(PANEL3_PCBS) $o + +$*.zip: $*.pcb.output_$$1.$$2/ or die' \ + +%.out-ps.tar: + GZIP=-9v tar zvcf $@.gz $*.pcb.output_*.ps + +%.layers.dep: layers.txt.tmpl Makefile + perl -pe \ + 's/^(\S+)\s+\w+\s+(\w+)\s.*/$*.zip: $*.pcb.output_$$1.$$2/ or die' \ + <$< $o + +both.hole-rep: hole-report.pl reversers.pcb detectors.pcb + ./$^ $o + +%.oprints: $(OPRINTS) + echo $^ >$@-l-tmp + +%.oprints-l: $(OPRINTS) %.oprints Makefile + cp $@-tmp $@ + +pcboprints: reversers.oprints-l detectors.oprints-l + +%.oprints-lpr: %.oprints-l + set -ex; for f in `cat $^`; do lpr $$f; done + +%.distilled.ps: %.ps + ps2ps $< $@ + +%.oprint-copper.ps: %.pcb.output_back.distilled.ps \ + %.pcb.output_front.distilled.ps + cat $^ >$@.tmp + ps2ps $@.tmp $@-2.tmp + pstops '2:0(-50mm,0mm)+1(50mm,0mm)' <$@-2.tmp $o + +%.oprint-copper.ps: Makefile + +%.oprint-assembly.ps: %.pcb.output_assembly.ps Makefile + pstops -pa4 '0@2(-109mm,-290mm)' <$< $o + +%.net: %.net-info + sed -e '/^\#/d' <$< $o + +%.net-info: %.net-spec netlist-expand + ./netlist-expand $< $o + +%.net-spec: generate-netspec.pl + ./$< $@ $o + +%.hex: %.asm + gpasm -p 18f458 $< + +circuit.bom: farnell-find $(CIRCUITPARTS) + ./farnell-find bom $(CIRCUITPARTS) $o + +bulkres.bom: farnell-find $(BULKRESPARTS) + ./farnell-find bom $(BULKRESPARTS) $o + +bulkres-select.partlist: bulkres-select-gen.pl + ./$^ $o + +bulkres-items.suggest: + cat bulkres-searchout*[0-9] | ./farnell-resistor-convert.pl $o + +bulkres-items.descs: bulkres-items.suggest + xargs ./farnell-find describe <$< $o + +bulkres-items.partlist: + ./farnell-resistor-convert.pl 50V; 51.0V 1.00W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N4757A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 48.7 +.MODEL DF D ( IS=8.08p RS=0.620 N=1.10 ++ CJO=33.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.62f RS=12.4 N=3.00 ) +.ENDS + +*SRC=1N4758A;DI_1N4758A;Diodes;Zener >50V; 56.0V 1.00W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N4758A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 53.7 +.MODEL DF D ( IS=7.36p RS=0.620 N=1.10 ++ CJO=32.0p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.47f RS=15.5 N=3.00 ) +.ENDS + +*SRC=1N4759A;DI_1N4759A;Diodes;Zener >50V; 62.0V 1.00W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N4759A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 59.7 +.MODEL DF D ( IS=6.65p RS=0.620 N=1.10 ++ CJO=30.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.33f RS=19.6 N=3.00 ) +.ENDS + +*SRC=1N4760A;DI_1N4760A;Diodes;Zener >50V; 68.0V 1.00W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N4760A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 65.7 +.MODEL DF D ( IS=6.06p RS=0.620 N=1.10 ++ CJO=29.0p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.21f RS=24.6 N=3.00 ) +.ENDS + +*SRC=1N4761A;DI_1N4761A;Diodes;Zener >50V; 75.0V 1.00W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N4761A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 72.7 +.MODEL DF D ( IS=5.49p RS=0.620 N=1.10 ++ CJO=27.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.10f RS=30.4 N=3.00 ) +.ENDS + +*SRC=1N4762A;DI_1N4762A;Diodes;Zener >50V; 82.0V 1.00W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N4762A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 79.7 +.MODEL DF D ( IS=5.02p RS=0.620 N=1.10 ++ CJO=26.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.00f RS=36.8 N=3.00 ) +.ENDS + +*SRC=1N4763A;DI_1N4763A;Diodes;Zener >50V; 91.0V 1.00W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N4763A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 88.6 +.MODEL DF D ( IS=4.53p RS=0.620 N=1.10 ++ CJO=25.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.05e-016 RS=47.1 N=3.00 ) +.ENDS + +*SRC=1N4764A;DI_1N4764A;Diodes;Zener >50V; 100V 1.00W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N4764A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 97.6 +.MODEL DF D ( IS=4.12p RS=0.620 N=1.10 ++ CJO=24.5p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24e-016 RS=56.8 N=3.00 ) +.ENDS + +*SRC=1N5221B;DI_1N5221B;Diodes;Zener <=10V; 2.40V 0.500W DIODES INC ZENER +*SYM=HZEN +.SUBCKT DI_1N5221B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=85.8p RS=2.47m N=1.10 ++ CJO=388p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=17.2f RS=26.1 N=3.00 ) +.ENDS + +*SRC=1N5231B;DI_1N5231B;Diodes;Zener <=10V; 5.10V 0.500W Diodes Inc. +zener +*SYM=HZEN +.SUBCKT DI_1N5231B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.62 +.MODEL DF D ( IS=40.4p RS=2.32 N=1.10 ++ CJO=94.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.08f RS=13.1 N=3.00 ) +.ENDS + +*SRC=1N5233B;DI_1N5233B;Diodes;Zener <=10V; 6.00V 0.500W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N5233B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.11 +.MODEL DF D ( IS=34.3p RS=1.24 N=1.10 ++ CJO=74.2p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87f RS=0.460 N=1.19 ) +.ENDS + +*SRC=1N5235B;DI_1N5235B;Diodes;Zener <=10V; 6.80V 0.500W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N5235B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.56 +.MODEL DF D ( IS=30.3p RS=1.24 N=1.10 ++ CJO=61.5p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.06f RS=1.15 N=2.97 ) +.ENDS + +*SRC=1N5239B;DI_1N5239B;Diodes;Zener <=10V; 9.10V 0.500W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_1N5239B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.72 +.MODEL DF D ( IS=22.6p RS=2.24 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.53f RS=6.11 N=3.00 ) +.ENDS + +*SRC=1N5241B;DI_1N5241B;Diodes;Zener 10V-50V; 11.0V 0.500W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_1N5241B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.12 +.MODEL DF D ( IS=18.7p RS=1.24 N=1.10 ++ CJO=58.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.75f RS=0.949 N=2.45 ) +.ENDS + +*SRC=AZ23C10;DI_AZ23C10;Diodes;Zener <=10V; 10.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C10 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.35 +.MODEL DF D ( IS=12.4p RS=31.6 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C10W;DI_AZ23C10W;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C10W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.32 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.65f RS=3.45 N=2.23 ) + +*SRC=AZ23C11;DI_AZ23C11;Diodes;Zener 10V-50V; 11.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C11 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.79 +.MODEL DF D ( IS=11.2p RS=31.3 N=1.10 ++ CJO=41.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C12;DI_AZ23C12;Diodes;Zener 10V-50V; 12.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C12 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.78 +.MODEL DF D ( IS=10.3p RS=31.0 N=1.10 ++ CJO=39.0p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C13;DI_AZ23C13;Diodes;Zener 10V-50V; 13.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C13 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=9.51p RS=30.8 N=1.10 ++ CJO=37.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C15;DI_AZ23C15;Diodes;Zener 10V-50V; 15.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C15 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=31.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C16;DI_AZ23C16;Diodes;Zener 10V-50V; 16.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C16 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=7.72p RS=30.2 N=1.10 ++ CJO=30.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C18;DI_AZ23C18;Diodes;Zener 10V-50V; 18.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C18 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.6 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=26.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C18W;DI_AZ23C18W;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C18W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.5 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=26.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.16e-016 RS=34.5 N=3.00 ) + +*SRC=AZ23C20;DI_AZ23C20;Diodes;Zener 10V-50V; 20.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C20 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.6 +.MODEL DF D ( IS=6.18p RS=29.6 N=1.10 ++ CJO=23.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C22;DI_AZ23C22;Diodes;Zener 10V-50V; 22.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C22 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.5 +.MODEL DF D ( IS=5.62p RS=29.3 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C24;DI_AZ23C24;Diodes;Zener 10V-50V; 24.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C24 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.4 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=21.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C27;DI_AZ23C27;Diodes;Zener 10V-50V; 27.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C27 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.4 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=20.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C2V7;DI_AZ23C2V7;Diodes;Zener <=10V; 2.70V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C2V7 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.263 +.MODEL DF D ( IS=45.8p RS=35.3 N=1.10 ++ CJO=450p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C30;DI_AZ23C30;Diodes;Zener 10V-50V; 30.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C30 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.4 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=19.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C33;DI_AZ23C33;Diodes;Zener 10V-50V; 33.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C33 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.4 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C36;DI_AZ23C36;Diodes;Zener 10V-50V; 36.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C36 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.3 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C39;DI_AZ23C39;Diodes;Zener 10V-50V; 39.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C39 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.3 +.MODEL DF D ( IS=3.17p RS=27.7 N=1.10 ++ CJO=17.0p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C3V0;DI_AZ23C3V0;Diodes;Zener <=10V; 3.00V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C3V0 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.495 +.MODEL DF D ( IS=41.2p RS=35.0 N=1.10 ++ CJO=417p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C3V3;DI_AZ23C3V3;Diodes;Zener <=10V; 3.30V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C3V3 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.787 +.MODEL DF D ( IS=37.5p RS=34.7 N=1.10 ++ CJO=397p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C3V6;DI_AZ23C3V6;Diodes;Zener <=10V; 3.60V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C3V6 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.08 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=384p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C3V9;DI_AZ23C3V9;Diodes;Zener <=10V; 3.60V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C3V9 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.08 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=370p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C43;DI_AZ23C43;Diodes;Zener 10V-50V; 43.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C43 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.3 +.MODEL DF D ( IS=2.87p RS=27.4 N=1.10 ++ CJO=16.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C47;DI_AZ23C47;Diodes;Zener 10V-50V; 47.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C47 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 44.3 +.MODEL DF D ( IS=2.63p RS=27.2 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C4V3;DI_AZ23C4V3;Diodes;Zener <=10V; 4.30V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C4V3 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.77 +.MODEL DF D ( IS=28.7p RS=34.0 N=1.10 ++ CJO=357p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C4V7;DI_AZ23C4V7;Diodes;Zener <=10V; 4.70V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C4V7 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.24 +.MODEL DF D ( IS=26.3p RS=33.7 N=1.10 ++ CJO=350p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C51;DI_AZ23C51;Diodes;Zener >50V; 51.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C51 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 48.2 +.MODEL DF D ( IS=2.42p RS=26.9 N=1.10 ++ CJO=16.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=AZ23C5V1;DI_AZ23C5V1;Diodes;Zener <=10V; 5.10V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C5V1 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.73 +.MODEL DF D ( IS=24.2p RS=33.5 N=1.10 ++ CJO=132p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C5V6;DI_AZ23C5V6;Diodes;Zener <=10V; 5.60V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C5V6 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.32 +.MODEL DF D ( IS=22.1p RS=33.2 N=1.10 ++ CJO=102p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C5V6W;DI_AZ23C5V6W;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C5V6W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.29 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=102p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.94f RS=24.5 N=3.00 ) + +*SRC=AZ23C6V2;DI_AZ23C6V2;Diodes;Zener <=10V; 6.20V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C6V2 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.12 +.MODEL DF D ( IS=19.9p RS=32.9 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C6V8;DI_AZ23C6V8;Diodes;Zener <=10V; 6.80V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C6V8 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.93 +.MODEL DF D ( IS=18.2p RS=32.7 N=1.10 ++ CJO=72.7p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C6V8W;DI_AZ23C6V8W;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C6V8W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.15 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=72.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.42f RS=3.45 N=2.23 ) + +*SRC=AZ23C7V5;DI_AZ23C7V5;Diodes;Zener <=10V; 7.50V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C7V5 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.74 +.MODEL DF D ( IS=16.5p RS=32.4 N=1.10 ++ CJO=59.5p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C8V2;DI_AZ23C8V2;Diodes;Zener <=10V; 8.20V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C8V2 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.43 +.MODEL DF D ( IS=15.1p RS=32.1 N=1.10 ++ CJO=54.2p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=AZ23C9V1;DI_AZ23C9V1;Diodes;Zener <=10V; 9.10V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_AZ23C9V1 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.00 +.MODEL DF D ( IS=13.6p RS=31.8 N=1.10 ++ CJO=48.9p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C10;DI_BZT52C10;Diodes;Zener <=10V; 10.0V 0.500W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_BZT52C10 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.84 +.MODEL DF D ( IS=20.6p RS=1.22 N=1.10 ++ CJO=45.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.12f RS=4.60 N=2.97 ) +.ENDS + +*SRC=BZT52C10S;DI_BZT52C10S;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C10S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.76 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=47.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C11;DI_BZT52C11;Diodes;Zener 10V-50V; 11.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C11 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 8.83 .MODEL DF D ( IS=18.7p RS=32.7 N=1.10 + CJO=44.0p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=3.75f RS=4.60 N=2.97 + +*SRC=BZT52C11S;DI_BZT52C11S;Diodes;Zener 10V-50V; 11.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C11S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.76 +.MODEL DF D ( IS=7.49p RS=30.1 N=1.10 ++ CJO=44.0p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C12;DI_BZT52C12;Diodes;Zener 10V-50V; 12.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C12 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 9.78 .MODEL DF D ( IS=17.2p RS=32.5 N=1.10 + CJO=42.7p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=3.43f RS=9.46 N=3.00 + +*SRC=BZT52C12S;DI_BZT52C12S;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C12S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.71 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=42.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C13;DI_BZT52C13;Diodes;Zener 10V-50V; 13.0V 0.500W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_BZT52C13 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.4 +.MODEL DF D ( IS=15.8p RS=1.24 N=1.10 ++ CJO=51.5p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.17f RS=1.26 N=0.814 ) +.ENDS + +*SRC=BZT52C13S;DI_BZT52C13S;Diodes;Zener 10V-50V; 13.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C13S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=6.34p RS=29.7 N=1.10 ++ CJO=25.8p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C15;DI_BZT52C15;Diodes;Zener 10V-50V; 15.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C15 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 12.7 .MODEL DF D ( IS=13.7p RS=31.9 N=1.10 + CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=2.75f RS=14.5 N=3.00 + +*SRC=BZT52C15S;DI_BZT52C15S;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C15S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=25.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C16;DI_BZT52C16;Diodes;Zener 10V-50V; 16.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C16 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 13.7 .MODEL DF D ( IS=12.9p RS=31.7 N=1.10 + CJO=31.4p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=2.58f RS=24.5 N=3.00 + +*SRC=BZT52C16S;DI_BZT52C16S;Diodes;Zener 10V-50V; 16.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C16S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=25.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C18;DI_BZT52C18;Diodes;Zener 10V-50V; 18.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C18 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 15.6 .MODEL DF D ( IS=11.4p RS=31.3 N=1.10 + CJO=27.7p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=2.29f RS=29.5 N=3.00 + +********************************************************************************************************************************** +*SRC=BZT52C18S;DI_BZT52C18S;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C18S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.6 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=25.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.16e-016 RS=29.5 N=3.00 ) +.ENDS +********************************************************************************************************************************* + +*SRC=BZT52C20;DI_BZT52C20;Diodes;Zener 10V-50V; 20.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C20 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 17.6 .MODEL DF D ( IS=10.3p RS=31.0 N=1.10 + CJO=23.9p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=2.06f RS=39.5 N=3.00 + +*SRC=BZT52C20S;DI_BZT52C20S;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C20S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=23.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C22;DI_BZT52C22;Diodes;Zener 10V-50V; 22.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C22 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 19.6 .MODEL DF D ( IS=9.36p RS=30.8 N=1.10 + CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=1.87f RS=39.5 N=3.00 + +*SRC=BZT52C22S;DI_BZT52C22S;Diodes;Zener 10V-50V; 22.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C22S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.5 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C24;DI_BZT52C24;Diodes;Zener 10V-50V; 24.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C24 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 21.5 .MODEL DF D ( IS=8.58p RS=30.5 N=1.10 + CJO=21.4p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=1.72f RS=54.5 N=3.00 + +*SRC=BZT52C24S;DI_BZT52C24S;Diodes;Zener 10V-50V; 24.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C24S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.4 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=21.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C27;DI_BZT52C27;Diodes;Zener 10V-50V; 27.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C27 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 24.7 .MODEL DF D ( IS=7.63p RS=30.2 N=1.10 + CJO=20.1p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=1.53f RS=41.1 N=3.00 + +*SRC=BZT52C27S;DI_BZT52C27S;Diodes;Zener 10V-50V; 27.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C27S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.7 +.MODEL DF D ( IS=3.05p RS=27.6 N=1.10 ++ CJO=20.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C2V0;DI_BZT52C2V0;Diodes;Zener <=10V; 2.00V 0.500W Diodes Inc. *SYM=HZEN .SUBCKT DI_BZT52C2V0 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 0 .MODEL DF D ( IS=103p RS=37.6 N=1.10 + CJO=516p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=20.6f RS=84.5 N=3.00 + +*SRC=BZT52C2V0S;DI_BZT52C2V0S;Diodes;Zener <=10V; 2.00V 0.200W Diodes Inc. 200 mW Zener +*SYM=HZEN +.SUBCKT DI_BZT52C2V0S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=41.2p RS=35.0 N=1.10 ++ CJO=503p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C2V4;DI_BZT52C2V4;Diodes;Zener <=10V; 2.40V 0.500W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZT52C2V4 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=85.8p RS=37.1 N=1.10 ++ CJO=461p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=17.2f RS=84.5 N=3.00 ) +.ENDS + +*SRC=BZT52C2V4S;DI_BZT52C2V4S;Diodes;Zener <=10V; 2.40V 0.200W Diodes Inc. 200 mW Zener +*SYM=HZEN +.SUBCKT DI_BZT52C2V4S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=460p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C2V7;DI_BZT52C2V7;Diodes;Zener <=10V; 2.70V 0.500W Diodes Inc. - +*SYM=HZEN +.SUBCKT DI_BZT52C2V7 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.217 +.MODEL DF D ( IS=76.3p RS=36.7 N=1.10 ++ CJO=461p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=15.3f RS=84.5 N=3.00 ) +.ENDS + +*SRC=BZT52C2V7S;DI_BZT52C2V7S;Diodes;Zener <=10V; 2.70V 0.200W Diodes Inc. 200 mW Zener +*SYM=HZEN +.SUBCKT DI_BZT52C2V7S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.146 +.MODEL DF D ( IS=30.5p RS=34.1 N=1.10 ++ CJO=410p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C30;DI_BZT52C30;Diodes;Zener 10V-50V; 30.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C30 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 27.7 .MODEL DF D ( IS=6.87p RS=29.9 N=1.10 + CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=1.37f RS=41.1 N=3.00 + +*SRC=BZT52C30S;DI_BZT52C30S;Diodes;Zener 10V-50V; 30.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C30S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.7 +.MODEL DF D ( IS=2.75p RS=27.3 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C33;DI_BZT52C33;Diodes;Zener 10V-50V; 33.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C33 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 30.7 .MODEL DF D ( IS=6.24p RS=29.6 N=1.10 + CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=1.25f RS=41.1 N=3.00 + +*SRC=BZT52C33S;DI_BZT52C33S;Diodes;Zener 10V-50V; 33.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C33S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.7 +.MODEL DF D ( IS=2.50p RS=27.0 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C36;DI_BZT52C36;Diodes;Zener 10V-50V; 36.0V 0.500W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_BZT52C36 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.7 +.MODEL DF D ( IS=5.72p RS=1.27 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.14f RS=51.1 N=3.00 ) +.ENDS + +*SRC=BZT52C36S;DI_BZT52C36S;Diodes;Zener 10V-50V; 36.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C36S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.7 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=17.3p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C39;DI_BZT52C39;Diodes;Zener 10V-50V; 39.0V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C39 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 36.6 .MODEL DF D ( IS=5.28p RS=29.1 N=1.10 + CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) .MODEL DR D ( IS=1.06f RS=91.1 N=3.00 + +*SRC=BZT52C39S;DI_BZT52C39S;Diodes;Zener 10V-50V; 39.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C39S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.5 +.MODEL DF D ( IS=2.11p RS=26.5 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZT52C3V0;DI_BZT52C3V0;Diodes;Zener <=10V; 3.00V 0.500W Diodes Inc. - +*SYM=HZEN +.SUBCKT DI_BZT52C3V0 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.534 +.MODEL DF D ( IS=68.7p RS=36.4 N=1.10 ++ CJO=384p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=13.7f RS=79.5 N=3.00 ) +.ENDS + +*SRC=BZT52C3V0S;DI_BZT52C3V0S;Diodes;Zener <=10V; 3.00V 0.200W Diodes Inc. 200 mW Zener +*SYM=HZEN +.SUBCKT DI_BZT52C3V0S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.463 +.MODEL DF D ( IS=27.5p RS=33.8 N=1.10 ++ CJO=403p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C3V3;DI_BZT52C3V3;Diodes;Zener <=10V; 3.30V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C3V3 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 0.827 .MODEL DF D ( IS=62.4p RS=36.2 N=1.10 + CJO=403p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=12.5f RS=79.5 N=3.00 + +*SRC=BZT52C3V3S;DI_BZT52C3V3S;Diodes;Zener <=10V; 3.30V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C3V3S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.756 +.MODEL DF D ( IS=25.0p RS=33.6 N=1.10 ++ CJO=403p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C3V6;DI_BZT52C3V6;Diodes;Zener <=10V; 3.60V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C3V6 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 1.15 .MODEL DF D ( IS=57.2p RS=35.9 N=1.10 + CJO=390p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=11.4f RS=74.5 N=3.00 + +*SRC=BZT52C3V6S;DI_BZT52C3V6S;Diodes;Zener <=10V; 3.60V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C3V6S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.07 +.MODEL DF D ( IS=22.9p RS=33.3 N=1.10 ++ CJO=390p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C3V9;DI_BZT52C3V9;Diodes;Zener <=10V; 3.90V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C3V9 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 1.44 .MODEL DF D ( IS=52.8p RS=35.7 N=1.10 + CJO=384p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=10.6f RS=74.5 N=3.00 + +******************************************************************************************************************************** +*SRC=BZT52C3V9S;DI_BZT52C3V9S;Diodes;Zener <=10V; 3.90V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C3V9S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.37 +.MODEL DF D ( IS=21.1p RS=33.1 N=1.10 ++ CJO=384p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.23f RS=74.5 N=3.00 ) +.ENDS +******************************************************************************************************************************** + +*SRC=BZT52C43;DI_BZT52C43;Diodes;Zener 10V-50V; 43.0V 0.410W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_BZT52C43 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.3 +.MODEL DF D ( IS=3.93p RS=1.51 N=1.10 ++ CJO=24.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.86e-016 RS=84.5 N=3.00 ) +.ENDS + +*SRC=BZT52C47;DI_BZT52C47;Diodes;Zener 10V-50V; 47.0V 0.410W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_BZT52C47 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 44.3 +.MODEL DF D ( IS=3.59p RS=1.48 N=1.10 ++ CJO=24.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.19e-016 RS=84.5 N=3.00 ) +.ENDS + +*SRC=BZT52C4V3;DI_BZT52C4V3;Diodes;Zener <=10V; 4.30V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C4V3 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 1.83 .MODEL DF D ( IS=47.9p RS=35.4 N=1.10 + CJO=370p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=9.58f RS=74.5 N=3.00 + +*SRC=BZT52C4V3S;DI_BZT52C4V3S;Diodes;Zener <=10V; 4.30V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C4V3S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.76 +.MODEL DF D ( IS=19.2p RS=32.8 N=1.10 ++ CJO=370p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C4V7;DI_BZT52C4V7;Diodes;Zener <=10V; 4.70V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C4V7 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 2.27 .MODEL DF D ( IS=43.8p RS=35.2 N=1.10 + CJO=357p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=8.77f RS=64.5 N=3.00 + +*SRC=BZT52C4V7S;DI_BZT52C4V7S;Diodes;Zener <=10V; 4.70V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C4V7S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.20 +.MODEL DF D ( IS=17.5p RS=32.6 N=1.10 ++ CJO=357p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C51;DI_BZT52C51;Diodes;Zener >50V; 51.0V 0.410W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_BZT52C51 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 48.3 +.MODEL DF D ( IS=3.31p RS=1.45 N=1.10 ++ CJO=24.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.62e-016 RS=84.5 N=3.00 ) +.ENDS + +*SRC=BZT52C5V1;DI_BZT52C5V1;Diodes;Zener <=10V; 5.10V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C5V1 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 2.77 .MODEL DF D ( IS=40.4p RS=34.9 N=1.10 + CJO=145p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=8.08f RS=44.5 N=3.00 + +*SRC=BZT52C5V1S;DI_BZT52C5V1S;Diodes;Zener <=10V; 5.10V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C5V1S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.70 +.MODEL DF D ( IS=16.2p RS=32.3 N=1.10 ++ CJO=145p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C5V6;DI_BZT52C5V6;Diodes;Zener <=10V; 5.60V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C5V6 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 3.36 .MODEL DF D ( IS=36.8p RS=34.7 N=1.10 + CJO=99.2p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=7.36f RS=24.5 N=3.00 + +*SRC=BZT52C5V6S;DI_BZT52C5V6S;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C5V6S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.29 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=99.2p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C6V2;DI_BZT52C6V2;Diodes;Zener <=10V; 6.20V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C6V2 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 5.14 .MODEL DF D ( IS=33.2p RS=34.4 N=1.10 + CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=6.65f RS=2.30 N=1.49 + +*SRC=BZT52C6V2S;DI_BZT52C6V2S;Diodes;Zener <=10V; 6.20V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C6V2S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.10 +.MODEL DF D ( IS=13.3p RS=31.8 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C6V8;DI_BZT52C6V8;Diodes;Zener <=10V; 6.80V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C6V8 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 5.20 .MODEL DF D ( IS=30.3p RS=34.1 N=1.10 + CJO=72.7p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=6.06f RS=3.45 N=2.23 + +*SRC=BZT52C6V8S;DI_BZT52C6V8S;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C6V8S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.15 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=72.7p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C7V5;DI_BZT52C7V5;Diodes;Zener <=10V; 7.50V 0.500W Diodes Inc. - *SYM=HZEN .SUBCKT DI_BZT52C7V5 1 2 * Terminals A K D1 1 2 DF DZ 3 1 DR VZ 2 3 5.89 .MODEL DF D ( IS=27.5p RS=33.8 N=1.10 + CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) .MODEL DR D ( IS=5.49f RS=3.45 N=2.23 + +*SRC=BZT52C7V5S;DI_BZT52C7V5S;Diodes;Zener <=10V; 7.50V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C7V5S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.84 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=54.2p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C8V2;DI_BZT52C8V2;Diodes;Zener <=10V; 8.20V 0.500W Diodes Inc. - +*SYM=HZEN +.SUBCKT DI_BZT52C8V2 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.59 +.MODEL DF D ( IS=25.1p RS=33.6 N=1.10 ++ CJO=38.4p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.02f RS=3.45 N=2.23 ) +.ENDS + +*SRC=BZT52C8V2S;DI_BZT52C8V2S;Diodes;Zener <=10V; 8.20V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C8V2S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.53 +.MODEL DF D ( IS=10.0p RS=31.0 N=1.10 ++ CJO=51.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZT52C9V1;DI_BZT52C9V1;Diodes;Zener <=10V; 9.10V 0.500W Diodes Inc. - +*SYM=HZEN +.SUBCKT DI_BZT52C9V1 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.48 +.MODEL DF D ( IS=22.6p RS=33.3 N=1.10 ++ CJO=35.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.53f RS=3.45 N=2.23 ) +.ENDS + +*SRC=BZT52C9V1S;DI_BZT52C9V1S;Diodes;Zener <=10V; 9.10V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZT52C9V1S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.43 +.MODEL DF D ( IS=9.05p RS=30.7 N=1.10 ++ CJO=48.9p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C10;DI_BZX84C10;Diodes;Zener <=10V; 10.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C10 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.81 +.MODEL DF D ( IS=14.4p RS=32.0 N=1.10 ++ CJO=24.1p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.88f RS=4.60 N=2.97 ) +.ENDS + +*SRC=BZX84C10S;DI_BZX84C10S;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C10S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.76 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=24.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C10T;DI_BZX84C10T;Diodes;Zener <=10V; 10.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C10T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.74 +.MODEL DF D ( IS=6.18p RS=29.6 N=1.10 ++ CJO=24.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C10TS;DI_BZX84C10TS;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C10TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.76 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=24.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C10W;DI_BZX84C10W;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C10W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.76 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=24.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C11;DI_BZX84C11;Diodes;Zener 10V-50V; 11.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C11 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.80 +.MODEL DF D ( IS=13.1p RS=31.7 N=1.10 ++ CJO=45.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.62f RS=4.60 N=2.97 ) +.ENDS + +*SRC=BZX84C11S;DI_BZX84C11S;Diodes;Zener 10V-50V; 11.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C11S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.76 +.MODEL DF D ( IS=7.49p RS=30.1 N=1.10 ++ CJO=45.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C11T;DI_BZX84C11T;Diodes;Zener 10V-50V; 11.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C11T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.74 +.MODEL DF D ( IS=5.62p RS=29.3 N=1.10 ++ CJO=45.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C11TS;DI_BZX84C11TS;Diodes;Zener 10V-50V; 11.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C11TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.76 +.MODEL DF D ( IS=7.49p RS=30.1 N=1.10 ++ CJO=45.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C11W;DI_BZX84C11W;Diodes;Zener 10V-50V; 11.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C11W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.76 +.MODEL DF D ( IS=7.49p RS=30.1 N=1.10 ++ CJO=45.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C12;DI_BZX84C12;Diodes;Zener 10V-50V; 12.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C12 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.75 +.MODEL DF D ( IS=12.0p RS=31.5 N=1.10 ++ CJO=42.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.40f RS=9.46 N=3.00 ) +.ENDS + +*SRC=BZX84C12S;DI_BZX84C12S;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C12S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.71 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=42.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C12T;DI_BZX84C12T;Diodes;Zener 10V-50V; 12.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C12T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.68 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=42.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C12TS;DI_BZX84C12TS;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C12TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.71 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=42.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C12W;DI_BZX84C12W;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C12W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.71 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=42.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C13;DI_BZX84C13;Diodes;Zener 10V-50V; 13.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C13 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=11.1p RS=31.3 N=1.10 ++ CJO=40.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.22f RS=14.5 N=3.00 ) +.ENDS + +*SRC=BZX84C13S;DI_BZX84C13S;Diodes;Zener 10V-50V; 13.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C13S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=6.34p RS=29.7 N=1.10 ++ CJO=40.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C13T;DI_BZX84C13T;Diodes;Zener 10V-50V; 13.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C13T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=4.75p RS=28.8 N=1.10 ++ CJO=40.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C13TS;DI_BZX84C13TS;Diodes;Zener 10V-50V; 13.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C13TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=6.34p RS=29.7 N=1.10 ++ CJO=40.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C13W;DI_BZX84C13W;Diodes;Zener 10V-50V; 13.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C13W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=6.34p RS=29.7 N=1.10 ++ CJO=40.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C15;DI_BZX84C15;Diodes;Zener 10V-50V; 15.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C15 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=9.61p RS=30.8 N=1.10 ++ CJO=37.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.92f RS=14.5 N=3.00 ) +.ENDS + +*SRC=BZX84C15S;DI_BZX84C15S;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C15S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=37.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C15T;DI_BZX84C15T;Diodes;Zener 10V-50V; 15.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C15T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.6 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=37.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C15TS;DI_BZX84C15TS;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C15TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=37.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C15W;DI_BZX84C15W;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C15W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=37.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C16;DI_BZX84C16;Diodes;Zener 10V-50V; 16.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C16 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.7 +.MODEL DF D ( IS=9.01p RS=30.7 N=1.10 ++ CJO=35.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.80f RS=24.5 N=3.00 ) +.ENDS + +*SRC=BZX84C16S;DI_BZX84C16S;Diodes;Zener 10V-50V; 16.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C16S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=35.8p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C16T;DI_BZX84C16T;Diodes;Zener 10V-50V; 16.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C16T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=3.86p RS=28.2 N=1.10 ++ CJO=35.8p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C16TS;DI_BZX84C16TS;Diodes;Zener 10V-50V; 16.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C16TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=35.8p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C16W;DI_BZX84C16W;Diodes;Zener 10V-50V; 16.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C16W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=35.8p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C18;DI_BZX84C18;Diodes;Zener 10V-50V; 18.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C18 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.6 +.MODEL DF D ( IS=8.01p RS=30.3 N=1.10 ++ CJO=33.5p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.60f RS=29.5 N=3.00 ) +.ENDS + +*SRC=BZX84C18S;DI_BZX84C18S;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C18S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.6 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=33.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C18T;DI_BZX84C18T;Diodes;Zener 10V-50V; 18.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C18T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.6 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=33.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C18TS;DI_BZX84C18TS;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C18TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.6 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=33.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C18W;DI_BZX84C18W;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C18W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.6 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=33.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C20;DI_BZX84C20;Diodes;Zener 10V-50V; 20.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C20 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.6 +.MODEL DF D ( IS=7.21p RS=30.0 N=1.10 ++ CJO=31.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.44f RS=39.5 N=3.00 ) +.ENDS + +*SRC=BZX84C20S;DI_BZX84C20S;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C20S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=31.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C20T;DI_BZX84C20T;Diodes;Zener 10V-50V; 20.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C20T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=3.09p RS=27.6 N=1.10 ++ CJO=31.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C20TS;DI_BZX84C20TS;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C20TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=31.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C20W;DI_BZX84C20W;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C20W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=31.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C22;DI_BZX84C22;Diodes;Zener 10V-50V; 22.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C22 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.6 +.MODEL DF D ( IS=6.55p RS=29.8 N=1.10 ++ CJO=30.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.31f RS=39.5 N=3.00 ) +.ENDS + +*SRC=BZX84C22S;DI_BZX84C22S;Diodes;Zener 10V-50V; 22.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C22S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.5 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=30.0p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C22T;DI_BZX84C22T;Diodes;Zener 10V-50V; 22.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C22T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.5 +.MODEL DF D ( IS=2.81p RS=27.3 N=1.10 ++ CJO=30.0p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C22TS;DI_BZX84C22TS;Diodes;Zener 10V-50V; 22.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C22TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.5 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=30.0p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C22W;DI_BZX84C22W;Diodes;Zener 10V-50V; 22.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C22W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.5 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=30.0p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C24;DI_BZX84C24;Diodes;Zener 10V-50V; 24.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C24 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.5 +.MODEL DF D ( IS=6.01p RS=29.5 N=1.10 ++ CJO=28.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.20f RS=54.5 N=3.00 ) +.ENDS + +*SRC=BZX84C24S;DI_BZX84C24S;Diodes;Zener 10V-50V; 24.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C24S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.4 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=28.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C24T;DI_BZX84C24T;Diodes;Zener 10V-50V; 24.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C24T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.4 +.MODEL DF D ( IS=2.57p RS=27.1 N=1.10 ++ CJO=28.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C24TS;DI_BZX84C24TS;Diodes;Zener 10V-50V; 24.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C24TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.4 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=28.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C24W;DI_BZX84C24W;Diodes;Zener 10V-50V; 24.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C24W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.4 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=28.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C27;DI_BZX84C27;Diodes;Zener 10V-50V; 27.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C27 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.4 +.MODEL DF D ( IS=5.34p RS=29.2 N=1.10 ++ CJO=27.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.07f RS=64.5 N=3.00 ) +.ENDS + +*SRC=BZX84C27S;DI_BZX84C27S;Diodes;Zener 10V-50V; 27.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C27S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.7 +.MODEL DF D ( IS=3.05p RS=27.6 N=1.10 ++ CJO=27.3p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C27T;DI_BZX84C27T;Diodes;Zener 10V-50V; 27.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C27T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.7 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=27.3p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C27TS;DI_BZX84C27TS;Diodes;Zener 10V-50V; 27.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C27TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.7 +.MODEL DF D ( IS=3.05p RS=27.6 N=1.10 ++ CJO=27.3p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C27W;DI_BZX84C27W;Diodes;Zener 10V-50V; 27.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C27W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.7 +.MODEL DF D ( IS=3.05p RS=27.6 N=1.10 ++ CJO=27.3p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C2V4;DI_BZX84C2V4;Diodes;Zener <=10V; 2.40V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C2V4 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=60.1p RS=36.1 N=1.10 ++ CJO=205p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=12.0f RS=84.5 N=3.00 ) +.ENDS + +*SRC=BZX84C2V4S;DI_BZX84C2V4S;Diodes;Zener <=10V; 2.40V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C2V4S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=205p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C2V4T;DI_BZX84C2V4T;Diodes;Zener <=10V; 2.40V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C2V4T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=25.7p RS=33.7 N=1.10 ++ CJO=205p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C2V4TS;DI_BZX84C2V4TS;Diodes;Zener <=10V; 2.40V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C2V4TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=205p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C2V4W;DI_BZX84C2V4W;Diodes;Zener <=10V; 2.40V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C2V4W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=205p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C2V7;DI_BZX84C2V7;Diodes;Zener <=10V; 2.70V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C2V7 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.190 +.MODEL DF D ( IS=53.4p RS=35.7 N=1.10 ++ CJO=172p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=10.7f RS=84.5 N=3.00 ) +.ENDS + +*SRC=BZX84C2V7S;DI_BZX84C2V7S;Diodes;Zener <=10V; 2.70V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C2V7S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.146 +.MODEL DF D ( IS=30.5p RS=34.1 N=1.10 ++ CJO=172p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C2V7T;DI_BZX84C2V7T;Diodes;Zener <=10V; 2.70V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C2V7T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.124 +.MODEL DF D ( IS=22.9p RS=33.3 N=1.10 ++ CJO=172p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C2V7TS;DI_BZX84C2V7TS;Diodes;Zener <=10V; 2.70V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C2V7TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.146 +.MODEL DF D ( IS=30.5p RS=34.1 N=1.10 ++ CJO=172p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C2V7W;DI_BZX84C2V7W;Diodes;Zener <=10V; 2.70V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C2V7W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.146 +.MODEL DF D ( IS=30.5p RS=34.1 N=1.10 ++ CJO=172p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C30;DI_BZX84C30;Diodes;Zener 10V-50V; 30.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C30 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.4 +.MODEL DF D ( IS=4.81p RS=28.9 N=1.10 ++ CJO=26.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.61e-016 RS=64.5 N=3.00 ) +.ENDS + +*SRC=BZX84C30S;DI_BZX84C30S;Diodes;Zener 10V-50V; 30.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C30S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.7 +.MODEL DF D ( IS=2.75p RS=27.3 N=1.10 ++ CJO=26.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C30T;DI_BZX84C30T;Diodes;Zener 10V-50V; 30.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C30T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.6 +.MODEL DF D ( IS=2.06p RS=26.5 N=1.10 ++ CJO=26.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C30TS;DI_BZX84C30TS;Diodes;Zener 10V-50V; 30.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C30TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.7 +.MODEL DF D ( IS=2.75p RS=27.3 N=1.10 ++ CJO=26.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C30W;DI_BZX84C30W;Diodes;Zener 10V-50V; 30.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C30W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.7 +.MODEL DF D ( IS=2.75p RS=27.3 N=1.10 ++ CJO=26.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C33;DI_BZX84C33;Diodes;Zener 10V-50V; 33.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C33 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.4 +.MODEL DF D ( IS=4.37p RS=28.6 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.74e-016 RS=64.5 N=3.00 ) +.ENDS + +*SRC=BZX84C33S;DI_BZX84C33S;Diodes;Zener 10V-50V; 33.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C33S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.7 +.MODEL DF D ( IS=2.50p RS=27.0 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C33T;DI_BZX84C33T;Diodes;Zener 10V-50V; 33.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C33T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.6 +.MODEL DF D ( IS=1.87p RS=26.2 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C33TS;DI_BZX84C33TS;Diodes;Zener 10V-50V; 33.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C33TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.7 +.MODEL DF D ( IS=2.50p RS=27.0 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C33W;DI_BZX84C33W;Diodes;Zener 10V-50V; 33.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C33W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.7 +.MODEL DF D ( IS=2.50p RS=27.0 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C36;DI_BZX84C36;Diodes;Zener 10V-50V; 36.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C36 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.3 +.MODEL DF D ( IS=4.01p RS=28.4 N=1.10 ++ CJO=24.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.01e-016 RS=74.5 N=3.00 ) +.ENDS + +*SRC=BZX84C36S;DI_BZX84C36S;Diodes;Zener 10V-50V; 36.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C36S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.6 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=24.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C36T;DI_BZX84C36T;Diodes;Zener >50V; 536V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C36T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 533 +.MODEL DF D ( IS=115f RS=18.2 N=1.10 ++ CJO=24.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C36TS;DI_BZX84C36TS;Diodes;Zener 10V-50V; 36.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C36TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.6 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=24.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C36W;DI_BZX84C36W;Diodes;Zener 10V-50V; 36.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C36W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.6 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=24.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C39;DI_BZX84C39;Diodes;Zener 10V-50V; 39.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C39 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.1 +.MODEL DF D ( IS=3.70p RS=28.1 N=1.10 ++ CJO=23.5p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.39e-016 RS=114 N=3.00 ) +.ENDS + +*SRC=BZX84C39S;DI_BZX84C39S;Diodes;Zener 10V-50V; 39.0V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C39S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.5 +.MODEL DF D ( IS=2.11p RS=26.5 N=1.10 ++ CJO=23.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C39T;DI_BZX84C39T;Diodes;Zener 10V-50V; 39.0V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C39T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.5 +.MODEL DF D ( IS=1.58p RS=25.7 N=1.10 ++ CJO=23.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C39TS;DI_BZX84C39TS;Diodes;Zener 10V-50V; 39.0V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C39TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.5 +.MODEL DF D ( IS=2.11p RS=26.5 N=1.10 ++ CJO=23.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C39W;DI_BZX84C39W;Diodes;Zener 10V-50V; 39.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C39W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.5 +.MODEL DF D ( IS=2.11p RS=26.5 N=1.10 ++ CJO=23.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V0;DI_BZX84C3V0;Diodes;Zener <=10V; 3.00V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C3V0 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.507 +.MODEL DF D ( IS=48.1p RS=35.4 N=1.10 ++ CJO=147p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.61f RS=79.5 N=3.00 ) +.ENDS + +*SRC=BZX84C3V0S;DI_BZX84C3V0S;Diodes;Zener <=10V; 3.00V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C3V0S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.463 +.MODEL DF D ( IS=27.5p RS=33.8 N=1.10 ++ CJO=147p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V0T;DI_BZX84C3V0T;Diodes;Zener <=10V; 3.00V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C3V0T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.441 +.MODEL DF D ( IS=20.6p RS=33.0 N=1.10 ++ CJO=147p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V0TS;DI_BZX84C3V0TS;Diodes;Zener <=10V; 3.00V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C3V0TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.463 +.MODEL DF D ( IS=27.5p RS=33.8 N=1.10 ++ CJO=147p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V0W;DI_BZX84C3V0W;Diodes;Zener <=10V; 3.00V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C3V0W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.463 +.MODEL DF D ( IS=27.5p RS=33.8 N=1.10 ++ CJO=147p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V3;DI_BZX84C3V3;Diodes;Zener <=10V; 3.30V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C3V3 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.799 +.MODEL DF D ( IS=43.7p RS=35.2 N=1.10 ++ CJO=127p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.74f RS=79.5 N=3.00 ) +.ENDS + +*SRC=BZX84C3V3S;DI_BZX84C3V3S;Diodes;Zener <=10V; 3.30V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C3V3S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.756 +.MODEL DF D ( IS=25.0p RS=33.6 N=1.10 ++ CJO=127p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V3T;DI_BZX84C3V3T;Diodes;Zener <=10V; 3.30V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C3V3T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.733 +.MODEL DF D ( IS=18.7p RS=32.7 N=1.10 ++ CJO=127p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V3TS;DI_BZX84C3V3TS;Diodes;Zener <=10V; 3.30V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C3V3TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.756 +.MODEL DF D ( IS=25.0p RS=33.6 N=1.10 ++ CJO=127p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V3W;DI_BZX84C3V3W;Diodes;Zener <=10V; 3.30V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C3V3W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.756 +.MODEL DF D ( IS=25.0p RS=33.6 N=1.10 ++ CJO=127p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V6;DI_BZX84C3V6;Diodes;Zener <=10V; 3.60V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C3V6 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.12 +.MODEL DF D ( IS=40.1p RS=34.9 N=1.10 ++ CJO=112p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.01f RS=74.5 N=3.00 ) +.ENDS + +*SRC=BZX84C3V6S;DI_BZX84C3V6S;Diodes;Zener <=10V; 3.60V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C3V6S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.07 +.MODEL DF D ( IS=22.9p RS=33.3 N=1.10 ++ CJO=112p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V6T;DI_BZX84C3V6T;Diodes;Zener <=10V; 3.60V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C3V6T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.05 +.MODEL DF D ( IS=17.2p RS=32.5 N=1.10 ++ CJO=112p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V6TS;DI_BZX84C3V6TS;Diodes;Zener <=10V; 3.60V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C3V6TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.07 +.MODEL DF D ( IS=22.9p RS=33.3 N=1.10 ++ CJO=112p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V6W;DI_BZX84C3V6W;Diodes;Zener <=10V; 3.60V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C3V6W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.07 +.MODEL DF D ( IS=22.9p RS=33.3 N=1.10 ++ CJO=112p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V9;DI_BZX84C3V9;Diodes;Zener <=10V; 3.90V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C3V9 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.41 +.MODEL DF D ( IS=37.0p RS=34.7 N=1.10 ++ CJO=99.1p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.39f RS=74.5 N=3.00 ) +.ENDS + +*SRC=BZX84C3V9S;DI_BZX84C3V9S;Diodes;Zener <=10V; 3.90V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C3V9S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.37 +.MODEL DF D ( IS=21.1p RS=33.1 N=1.10 ++ CJO=94.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V9T;DI_BZX84C3V9T;Diodes;Zener <=10V; 3.90V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C3V9T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.35 +.MODEL DF D ( IS=15.8p RS=32.3 N=1.10 ++ CJO=94.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V9TS;DI_BZX84C3V9TS;Diodes;Zener <=10V; 3.90V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C3V9TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.37 +.MODEL DF D ( IS=21.1p RS=33.1 N=1.10 ++ CJO=94.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C3V9W;DI_BZX84C3V9W;Diodes;Zener <=10V; 3.90V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C3V9W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.37 +.MODEL DF D ( IS=21.1p RS=33.1 N=1.10 ++ CJO=94.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C43;DI_BZX84C43;Diodes;Zener 10V-50V; 43.0V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C43 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.0 +.MODEL DF D ( IS=3.35p RS=27.8 N=1.10 ++ CJO=22.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.71e-016 RS=134 N=3.00 ) +.ENDS + +*SRC=BZX84C47;DI_BZX84C47;Diodes;Zener 10V-50V; 47.0V 0.350W Diodes Inc. - +*SYM=HZEN +.SUBCKT DI_BZX84C47 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 43.9 +.MODEL DF D ( IS=3.07p RS=27.6 N=1.10 ++ CJO=22.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.14e-016 RS=154 N=3.00 ) +.ENDS + +*SRC=BZX84C4V3;DI_BZX84C4V3;Diodes;Zener <=10V; 4.30V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C4V3 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.80 +.MODEL DF D ( IS=33.5p RS=34.4 N=1.10 ++ CJO=85.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.71f RS=74.5 N=3.00 ) +.ENDS + +*SRC=BZX84C4V3S;DI_BZX84C4V3S;Diodes;Zener <=10V; 4.30V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C4V3S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.76 +.MODEL DF D ( IS=19.2p RS=32.8 N=1.10 ++ CJO=85.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C4V3T;DI_BZX84C4V3T;Diodes;Zener <=10V; 4.30V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C4V3T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.74 +.MODEL DF D ( IS=14.4p RS=32.0 N=1.10 ++ CJO=85.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C4V3TS;DI_BZX84C4V3TS;Diodes;Zener <=10V; 4.30V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C4V3TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.76 +.MODEL DF D ( IS=19.2p RS=32.8 N=1.10 ++ CJO=85.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C4V3W;DI_BZX84C4V3W;Diodes;Zener <=10V; 4.30V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C4V3W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.76 +.MODEL DF D ( IS=19.2p RS=32.8 N=1.10 ++ CJO=85.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C4V7;DI_BZX84C4V7;Diodes;Zener <=10V; 4.70V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C4V7 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.25 +.MODEL DF D ( IS=30.7p RS=34.2 N=1.10 ++ CJO=74.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.14f RS=64.5 N=3.00 ) +.ENDS + +*SRC=BZX84C4V7S;DI_BZX84C4V7S;Diodes;Zener <=10V; 4.70V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C4V7S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.20 +.MODEL DF D ( IS=17.5p RS=32.6 N=1.10 ++ CJO=74.9p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C4V7T;DI_BZX84C4V7T;Diodes;Zener <=10V; 4.70V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C4V7T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.18 +.MODEL DF D ( IS=13.1p RS=31.7 N=1.10 ++ CJO=74.9p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C4V7TS;DI_BZX84C4V7TS;Diodes;Zener <=10V; 4.70V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C4V7TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.20 +.MODEL DF D ( IS=17.5p RS=32.6 N=1.10 ++ CJO=74.9p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C4V7W;DI_BZX84C4V7W;Diodes;Zener <=10V; 4.70V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C4V7W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.20 +.MODEL DF D ( IS=17.5p RS=32.6 N=1.10 ++ CJO=74.9p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=bzx84c51;DI_BZX84C51;Diodes;Zener >50V; 51.0V 0.350W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_BZX84C51 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 48.5 +.MODEL DF D ( IS=2.83p RS=1.77 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.65e-016 RS=141 N=3.00 ) +.ENDS + +*SRC=BZX84C5V1;DI_BZX84C5V1;Diodes;Zener <=10V; 5.10V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C5V1 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.74 +.MODEL DF D ( IS=28.3p RS=33.9 N=1.10 ++ CJO=66.2p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.65f RS=44.5 N=3.00 ) +.ENDS + +*SRC=BZX84C5V1S;DI_BZX84C5V1S;Diodes;Zener <=10V; 5.10V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C5V1S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.70 +.MODEL DF D ( IS=16.2p RS=32.3 N=1.10 ++ CJO=66.2p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C5V1T;DI_BZX84C5V1T;Diodes;Zener <=10V; 5.10V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C5V1T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.67 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=66.2p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C5V1TS;DI_BZX84C5V1TS;Diodes;Zener <=10V; 5.10V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C5V1TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.70 +.MODEL DF D ( IS=16.2p RS=32.3 N=1.10 ++ CJO=66.2p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C5V1W;DI_BZX84C5V1W;Diodes;Zener <=10V; 5.10V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C5V1W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.70 +.MODEL DF D ( IS=16.2p RS=32.3 N=1.10 ++ CJO=66.2p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C5V6;DI_BZX84C5V6;Diodes;Zener <=10V; 5.60V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C5V6 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.33 +.MODEL DF D ( IS=25.7p RS=33.7 N=1.10 ++ CJO=57.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.15f RS=24.5 N=3.00 ) +.ENDS + +*SRC=BZX84C5V6S;DI_BZX84C5V6S;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C5V6S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.29 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=57.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C5V6T;DI_BZX84C5V6T;Diodes;Zener <=10V; 5.60V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C5V6T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.27 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=57.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C5V6TS;DI_BZX84C5V6TS;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C5V6TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.29 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=57.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C5V6W;DI_BZX84C5V6W;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C5V6W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.29 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=57.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C6V2;DI_BZX84C6V2;Diodes;Zener <=10V; 6.20V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C6V2 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.12 +.MODEL DF D ( IS=23.3p RS=33.4 N=1.10 ++ CJO=49.4p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.65f RS=2.30 N=1.49 ) +.ENDS + +*SRC=BZX84C6V2S;DI_BZX84C6V2S;Diodes;Zener <=10V; 6.20V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C6V2S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.10 +.MODEL DF D ( IS=13.3p RS=31.8 N=1.10 ++ CJO=49.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C6V2T;DI_BZX84C6V2T;Diodes;Zener <=10V; 6.20V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C6V2T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.09 +.MODEL DF D ( IS=9.97p RS=31.0 N=1.10 ++ CJO=49.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C6V2TS;DI_BZX84C6V2TS;Diodes;Zener <=10V; 6.20V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C6V2TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.10 +.MODEL DF D ( IS=13.3p RS=31.8 N=1.10 ++ CJO=49.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C6V2W;DI_BZX84C6V2W;Diodes;Zener <=10V; 6.20V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C6V2W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.10 +.MODEL DF D ( IS=13.3p RS=31.8 N=1.10 ++ CJO=49.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C6V8;DI_BZX84C6V8;Diodes;Zener <=10V; 6.80V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C6V8 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.18 +.MODEL DF D ( IS=21.2p RS=33.1 N=1.10 ++ CJO=43.0p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.24f RS=3.45 N=2.23 ) +.ENDS + +*SRC=BZX84C6V8S;DI_BZX84C6V8S;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C6V8S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.15 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=43.0p VJ=0.750 M=0.330 TT=50.1n ) + +SRC=BZX84C6V8T;DI_BZX84C6V8T;Diodes;Zener <=10V; 6.80V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C6V8T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.13 +.MODEL DF D ( IS=9.09p RS=30.7 N=1.10 ++ CJO=43.0p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.82f RS=3.45 N=2.23 ) +.ENDS + +*SRC=BZX84C6V8TS;DI_BZX84C6V8TS;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C6V8TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.15 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=43.0p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C6V8W;DI_BZX84C6V8W;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C6V8W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.15 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=43.0p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C7V5;DI_C;Diodes;Zener <=10V; 7.50V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C7V5 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.87 +.MODEL DF D ( IS=19.2p RS=32.8 N=1.10 ++ CJO=37.1p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.85f RS=3.45 N=2.23 ) +.ENDS + +*SRC=BZX84C7V5S;DI_BZX84C7V5S;Diodes;Zener <=10V; 7.50V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C7V5S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.84 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=37.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C7V5T;DI_BZX84C7V5T;Diodes;Zener <=10V; 7.50V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C7V5T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.82 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=37.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C7V5TS;DI_BZX84C7V5TS;Diodes;Zener <=10V; 7.50V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C7V5TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.84 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=37.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C7V5W;DI_BZX84C7V5W;Diodes;Zener <=10V; 7.50V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C7V5W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.84 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=37.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C8V2;DI_BZX84C8V2;Diodes;Zener <=10V; 8.20V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C8V2 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.57 +.MODEL DF D ( IS=17.6p RS=32.6 N=1.10 ++ CJO=32.5p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.52f RS=3.45 N=2.23 ) +.ENDS + +*SRC=BZX84C8V2S;DI_BZX84C8V2S;Diodes;Zener <=10V; 8.20V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C8V2S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.53 +.MODEL DF D ( IS=10.0p RS=31.0 N=1.10 ++ CJO=32.5p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C8V2T;DI_BZX84C8V2T;Diodes;Zener <=10V; 8.20V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C8V2T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.52 +.MODEL DF D ( IS=7.54p RS=30.2 N=1.10 ++ CJO=32.5p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C8V2TS;DI_BZX84C8V2TS;Diodes;Zener <=10V; 8.20V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C8V2TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.53 +.MODEL DF D ( IS=10.0p RS=31.0 N=1.10 ++ CJO=32.5p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C8V2W;DI_BZX84C8V2W;Diodes;Zener <=10V; 8.20V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C8V2W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.53 +.MODEL DF D ( IS=10.0p RS=31.0 N=1.10 ++ CJO=32.5p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C9V1;DI_BZX84C9V1;Diodes;Zener <=10V; 9.10V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_BZX84C9V1 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.46 +.MODEL DF D ( IS=15.8p RS=32.3 N=1.10 ++ CJO=27.8p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.17f RS=3.45 N=2.23 ) +.ENDS + +*SRC=BZX84C9V1S;DI_BZX84C9V1S;Diodes;Zener <=10V; 9.10V 0.200W Diodes Inc. ZENER Dual, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C9V1S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.43 +.MODEL DF D ( IS=9.05p RS=30.7 N=1.10 ++ CJO=27.8p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C9V1T;DI_BZX84C9V1T;Diodes;Zener <=10V; 9.10V 0.150W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C9V1T 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.41 +.MODEL DF D ( IS=6.79p RS=29.9 N=1.10 ++ CJO=27.8p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C9V1TS;DI_BZX84C9V1TS;Diodes;Zener <=10V; 9.10V 0.200W Diodes Inc. ZENER Triple, Apply ea. node +*SYM=HZEN +.SUBCKT DI_BZX84C9V1TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.43 +.MODEL DF D ( IS=9.05p RS=30.7 N=1.10 ++ CJO=27.8p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=BZX84C9V1W;DI_BZX84C9V1W;Diodes;Zener <=10V; 9.10V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_BZX84C9V1W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.43 +.MODEL DF D ( IS=9.05p RS=30.7 N=1.10 ++ CJO=27.8p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DDZ10C;DI_DDZ10C;Diodes;Zener <=10V; 10.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ10C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.65 +.MODEL DF D ( IS=20.6p RS=33.0 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.12f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZ10CS;DI_DDZ10CS;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ10CS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.58 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.65f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZ11C;DI_DDZ11C;Diodes;Zener 10V-50V; 11.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ11C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.77 +.MODEL DF D ( IS=18.7p RS=32.7 N=1.10 ++ CJO=33.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.75f RS=2.30 N=2.97 ) +.ENDS + +*SRC=DDZ11CS;DI_DDZ11CS;Diodes;Zener 10V-50V; 11.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ11CS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.70 +.MODEL DF D ( IS=7.49p RS=30.1 N=1.10 ++ CJO=33.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.50f RS=2.30 N=2.97 ) +.ENDS + +*SRC=DDZ12C;DI_DDZ12C;Diodes;Zener 10V-50V; 12.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ12C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.73 +.MODEL DF D ( IS=17.2p RS=32.5 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.43f RS=4.23 N=3.00 ) +.ENDS + +*SRC=DDZ12CS;DI_DDZ12CS;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ12CS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.66 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.37f RS=4.23 N=3.00 ) +.ENDS + +*SRC=DDZ13B;DI_DDZ13B;Diodes;Zener 10V-50V; 13.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ13B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=15.8p RS=32.3 N=1.10 ++ CJO=26.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.17f RS=6.23 N=3.00 ) +.ENDS + +*SRC=DDZ13BS;DI_DDZ13BS;Diodes;Zener 10V-50V; 13.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ13BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.6 +.MODEL DF D ( IS=6.34p RS=29.7 N=1.10 ++ CJO=26.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.27f RS=6.23 N=3.00 ) +.ENDS + +*SRC=DDZ14;DI_DDZ14;Diodes;Zener 10V-50V; 14.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ14 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 11.7 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.94f RS=8.23 N=3.00 ) +.ENDS + +*SRC=DDZ14S;DI_DDZ14S;Diodes;Zener 10V-50V; 14.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ14S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 11.6 +.MODEL DF D ( IS=5.89p RS=29.4 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.18f RS=8.23 N=3.00 ) +.ENDS + +*SRC=DDZ15;DI_DDZ15;Diodes;Zener 10V-50V; 15.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ15 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=13.7p RS=31.9 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.75f RS=10.2 N=3.00 ) +.ENDS + +*SRC=DDZ15S;DI_DDZ15S;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ15S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.6 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.10f RS=10.2 N=3.00 ) +.ENDS + +*SRC=DDZ16;DI_DDZ16;Diodes;Zener 10V-50V; 16.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ16 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=12.9p RS=31.7 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.58f RS=10.2 N=3.00 ) +.ENDS + +*SRC=DDZ16S;DI_DDZ16S;Diodes;Zener 10V-50V; 16.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ16S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.03f RS=10.2 N=3.00 ) +.ENDS + +*SRC=DDZ18C;DI_DDZ18C;Diodes;Zener 10V-50V; 18.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ18C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.6 +.MODEL DF D ( IS=11.4p RS=31.3 N=1.10 ++ CJO=21.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.29f RS=15.2 N=3.00 ) +.ENDS + +*SRC=DDZ18CS;DI_DDZ18CS;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ18CS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.5 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=21.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.16e-016 RS=15.2 N=3.00 ) +.ENDS + +*SRC=DDZ20C;DI_DDZ20C;Diodes;Zener 10V-50V; 20.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ20C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=10.3p RS=31.0 N=1.10 ++ CJO=20.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.06f RS=20.2 N=3.00 ) +.ENDS + +*SRC=DDZ20CS;DI_DDZ20CS;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ20CS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=20.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24e-016 RS=20.2 N=3.00 ) +.ENDS + +*SRC=DDZ22D;DI_DDZ22D;Diodes;Zener 10V-50V; 22.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ22D 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.7 +.MODEL DF D ( IS=9.36p RS=30.8 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.87f RS=14.5 N=3.00 ) +.ENDS + +*SRC=DDZ22DS;DI_DDZ22DS;Diodes;Zener 10V-50V; 22.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ22DS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.6 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.49e-016 RS=14.5 N=3.00 ) +.ENDS + +*SRC=DDZ24C;DI_DDZ24C;Diodes;Zener 10V-50V; 24.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ24C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.7 +.MODEL DF D ( IS=8.58p RS=30.5 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.72f RS=19.5 N=3.00 ) +.ENDS + +*SRC=DDZ24CS;DI_DDZ24CS;Diodes;Zener 10V-50V; 24.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ24CS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.6 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87e-016 RS=19.5 N=3.00 ) +.ENDS + +*SRC=DDZ27D;DI_DDZ27D;Diodes;Zener 10V-50V; 27.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ27D 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.6 +.MODEL DF D ( IS=7.63p RS=30.2 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.53f RS=29.5 N=3.00 ) +.ENDS + +*SRC=DDZ27DS;DI_DDZ27DS;Diodes;Zener 10V-50V; 27.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ27DS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.5 +.MODEL DF D ( IS=3.05p RS=27.6 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.10e-016 RS=29.5 N=3.00 ) +.ENDS + +*SRC=DDZ30D;DI_DDZ30D;Diodes;Zener 10V-50V; 30.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ30D 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.6 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.37f RS=39.5 N=3.00 ) +.ENDS + +*SRC=DDZ30DS;DI_DDZ30DS;Diodes;Zener 10V-50V; 30.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ30DS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.5 +.MODEL DF D ( IS=2.75p RS=27.3 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.49e-016 RS=39.5 N=3.00 ) +.ENDS + +*SRC=DDZ33;DI_DDZ33;Diodes;Zener 10V-50V; 33.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ33 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.4 +.MODEL DF D ( IS=6.24p RS=29.6 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.25f RS=59.5 N=3.00 ) +.ENDS + +*SRC=DDZ33S;DI_DDZ33S;Diodes;Zener 10V-50V; 33.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ33S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.4 +.MODEL DF D ( IS=2.50p RS=27.0 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.99e-016 RS=59.5 N=3.00 ) +.ENDS + +*SRC=DDZ36;DI_DDZ36;Diodes;Zener 10V-50V; 36.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ36 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.4 +.MODEL DF D ( IS=5.72p RS=29.4 N=1.10 ++ CJO=23.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.14f RS=69.5 N=3.00 ) +.ENDS + +*SRC=DDZ36S;DI_DDZ36S;Diodes;Zener 10V-50V; 36.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ36S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.3 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.58e-016 RS=69.5 N=3.00 ) +.ENDS + +*SRC=DDZ39F;DI_DDZ39F;Diodes;Zener 10V-50V; 39.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ39F 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.4 +.MODEL DF D ( IS=5.28p RS=29.1 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.06f RS=69.5 N=3.00 ) +.ENDS + +*SRC=DDZ39FS;DI_DDZ39FS;Diodes;Zener 10V-50V; 39.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ39FS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.3 +.MODEL DF D ( IS=2.11p RS=26.5 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.23e-016 RS=69.5 N=3.00 ) +.ENDS + +*SRC=DDZ43;DI_DDZ43;Diodes;Zener 10V-50V; 43.0V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ43 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.4 +.MODEL DF D ( IS=4.79p RS=28.9 N=1.10 ++ CJO=20.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.58e-016 RS=74.5 N=3.00 ) +.ENDS + +*SRC=DDZ43S;DI_DDZ43S;Diodes;Zener 10V-50V; 43.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ43S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.3 +.MODEL DF D ( IS=1.92p RS=26.3 N=1.10 ++ CJO=12.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.83e-016 RS=74.5 N=3.00 ) +.ENDS + +*SRC=DDZ47S;DI_DDZ47S;Diodes;Zener 10V-50V; 47.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ47S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 44.3 +.MODEL DF D ( IS=1.75p RS=26.0 N=1.10 ++ CJO=12.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.51e-016 RS=74.5 N=3.00 ) +.ENDS + +*SRC=DDZ5V1B;DI_DDZ5V1B;Diodes;Zener <=10V; 5.10V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ5V1B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.62 +.MODEL DF D ( IS=40.4p RS=34.9 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.08f RS=13.1 N=3.00 ) +.ENDS + +*SRC=DDZ5V1BS;DI_DDZ5V1BS;Diodes;Zener <=10V; 5.10V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ5V1BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.55 +.MODEL DF D ( IS=16.2p RS=32.3 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.23f RS=13.1 N=3.00 ) +.ENDS + +*SRC=DDZ5V6B;DI_DDZ5V6B;Diodes;Zener <=10V; 5.60V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ5V6B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.23 +.MODEL DF D ( IS=36.8p RS=34.7 N=1.10 ++ CJO=106p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.36f RS=7.11 N=3.00 ) +.ENDS + +*SRC=DDZ5V6BS;DI_DDZ5V6BS;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ5V6BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.16 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=106p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.94f RS=7.11 N=3.00 ) +.ENDS + +*SRC=DDZ6V2B;DI_DDZ6V2B;Diodes;Zener <=10V; 6.20V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ6V2B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.91 +.MODEL DF D ( IS=33.2p RS=34.4 N=1.10 ++ CJO=80.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.65f RS=3.11 N=3.00 ) +.ENDS + +*SRC=DDZ6V2BS;DI_DDZ6V2BS;Diodes;Zener <=10V; 6.20V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ6V2BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.83 +.MODEL DF D ( IS=13.3p RS=31.8 N=1.10 ++ CJO=80.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.66f RS=3.11 N=3.00 ) +.ENDS + +*SRC=DDZ6V8C;DI_DDZ6V8C;Diodes;Zener <=10V; 6.80V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ6V8C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.56 +.MODEL DF D ( IS=30.3p RS=34.1 N=1.10 ++ CJO=72.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.06f RS=1.15 N=2.97 ) +.ENDS + +*SRC=DDZ6V8CS;DI_DDZ6V8CS;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ6V8CS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.49 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=72.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.42f RS=1.15 N=2.97 ) +.ENDS + +*SRC=DDZ7V5C;DI_DDZ7V5C;Diodes;Zener <=10V; 7.50V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ7V5C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.21 +.MODEL DF D ( IS=27.5p RS=33.8 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.49f RS=2.12 N=3.00 ) +.ENDS + +*SRC=DDZ7V5CS;DI_DDZ7V5CS;Diodes;Zener <=10V; 7.50V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ7V5CS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.14 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.20f RS=2.12 N=3.00 ) +.ENDS + +*SRC=DDZ8V2C;DI_DDZ8V2C;Diodes;Zener <=10V; 8.20V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ8V2C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.86 +.MODEL DF D ( IS=25.1p RS=33.6 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.02f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZ8V2CS;DI_DDZ8V2CS;Diodes;Zener <=10V; 8.20V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ8V2CS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.79 +.MODEL DF D ( IS=10.0p RS=31.0 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.01f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZ9688;DI_DDZ9688;Diodes;Zener <=10V; 4.70V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9688 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.63 +.MODEL DF D ( IS=43.8p RS=35.2 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.77f RS=6.45k N=3.00 ) +.ENDS + +*SRC=DDZ9688S;DI_DDZ9688S;Diodes;Zener <=10V; 4.70V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9688S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.56 +.MODEL DF D ( IS=17.5p RS=32.6 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.51f RS=6.45k N=3.00 ) +.ENDS + +*SRC=DDZ9689;DI_DDZ9689;Diodes;Zener <=10V; 5.10V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9689 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.15 +.MODEL DF D ( IS=40.4p RS=34.9 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.08f RS=3.95k N=3.00 ) +.ENDS + +*SRC=DDZ9689S;DI_DDZ9689S;Diodes;Zener <=10V; 5.10V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9689S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.08 +.MODEL DF D ( IS=16.2p RS=32.3 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.23f RS=3.95k N=3.00 ) +.ENDS + +*SRC=DDZ9690;DI_DDZ9690;Diodes;Zener <=10V; 5.60V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9690 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.79 +.MODEL DF D ( IS=36.8p RS=34.7 N=1.10 ++ CJO=92.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.36f RS=946 N=3.00 ) +.ENDS + +*SRC=DDZ9690S;DI_DDZ9690S;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9690S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.72 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=92.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.94f RS=946 N=3.00 ) +.ENDS + +*SRC=DDZ9691;DI_DDZ9691;Diodes;Zener <=10V; 6.20V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9691 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.31 +.MODEL DF D ( IS=33.2p RS=34.4 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.65f RS=230 N=1.49 ) +.ENDS + +*SRC=DDZ9691S;DI_DDZ9691S;Diodes;Zener <=10V; 6.20V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9691S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.28 +.MODEL DF D ( IS=13.3p RS=31.8 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.66f RS=230 N=1.49 ) +.ENDS + +*SRC=DDZ9692;DI_DDZ9692;Diodes;Zener <=10V; 6.80V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9692 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.71 +.MODEL DF D ( IS=30.3p RS=34.1 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.06f RS=23.0 N=0.149 ) +.ENDS + +*SRC=DDZ9692S;DI_DDZ9692S;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9692S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.71 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.42f RS=23.0 N=0.149 ) +.ENDS + +*SRC=DDZ9693;DI_DDZ9693;Diodes;Zener <=10V; 7.50V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9693 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.41 +.MODEL DF D ( IS=27.5p RS=33.8 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.49f RS=23.0 N=0.149 ) +.ENDS + +*SRC=DDZ9693S;DI_DDZ9693S;Diodes;Zener <=10V; 7.50V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9693S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.41 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.20f RS=23.0 N=0.149 ) +.ENDS + +*SRC=DDZ9694;DI_DDZ9694;Diodes;Zener <=10V; 8.20V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9694 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.07 +.MODEL DF D ( IS=25.1p RS=33.6 N=1.10 ++ CJO=47.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.02f RS=34.5 N=0.223 ) +.ENDS + +*SRC=DDZ9694S;DI_DDZ9694S;Diodes;Zener <=10V; 8.20V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9694S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.06 +.MODEL DF D ( IS=10.0p RS=31.0 N=1.10 ++ CJO=47.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.01f RS=34.5 N=0.223 ) +.ENDS + +*SRC=DDZ9696;DI_DDZ9696;Diodes;Zener <=10V; 9.10V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9696 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.90 +.MODEL DF D ( IS=22.6p RS=33.3 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.53f RS=50.6 N=0.327 ) +.ENDS + +*SRC=DDZ9696S;DI_DDZ9696S;Diodes;Zener <=10V; 9.10V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9696S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.89 +.MODEL DF D ( IS=9.05p RS=30.7 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.81f RS=50.6 N=0.327 ) +.ENDS + +*SRC=DDZ9697;DI_DDZ9697;Diodes;Zener <=10V; 10.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9697 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.73 +.MODEL DF D ( IS=20.6p RS=33.0 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.12f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9697S;DI_DDZ9697S;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9697S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.72 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.65f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9698;DI_DDZ9698;Diodes;Zener 10V-50V; 11.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9698 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=18.7p RS=32.7 N=1.10 ++ CJO=35.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.75f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9699;DI_DDZ9699;Diodes;Zener 10V-50V; 12.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9699 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 11.7 +.MODEL DF D ( IS=17.2p RS=32.5 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.43f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9699S;DI_DDZ9699S;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9699S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 11.7 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.37f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9700;DI_DDZ9700;Diodes;Zener 10V-50V; 13.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9700 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=15.8p RS=32.3 N=1.10 ++ CJO=30.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.17f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9700S;DI_DDZ9700S;Diodes;Zener 10V-50V; 13.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9700S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=6.34p RS=29.7 N=1.10 ++ CJO=30.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.27f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9701;DI_DDZ9701;Diodes;Zener 10V-50V; 14.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9701 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.7 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=27.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.94f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9702;DI_DDZ9702;Diodes;Zener 10V-50V; 15.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9702 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 14.7 +.MODEL DF D ( IS=13.7p RS=31.9 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.75f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9702S;DI_DDZ9702S;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9702S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 14.7 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.10f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9703;DI_DDZ9703;Diodes;Zener 10V-50V; 16.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9703 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.7 +.MODEL DF D ( IS=12.9p RS=31.7 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.58f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9703S;DI_DDZ9703S;Diodes;Zener 10V-50V; 16.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9703S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.7 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.03f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9705;DI_DDZ9705;Diodes;Zener 10V-50V; 18.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9705 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.7 +.MODEL DF D ( IS=11.4p RS=31.3 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.29f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9705S;DI_DDZ9705S;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9705S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.7 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.16e-016 RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9707;DI_DDZ9707;Diodes;Zener 10V-50V; 20.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9707 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.7 +.MODEL DF D ( IS=10.3p RS=31.0 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.06f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9707S;DI_DDZ9707S;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9707S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.7 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24e-016 RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZ9708;DI_DDZ9708;Diodes;Zener 10V-50V; 22.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9708 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.6 +.MODEL DF D ( IS=9.36p RS=30.8 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.87f RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZ9708S;DI_DDZ9708S;Diodes;Zener 10V-50V; 22.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9708S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.6 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.49e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZ9709;DI_DDZ9709;Diodes;Zener 10V-50V; 24.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9709 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 23.6 +.MODEL DF D ( IS=8.58p RS=30.5 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.72f RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZ9709S;DI_DDZ9709S;Diodes;Zener 10V-50V; 24.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9709S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 23.6 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZ9711;DI_DDZ9711;Diodes;Zener 10V-50V; 27.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9711 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 26.6 +.MODEL DF D ( IS=7.63p RS=30.2 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.53f RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZ9711S;DI_DDZ9711S;Diodes;Zener 10V-50V; 27.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9711S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 26.6 +.MODEL DF D ( IS=3.05p RS=27.6 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.10e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZ9712;DI_DDZ9712;Diodes;Zener 10V-50V; 28.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9712 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.6 +.MODEL DF D ( IS=7.36p RS=30.1 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.47f RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZ9712S;DI_DDZ9712S;Diodes;Zener 10V-50V; 28.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9712S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.6 +.MODEL DF D ( IS=2.94p RS=27.5 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.89e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZ9713;DI_DDZ9713;Diodes;Zener 10V-50V; 30.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9713 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 29.6 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.37f RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZ9713S;DI_DDZ9713S;Diodes;Zener 10V-50V; 30.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9713S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 29.6 +.MODEL DF D ( IS=2.75p RS=27.3 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.49e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZ9714;DI_DDZ9714;Diodes;Zener 10V-50V; 33.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9714 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 31.0 +.MODEL DF D ( IS=6.24p RS=29.6 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.25f RS=1.35k N=3.00 ) +.ENDS + +*SRC=DDZ9714S;DI_DDZ9714S;Diodes;Zener 10V-50V; 33.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9714S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 31.0 +.MODEL DF D ( IS=2.50p RS=27.0 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.99e-016 RS=1.35k N=3.00 ) +.ENDS + +*SRC=DDZ9715;DI_DDZ9715;Diodes;Zener 10V-50V; 36.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9715 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.9 +.MODEL DF D ( IS=5.72p RS=29.4 N=1.10 ++ CJO=13.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.14f RS=4.45k N=3.00 ) +.ENDS + +*SRC=DDZ9715S;DI_DDZ9715S;Diodes;Zener 10V-50V; 36.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9715S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 34.0 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=13.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.58e-016 RS=1.45k N=3.00 ) +.ENDS + +*SRC=DDZ9716;DI_DDZ9716;Diodes;Zener 10V-50V; 39.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9716 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.9 +.MODEL DF D ( IS=5.28p RS=29.1 N=1.10 ++ CJO=24.5p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.06f RS=4.45k N=3.00 ) +.ENDS + +*SRC=DDZ9716S;DI_DDZ9716S;Diodes;Zener 10V-50V; 39.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9716S 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.9 +.MODEL DF D ( IS=2.11p RS=26.5 N=1.10 ++ CJO=12.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.23e-016 RS=1.45k N=3.00 ) +.ENDS + +*SRC=DDZ9717;DI_DDZ9717;Diodes;Zener 10V-50V; 43.0V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZ9717 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.8 +.MODEL DF D ( IS=4.79p RS=28.9 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.58e-016 RS=6.25k N=3.00 ) +.ENDS + +*SRC=DDZ9V1C;DI_DDZ9V1C;Diodes;Zener <=10V; 9.10V 0.500W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ9V1C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.76 +.MODEL DF D ( IS=22.6p RS=33.3 N=1.10 ++ CJO=41.0p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.53f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZ9V1CS;DI_DDZ9V1CS;Diodes;Zener <=10V; 9.10V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZ9V1CS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.68 +.MODEL DF D ( IS=9.05p RS=30.7 N=1.10 ++ CJO=41.0p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.81f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZX10C;DI_DDZX10C;Diodes;Zener <=10V; 10.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX10C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.61 +.MODEL DF D ( IS=12.4p RS=31.6 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.47f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZX10CTS;DI_DDZX10CTS;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX10CTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.58 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.65f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZX10CW;DI_DDZX10CW;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX10CW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.58 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.65f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZX11C;DI_DDZX11C;Diodes;Zener 10V-50V; 11.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX11C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.74 +.MODEL DF D ( IS=11.2p RS=31.3 N=1.10 ++ CJO=33.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.25f RS=2.30 N=2.97 ) +.ENDS + +*SRC=DDZX11CTS;DI_DDZX11CTS;Diodes;Zener 10V-50V; 11.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX11CTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.70 +.MODEL DF D ( IS=7.49p RS=30.1 N=1.10 ++ CJO=33.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.50f RS=2.30 N=2.97 ) +.ENDS + +*SRC=DDZX11CW;DI_DDZX11CW;Diodes;Zener 10V-50V; 11.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX11CW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.70 +.MODEL DF D ( IS=7.49p RS=30.1 N=1.10 ++ CJO=33.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.50f RS=2.30 N=2.97 ) +.ENDS + +*SRC=DDZX12C;DI_DDZX12C;Diodes;Zener 10V-50V; 12.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX12C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.69 +.MODEL DF D ( IS=10.3p RS=31.0 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.06f RS=4.23 N=3.00 ) +.ENDS + +*SRC=DDZX12CTS;DI_DDZX12CTS;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX12CTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.66 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.37f RS=4.23 N=3.00 ) +.ENDS + +*SRC=DDZX12CW;DI_DDZX12CW;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX12CW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.66 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.37f RS=4.23 N=3.00 ) +.ENDS + +*SRC=DDZX13B;DI_DDZX13B;Diodes;Zener 10V-50V; 13.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX13B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=9.51p RS=30.8 N=1.10 ++ CJO=26.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.90f RS=6.23 N=3.00 ) +.ENDS + +*SRC=DDZX13BTS;DI_DDZX13BTS;Diodes;Zener 10V-50V; 13.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX13BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.6 +.MODEL DF D ( IS=6.34p RS=29.7 N=1.10 ++ CJO=26.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.27f RS=6.23 N=3.00 ) +.ENDS + +*SRC=DDZX13BW;DI_DDZX13BW;Diodes;Zener 10V-50V; 13.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX13BW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.6 +.MODEL DF D ( IS=6.34p RS=29.7 N=1.10 ++ CJO=26.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.27f RS=6.23 N=3.00 ) +.ENDS + +*SRC=DDZX14;DI_DDZX14;Diodes;Zener 10V-50V; 14.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX14 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 11.6 +.MODEL DF D ( IS=8.83p RS=30.6 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.77f RS=8.23 N=3.00 ) +.ENDS + +*SRC=DDZX14TS;DI_DDZX14TS;Diodes;Zener 10V-50V; 14.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX14TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 11.6 +.MODEL DF D ( IS=5.89p RS=29.4 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.18f RS=8.23 N=3.00 ) +.ENDS + +*SRC=DDZX14W;DI_DDZX14W;Diodes;Zener 10V-50V; 14.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX14W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 11.6 +.MODEL DF D ( IS=5.89p RS=29.4 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.18f RS=8.23 N=3.00 ) +.ENDS + +*SRC=DDZX15;DI_DDZX15;Diodes;Zener 10V-50V; 15.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX15 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.6 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.65f RS=10.2 N=3.00 ) +.ENDS + +*SRC=DDZX15TS;DI_DDZX15TS;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX15TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.6 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.10f RS=10.2 N=3.00 ) +.ENDS + +*SRC=DDZX15W;DI_DDZX15W;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX15W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.6 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.10f RS=10.2 N=3.00 ) +.ENDS + +*SRC=DDZX16;DI_DDZX16;Diodes;Zener 10V-50V; 16.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX16 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=7.72p RS=30.2 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.55f RS=10.2 N=3.00 ) +.ENDS + +*SRC=DDZX16TS;DI_DDZX16TS;Diodes;Zener 10V-50V; 16.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX16TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.03f RS=10.2 N=3.00 ) +.ENDS + +*SRC=DDZX16W;DI_DDZX16W;Diodes;Zener 10V-50V; 16.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX16W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.03f RS=10.2 N=3.00 ) +.ENDS + +*SRC=DDZX18C;DI_DDZX18C;Diodes;Zener 10V-50V; 18.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX18C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.5 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=21.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.37f RS=15.2 N=3.00 ) +.ENDS + +*SRC=DDZX18CTS;DI_DDZX18CTS;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX18CTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.5 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=21.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.16e-016 RS=15.2 N=3.00 ) +.ENDS + +*SRC=DDZX18CW;DI_DDZX18CW;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX18CW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.5 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=21.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.16e-016 RS=15.2 N=3.00 ) +.ENDS + +*SRC=DDZX20C;DI_DDZX20C;Diodes;Zener 10V-50V; 20.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX20C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=6.18p RS=29.6 N=1.10 ++ CJO=20.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.24f RS=20.2 N=3.00 ) +.ENDS + +*SRC=DDZX20CTS;DI_DDZX20CTS;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX20CTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=20.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24e-016 RS=20.2 N=3.00 ) +.ENDS + +*SRC=DDZX20CW;DI_DDZX20CW;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX20CW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=20.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24e-016 RS=20.2 N=3.00 ) +.ENDS + +*SRC=DDZX22D;DI_DDZX22D;Diodes;Zener 10V-50V; 22.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX22D 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.7 +.MODEL DF D ( IS=5.62p RS=29.3 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.12f RS=14.5 N=3.00 ) +.ENDS + +*SRC=DDZX22DTS;DI_DDZX22DTS;Diodes;Zener 10V-50V; 22.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX22DTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.6 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.49e-016 RS=14.5 N=3.00 ) +.ENDS + +*SRC=DDZX22DW;DI_DDZX22DW;Diodes;Zener 10V-50V; 22.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX22DW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.6 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.49e-016 RS=14.5 N=3.00 ) +.ENDS + +*SRC=DDZX24C;DI_DDZX24C;Diodes;Zener 10V-50V; 24.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX24C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.6 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.03f RS=19.5 N=3.00 ) +.ENDS + +*SRC=DDZX24CTS;DI_DDZX24CTS;Diodes;Zener 10V-50V; 24.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX24CTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.6 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87e-016 RS=19.5 N=3.00 ) +.ENDS + +*SRC=DDZX24CW;DI_DDZX24CW;Diodes;Zener 10V-50V; 24.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX24CW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.6 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87e-016 RS=19.5 N=3.00 ) +.ENDS + +*SRC=DDZX27D;DI_DDZX27D;Diodes;Zener 10V-50V; 27.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX27D 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.6 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.16e-016 RS=29.5 N=3.00 ) +.ENDS + +*SRC=DDZX27DTS;DI_DDZX27DTS;Diodes;Zener 10V-50V; 27.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX27DTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.5 +.MODEL DF D ( IS=3.05p RS=27.6 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.10e-016 RS=29.5 N=3.00 ) +.ENDS + +*SRC=DDZX27DW;DI_DDZX27DW;Diodes;Zener 10V-50V; 27.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX27DW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.5 +.MODEL DF D ( IS=3.05p RS=27.6 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.10e-016 RS=29.5 N=3.00 ) +.ENDS + +*SRC=DDZX30D;DI_DDZX30D;Diodes;Zener 10V-50V; 30.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX30D 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.5 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24e-016 RS=39.5 N=3.00 ) +.ENDS + +*SRC=DDZX30DS;DI_DDZX30DS;Diodes;Zener 10V-50V; 30.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX30DS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.5 +.MODEL DF D ( IS=2.75p RS=27.3 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.49e-016 RS=39.5 N=3.00 ) +.ENDS + +*SRC=DDZX30DW;DI_DDZX30DW;Diodes;Zener 10V-50V; 30.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX30DW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.5 +.MODEL DF D ( IS=2.75p RS=27.3 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.49e-016 RS=39.5 N=3.00 ) +.ENDS + +*SRC=DDZX33;DI_DDZX33;Diodes;Zener 10V-50V; 33.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX33 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.4 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.49e-016 RS=59.5 N=3.00 ) +.ENDS + +*SRC=DDZX33TS;DI_DDZX33TS;Diodes;Zener 10V-50V; 33.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX33TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.4 +.MODEL DF D ( IS=2.50p RS=27.0 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.99e-016 RS=59.5 N=3.00 ) +.ENDS + +*SRC=DDZX33W;DI_DDZX33W;Diodes;Zener 10V-50V; 33.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX33W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.4 +.MODEL DF D ( IS=2.50p RS=27.0 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.99e-016 RS=59.5 N=3.00 ) +.ENDS + +*SRC=DDZX36;DI_DDZX36;Diodes;Zener 10V-50V; 36.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX36 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.4 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=23.9p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87e-016 RS=69.5 N=3.00 ) +.ENDS + +*SRC=DDZX36TS;DI_DDZX36TS;Diodes;Zener 10V-50V; 36.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX36TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.3 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.58e-016 RS=69.5 N=3.00 ) +.ENDS + +*SRC=DDZX36W;DI_DDZX36W;Diodes;Zener 10V-50V; 36.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX36W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.3 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.58e-016 RS=69.5 N=3.00 ) +.ENDS + +*SRC=DDZX39F;DI_DDZX39F;Diodes;Zener 10V-50V; 39.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX39F 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.3 +.MODEL DF D ( IS=3.17p RS=27.7 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.34e-016 RS=69.5 N=3.00 ) +.ENDS + +*SRC=DDZX39FTS;DI_DDZX39FTS;Diodes;Zener 10V-50V; 39.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX39FTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.3 +.MODEL DF D ( IS=2.11p RS=26.5 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.23e-016 RS=69.5 N=3.00 ) +.ENDS + +*SRC=DDZX39FW;DI_DDZX39FW;Diodes;Zener 10V-50V; 39.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX39FW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.3 +.MODEL DF D ( IS=2.11p RS=26.5 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.23e-016 RS=69.5 N=3.00 ) +.ENDS + +*SRC=DDZX43;DI_DDZX43;Diodes;Zener 10V-50V; 43.0V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX43 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.3 +.MODEL DF D ( IS=2.87p RS=27.4 N=1.10 ++ CJO=20.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.75e-016 RS=74.5 N=3.00 ) +.ENDS + +*SRC=DDZX43TS;DI_DDZX43TS;Diodes;Zener 10V-50V; 43.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX43TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.3 +.MODEL DF D ( IS=1.92p RS=26.3 N=1.10 ++ CJO=12.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.83e-016 RS=74.5 N=3.00 ) +.ENDS + +*SRC=DDZX43W;DI_DDZX43W;Diodes;Zener 10V-50V; 43.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX43W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.3 +.MODEL DF D ( IS=1.92p RS=26.3 N=1.10 ++ CJO=12.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.83e-016 RS=74.5 N=3.00 ) +.ENDS + +*SRC=DDZX47TS;DI_DDZX47TS;Diodes;Zener 10V-50V; 47.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX47TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 44.3 +.MODEL DF D ( IS=1.75p RS=26.0 N=1.10 ++ CJO=12.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.51e-016 RS=74.5 N=3.00 ) +.ENDS + +*SRC=DDZX47W;DI_DDZX47W;Diodes;Zener 10V-50V; 47.0V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX47W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 44.3 +.MODEL DF D ( IS=1.75p RS=26.0 N=1.10 ++ CJO=12.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.51e-016 RS=74.5 N=3.00 ) +.ENDS + +*SRC=DDZX5V1B;DI_DDZX5V1B;Diodes;Zener <=10V; 5.10V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX5V1B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.58 +.MODEL DF D ( IS=24.2p RS=33.5 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.85f RS=13.1 N=3.00 ) +.ENDS + +*SRC=DDZX5V1BTS;DI_DDZX5V1BTS;Diodes;Zener <=10V; 5.10V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX5V1BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.55 +.MODEL DF D ( IS=16.2p RS=32.3 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.23f RS=13.1 N=3.00 ) +.ENDS + +*SRC=DDZX5V1BW;DI_DDZX5V1BW;Diodes;Zener <=10V; 5.10V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX5V1BW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.55 +.MODEL DF D ( IS=16.2p RS=32.3 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.23f RS=13.1 N=3.00 ) +.ENDS + +*SRC=DDZX5V6B;DI_DDZX5V6B;Diodes;Zener <=10V; 5.60V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX5V6B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.19 +.MODEL DF D ( IS=22.1p RS=33.2 N=1.10 ++ CJO=106p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.41f RS=7.11 N=3.00 ) +.ENDS + +*SRC=DDZX5V6BTS;DI_DDZX5V6BTS;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX5V6BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.16 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=106p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.94f RS=7.11 N=3.00 ) +.ENDS + +*SRC=DDZX5V6BW;DI_DDZX5V6BW;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX5V6BW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.16 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=106p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.94f RS=7.11 N=3.00 ) +.ENDS + +*SRC=DDZX6V2B;DI_DDZX6V2B;Diodes;Zener <=10V; 6.20V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX6V2B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.87 +.MODEL DF D ( IS=19.9p RS=32.9 N=1.10 ++ CJO=80.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.99f RS=3.11 N=3.00 ) +.ENDS + +*SRC=DDZX6V2BTS;DI_DDZX6V2BTS;Diodes;Zener <=10V; 6.20V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX6V2BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.83 +.MODEL DF D ( IS=13.3p RS=31.8 N=1.10 ++ CJO=80.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.66f RS=3.11 N=3.00 ) +.ENDS + +*SRC=DDZX6V2BW;DI_DDZX6V2BW;Diodes;Zener <=10V; 6.20V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX6V2BW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.83 +.MODEL DF D ( IS=13.3p RS=31.8 N=1.10 ++ CJO=80.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.66f RS=3.11 N=3.00 ) +.ENDS + +*SRC=DDZX6V8C;DI_DDZX6V8C;Diodes;Zener <=10V; 6.80V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX6V8C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.52 +.MODEL DF D ( IS=18.2p RS=32.7 N=1.10 ++ CJO=72.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.64f RS=1.15 N=2.97 ) +.ENDS + +*SRC=DDZX6V8CTS;DI_DDZX6V8CTS;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX6V8CTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.49 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=72.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.42f RS=1.15 N=2.97 ) +.ENDS + +*SRC=DDZX6V8CW;DI_DDZX6V8CW;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX6V8CW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.49 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=72.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.42f RS=1.15 N=2.97 ) +.ENDS + +*SRC=DDZX7V5C;DI_DDZX7V5C;Diodes;Zener <=10V; 7.50V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX7V5C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.17 +.MODEL DF D ( IS=16.5p RS=32.4 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.30f RS=2.12 N=3.00 ) +.ENDS + +*SRC=DDZX7V5CTS;DI_DDZX7V5CTS;Diodes;Zener <=10V; 7.50V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX7V5CTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.14 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.20f RS=2.12 N=3.00 ) +.ENDS + +*SRC=DDZX7V5CW;DI_DDZX7V5CW;Diodes;Zener <=10V; 7.50V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX7V5CW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.14 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.20f RS=2.12 N=3.00 ) +.ENDS + +*SRC=DDZX8V2C;DI_DDZX8V2C;Diodes;Zener <=10V; 8.20V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX8V2C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.82 +.MODEL DF D ( IS=15.1p RS=32.1 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.01f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZX8V2CTS;DI_DDZX8V2CTS;Diodes;Zener <=10V; 8.20V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX8V2CTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.79 +.MODEL DF D ( IS=10.0p RS=31.0 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.01f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZX8V2CW;DI_DDZX8V2CW;Diodes;Zener <=10V; 8.20V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX8V2CW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.79 +.MODEL DF D ( IS=10.0p RS=31.0 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.01f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZX9688;DI_DDZX9688;Diodes;Zener <=10V; 4.70V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9688 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.59 +.MODEL DF D ( IS=26.3p RS=33.7 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.26f RS=6.45k N=3.00 ) +.ENDS + +*SRC=DDZX9688TS;DI_DDZX9688TS;Diodes;Zener <=10V; 4.70V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9688TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.56 +.MODEL DF D ( IS=17.5p RS=32.6 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.51f RS=6.45k N=3.00 ) +.ENDS + +*SRC=DDZX9688W;DI_DDZX9688W;Diodes;Zener <=10V; 4.70V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9688W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.56 +.MODEL DF D ( IS=17.5p RS=32.6 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.51f RS=6.45k N=3.00 ) +.ENDS + +*SRC=DDZX9689;DI_DDZX9689;Diodes;Zener <=10V; 5.10V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9689 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.11 +.MODEL DF D ( IS=24.2p RS=33.5 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.85f RS=3.95k N=3.00 ) +.ENDS + +*SRC=DDZX9689TS;DI_DDZX9689TS;Diodes;Zener <=10V; 5.10V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9689TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.08 +.MODEL DF D ( IS=16.2p RS=32.3 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.23f RS=3.95k N=3.00 ) +.ENDS + +*SRC=DDZX9689W;DI_DDZX9689W;Diodes;Zener <=10V; 5.10V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9689W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.08 +.MODEL DF D ( IS=16.2p RS=32.3 N=1.10 ++ CJO=119p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.23f RS=3.95k N=3.00 ) +.ENDS + +*SRC=DDZX9690;DI_DDZX9690;Diodes;Zener <=10V; 5.60V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9690 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.75 +.MODEL DF D ( IS=22.1p RS=33.2 N=1.10 ++ CJO=92.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.41f RS=946 N=3.00 ) +.ENDS + +*SRC=DDZX9690TS;DI_DDZX9690TS;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9690TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.72 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=92.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.94f RS=946 N=3.00 ) +.ENDS + +*SRC=DDZX9690W;DI_DDZX9690W;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9690W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.72 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=92.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.94f RS=946 N=3.00 ) +.ENDS + +*SRC=DDZX9691;DI_DDZX9691;Diodes;Zener <=10V; 6.20V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9691 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.29 +.MODEL DF D ( IS=19.9p RS=32.9 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.99f RS=230 N=1.49 ) +.ENDS + +*SRC=DDZX9691TS;DI_DDZX9691TS;Diodes;Zener <=10V; 6.20V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9691TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.28 +.MODEL DF D ( IS=13.3p RS=31.8 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.66f RS=230 N=1.49 ) +.ENDS + +*SRC=DDZX9691W;DI_DDZX9691W;Diodes;Zener <=10V; 6.20V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9691W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.28 +.MODEL DF D ( IS=13.3p RS=31.8 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.66f RS=230 N=1.49 ) +.ENDS + +*SRC=DDZX9692;DI_DDZX9692;Diodes;Zener <=10V; 6.80V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9692 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.71 +.MODEL DF D ( IS=18.2p RS=32.7 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.64f RS=23.0 N=0.149 ) +.ENDS + +*SRC=DDZX9692TS;DI_DDZX9692TS;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9692TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.71 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.42f RS=23.0 N=0.149 ) +.ENDS + +*SRC=DDZX9692W;DI_DDZX9692W;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9692W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.71 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.42f RS=23.0 N=0.149 ) +.ENDS + +*SRC=DDZX9693;DI_DDZX9693;Diodes;Zener <=10V; 7.50V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9693 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.41 +.MODEL DF D ( IS=16.5p RS=32.4 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.30f RS=23.0 N=0.149 ) +.ENDS + +*SRC=DDZX9693TS;DI_DDZX9693TS;Diodes;Zener <=10V; 7.50V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9693TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.41 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.20f RS=23.0 N=0.149 ) +.ENDS + +*SRC=DDZX9693W;DI_DDZX9693W;Diodes;Zener <=10V; 7.50V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9693W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.41 +.MODEL DF D ( IS=11.0p RS=31.2 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.20f RS=23.0 N=0.149 ) +.ENDS + +*SRC=DDZX9694;DI_DDZX9694;Diodes;Zener <=10V; 8.20V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9694 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.06 +.MODEL DF D ( IS=15.1p RS=32.1 N=1.10 ++ CJO=47.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.01f RS=34.5 N=0.223 ) +.ENDS + +*SRC=DDZX9694TS;DI_DDZX9694TS;Diodes;Zener <=10V; 8.20V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9694TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.06 +.MODEL DF D ( IS=10.0p RS=31.0 N=1.10 ++ CJO=47.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.01f RS=34.5 N=0.223 ) +.ENDS + +*SRC=DDZX9694W;DI_DDZX9694W;Diodes;Zener <=10V; 8.20V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9694W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.06 +.MODEL DF D ( IS=10.0p RS=31.0 N=1.10 ++ CJO=47.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.01f RS=34.5 N=0.223 ) +.ENDS + +*SRC=DDZX9696;DI_DDZX9696;Diodes;Zener <=10V; 9.10V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9696 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.90 +.MODEL DF D ( IS=13.6p RS=31.8 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.72f RS=50.6 N=0.327 ) +.ENDS + +*SRC=DDZX9696TS;DI_DDZX9696TS;Diodes;Zener <=10V; 9.10V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9696TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.89 +.MODEL DF D ( IS=9.05p RS=30.7 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.81f RS=50.6 N=0.327 ) +.ENDS + +*SRC=DDZX9696W;DI_DDZX9696W;Diodes;Zener <=10V; 9.10V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9696W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.89 +.MODEL DF D ( IS=9.05p RS=30.7 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.81f RS=50.6 N=0.327 ) +.ENDS + +*SRC=DDZX9697;DI_DDZX9697;Diodes;Zener <=10V; 10.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9697 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.72 +.MODEL DF D ( IS=12.4p RS=31.6 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.47f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9697TS;DI_DDZX9697TS;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9697TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.72 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.65f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9697W;DI_DDZX9697W;Diodes;Zener <=10V; 10.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9697W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.72 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=39.7p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.65f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9699;DI_DDZX9699;Diodes;Zener 10V-50V; 12.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9699 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 11.7 +.MODEL DF D ( IS=10.3p RS=31.0 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.06f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9699TS;DI_DDZX9699TS;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9699TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 11.7 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.37f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9699W;DI_DDZX9699W;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9699W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 11.7 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.37f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9700;DI_DDZX9700;Diodes;Zener 10V-50V; 13.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9700 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=9.51p RS=30.8 N=1.10 ++ CJO=30.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.90f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9700TS;DI_DDZX9700TS;Diodes;Zener 10V-50V; 13.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9700TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=6.34p RS=29.7 N=1.10 ++ CJO=30.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.27f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9700W;DI_DDZX9700W;Diodes;Zener 10V-50V; 13.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9700W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=6.34p RS=29.7 N=1.10 ++ CJO=30.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.27f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9702;DI_DDZX9702;Diodes;Zener 10V-50V; 15.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9702 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 14.7 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.65f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9702TS;DI_DDZX9702TS;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9702TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 14.7 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.10f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9702W;DI_DDZX9702W;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9702W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 14.7 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.10f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9703;DI_DDZX9703;Diodes;Zener 10V-50V; 16.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9703 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.7 +.MODEL DF D ( IS=7.72p RS=30.2 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.54f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9703TS;DI_DDZX9703TS;Diodes;Zener 10V-50V; 16.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9703TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.7 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.03f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9703W;DI_DDZX9703W;Diodes;Zener 10V-50V; 16.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9703W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.7 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.03f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9705;DI_DDZX9705;Diodes;Zener 10V-50V; 18.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9705 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.7 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.37f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9705TS;DI_DDZX9705TS;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9705TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.7 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.16e-016 RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9705W;DI_DDZX9705W;Diodes;Zener 10V-50V; 18.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9705W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.7 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.16e-016 RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9707;DI_DDZX9707;Diodes;Zener 10V-50V; 20.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9707 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.7 +.MODEL DF D ( IS=6.18p RS=29.6 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.24f RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9707TS;DI_DDZX9707TS;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9707TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.7 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24e-016 RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9707W;DI_DDZX9707W;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9707W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.7 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24e-016 RS=69.0 N=0.446 ) +.ENDS + +*SRC=DDZX9708;DI_DDZX9708;Diodes;Zener 10V-50V; 22.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9708 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.6 +.MODEL DF D ( IS=5.62p RS=29.3 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.12f RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9708TS;DI_DDZX9708TS;Diodes;Zener 10V-50V; 22.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9708TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.6 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.49e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9708W;DI_DDZX9708W;Diodes;Zener 10V-50V; 22.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9708W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.6 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.49e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9709;DI_DDZX9709;Diodes;Zener 10V-50V; 24.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9709 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 23.6 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.03f RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9709TS;DI_DDZX9709TS;Diodes;Zener 10V-50V; 24.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9709TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 23.6 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9709W;DI_DDZX9709W;Diodes;Zener 10V-50V; 24.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9709W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 23.6 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9711;DI_DDZX9711;Diodes;Zener 10V-50V; 27.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9711 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 26.6 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.16e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9711TS;DI_DDZX9711TS;Diodes;Zener 10V-50V; 27.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9711TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 26.6 +.MODEL DF D ( IS=3.05p RS=27.6 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.10e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9711W;DI_DDZX9711W;Diodes;Zener 10V-50V; 27.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9711W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 26.6 +.MODEL DF D ( IS=3.05p RS=27.6 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.10e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9712;DI_DDZX9712;Diodes;Zener 10V-50V; 28.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9712 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.6 +.MODEL DF D ( IS=4.41p RS=28.6 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.83e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9712TS;DI_DDZX9712TS;Diodes;Zener 10V-50V; 28.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9712TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.6 +.MODEL DF D ( IS=2.94p RS=27.5 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.89e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9712W;DI_DDZX9712W;Diodes;Zener 10V-50V; 28.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9712W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.6 +.MODEL DF D ( IS=2.94p RS=27.5 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.89e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9713;DI_DDZX9713;Diodes;Zener 10V-50V; 30.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9713 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 29.6 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9713TS;DI_DDZX9713TS;Diodes;Zener 10V-50V; 30.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9713TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 29.6 +.MODEL DF D ( IS=2.75p RS=27.3 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.49e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9713W;DI_DDZX9713W;Diodes;Zener 10V-50V; 30.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9713W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 29.6 +.MODEL DF D ( IS=2.75p RS=27.3 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.49e-016 RS=92.0 N=0.594 ) +.ENDS + +*SRC=DDZX9714;DI_DDZX9714;Diodes;Zener 10V-50V; 33.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9714 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 31.0 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.49e-016 RS=1.35k N=3.00 ) +.ENDS + +*SRC=DDZX9714TS;DI_DDZX9714TS;Diodes;Zener 10V-50V; 33.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9714TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 31.0 +.MODEL DF D ( IS=2.50p RS=27.0 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.99e-016 RS=1.35k N=3.00 ) +.ENDS + +*SRC=DDZX9714W;DI_DDZX9714W;Diodes;Zener 10V-50V; 33.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9714W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 31.0 +.MODEL DF D ( IS=2.50p RS=27.0 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.99e-016 RS=1.35k N=3.00 ) +.ENDS + +*SRC=DDZX9715;DI_DDZX9715;Diodes;Zener 10V-50V; 36.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9715 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.8 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=13.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87e-016 RS=4.45k N=3.00 ) +.ENDS + +*SRC=DDZX9715TS;DI_DDZX9715TS;Diodes;Zener 10V-50V; 36.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9715TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 34.0 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=13.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.58e-016 RS=1.45k N=3.00 ) +.ENDS + +*SRC=DDZX9715W;DI_DDZX9715W;Diodes;Zener 10V-50V; 36.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9715W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 34.0 +.MODEL DF D ( IS=2.29p RS=26.8 N=1.10 ++ CJO=13.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.58e-016 RS=1.45k N=3.00 ) +.ENDS + +*SRC=DDZX9716;DI_DDZX9716;Diodes;Zener 10V-50V; 39.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9716 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.8 +.MODEL DF D ( IS=3.17p RS=27.7 N=1.10 ++ CJO=24.5p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.34e-016 RS=4.45k N=3.00 ) +.ENDS + +*SRC=DDZX9716TS;DI_DDZX9716TS;Diodes;Zener 10V-50V; 39.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9716TS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.9 +.MODEL DF D ( IS=2.11p RS=26.5 N=1.10 ++ CJO=12.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.23e-016 RS=1.45k N=3.00 ) +.ENDS + +*SRC=DDZX9716W;DI_DDZX9716W;Diodes;Zener 10V-50V; 39.0V 0.200W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9716W 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.9 +.MODEL DF D ( IS=2.11p RS=26.5 N=1.10 ++ CJO=12.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.23e-016 RS=1.45k N=3.00 ) +.ENDS + +*SRC=DDZX9717;DI_DDZX9717;Diodes;Zener 10V-50V; 43.0V 0.300W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_DDZX9717 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.7 +.MODEL DF D ( IS=2.87p RS=27.4 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.75e-016 RS=6.25k N=3.00 ) +.ENDS + +*SRC=DDZX9V1C;DI_DDZX9V1C;Diodes;Zener <=10V; 9.10V 0.300W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX9V1C 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.72 +.MODEL DF D ( IS=13.6p RS=31.8 N=1.10 ++ CJO=41.0p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.72f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZX9V1CTS;DI_DDZX9V1CTS;Diodes;Zener <=10V; 9.10V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX9V1CTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.68 +.MODEL DF D ( IS=9.05p RS=30.7 N=1.10 ++ CJO=41.0p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.81f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DDZX9V1CW;DI_DDZX9V1CW;Diodes;Zener <=10V; 9.10V 0.200W Diodes Inc. ZENER +*SYM=HZEN +.SUBCKT DI_DDZX9V1CW 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.68 +.MODEL DF D ( IS=9.05p RS=30.7 N=1.10 ++ CJO=41.0p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.81f RS=4.11 N=3.00 ) +.ENDS + +*SRC=DZ23C10;DI_DZ23C10;Diodes;Zener <=10V; 10.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C10 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.35 +.MODEL DF D ( IS=12.4p RS=31.6 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C11;DI_DZ23C11;Diodes;Zener 10V-50V; 11.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C11 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.79 +.MODEL DF D ( IS=11.2p RS=31.3 N=1.10 ++ CJO=41.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C12;DI_DZ23C12;Diodes;Zener 10V-50V; 12.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C12 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.78 +.MODEL DF D ( IS=10.3p RS=31.0 N=1.10 ++ CJO=39.0p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C13;DI_DZ23C13;Diodes;Zener 10V-50V; 13.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C13 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=9.51p RS=30.8 N=1.10 ++ CJO=37.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C15;DI_DZ23C15;Diodes;Zener 10V-50V; 15.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C15 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=8.24p RS=30.4 N=1.10 ++ CJO=31.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C16;DI_DZ23C16;Diodes;Zener 10V-50V; 16.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C16 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=7.72p RS=30.2 N=1.10 ++ CJO=30.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C18;DI_DZ23C18;Diodes;Zener 10V-50V; 18.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C18 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.6 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=26.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C20;DI_DZ23C20;Diodes;Zener 10V-50V; 20.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C20 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.6 +.MODEL DF D ( IS=6.18p RS=29.6 N=1.10 ++ CJO=23.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C22;DI_DZ23C22;Diodes;Zener 10V-50V; 22.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C22 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.5 +.MODEL DF D ( IS=5.62p RS=29.3 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C24;DI_DZ23C24;Diodes;Zener 10V-50V; 24.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C24 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.4 +.MODEL DF D ( IS=5.15p RS=29.1 N=1.10 ++ CJO=21.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C27;DI_DZ23C27;Diodes;Zener 10V-50V; 27.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C27 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.4 +.MODEL DF D ( IS=4.58p RS=28.7 N=1.10 ++ CJO=20.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C2V7;DI_DZ23C2V7;Diodes;Zener <=10V; 2.70V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C2V7 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.263 +.MODEL DF D ( IS=45.8p RS=35.3 N=1.10 ++ CJO=450p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C30;DI_DZ23C30;Diodes;Zener 10V-50V; 30.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C30 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.4 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=19.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C33;DI_DZ23C33;Diodes;Zener 10V-50V; 33.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C33 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.4 +.MODEL DF D ( IS=3.75p RS=28.2 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C36;DI_DZ23C36;Diodes;Zener 10V-50V; 36.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C36 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.3 +.MODEL DF D ( IS=3.43p RS=27.9 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C39;DI_DZ23C39;Diodes;Zener 10V-50V; 39.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C39 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.3 +.MODEL DF D ( IS=3.17p RS=27.7 N=1.10 ++ CJO=17.0p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C3V0;DI_DZ23C3V0;Diodes;Zener <=10V; 3.00V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C3V0 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.495 +.MODEL DF D ( IS=41.2p RS=35.0 N=1.10 ++ CJO=417p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C3V3;DI_DZ23C3V3;Diodes;Zener <=10V; 3.30V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C3V3 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.787 +.MODEL DF D ( IS=37.5p RS=34.7 N=1.10 ++ CJO=397p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C3V6;DI_DZ23C3V6;Diodes;Zener <=10V; 3.60V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C3V6 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.08 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=384p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C3V9;DI_DZ23C3V9;Diodes;Zener <=10V; 3.60V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C3V9 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.08 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=370p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C43;DI_DZ23C43;Diodes;Zener 10V-50V; 43.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C43 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.3 +.MODEL DF D ( IS=2.87p RS=27.4 N=1.10 ++ CJO=16.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C47;DI_DZ23C47;Diodes;Zener 10V-50V; 47.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C47 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 44.3 +.MODEL DF D ( IS=2.63p RS=27.2 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C4V3;DI_DZ23C4V3;Diodes;Zener <=10V; 4.30V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C4V3 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.77 +.MODEL DF D ( IS=28.7p RS=34.0 N=1.10 ++ CJO=357p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C4V7;DI_DZ23C4V7;Diodes;Zener <=10V; 4.70V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C4V7 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.24 +.MODEL DF D ( IS=26.3p RS=33.7 N=1.10 ++ CJO=350p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C51;DI_DZ23C51;Diodes;Zener >50V; 51.0V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C51 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 48.2 +.MODEL DF D ( IS=2.42p RS=26.9 N=1.10 ++ CJO=16.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=DZ23C5V1;DI_DZ23C5V1;Diodes;Zener <=10V; 5.10V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C5V1 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.73 +.MODEL DF D ( IS=24.2p RS=33.5 N=1.10 ++ CJO=132p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C5V6;DI_DZ23C5V6;Diodes;Zener <=10V; 5.60V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C5V6 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.32 +.MODEL DF D ( IS=22.1p RS=33.2 N=1.10 ++ CJO=102p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C6V2;DI_DZ23C6V2;Diodes;Zener <=10V; 6.20V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C6V2 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.12 +.MODEL DF D ( IS=19.9p RS=32.9 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C6V8;DI_DZ23C6V8;Diodes;Zener <=10V; 6.80V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C6V8 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.93 +.MODEL DF D ( IS=18.2p RS=32.7 N=1.10 ++ CJO=72.7p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C7V5;DI_DZ23C7V5;Diodes;Zener <=10V; 7.50V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C7V5 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.74 +.MODEL DF D ( IS=16.5p RS=32.4 N=1.10 ++ CJO=59.5p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C8V2;DI_DZ23C8V2;Diodes;Zener <=10V; 8.20V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C8V2 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.43 +.MODEL DF D ( IS=15.1p RS=32.1 N=1.10 ++ CJO=54.2p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=DZ23C9V1;DI_DZ23C9V1;Diodes;Zener <=10V; 9.10V 0.300W Diodes Inc. Per node. Device contains two +*SYM=HZEN +.SUBCKT DI_DZ23C9V1 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.00 +.MODEL DF D ( IS=13.6p RS=31.8 N=1.10 ++ CJO=48.9p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5221B;DI_MMBZ5221B;Diodes;Zener <=10V; 2.40V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_MMBZ5221B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=60.1p RS=36.1 N=1.10 ++ CJO=205p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=12.0f RS=26.1 N=3.00 ) +.ENDS + +*SRC=MMBZ5221BS;DI_MMBZ5221BS;Diodes;Zener <=10V; 2.40V 0.200W Diodes Inc. This model covers only one element. There are two elements per pkg. +*SYM=HZEN +.SUBCKT DI_MMBZ5221BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=340p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5221BT;DI_MMBZ5221BT;Diodes;Zener <=10V; 2.40V 0.150W Diodes +Inc. - +*SYM=HZEN +.SUBCKT DI_MMBZ5221BT 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=25.7p RS=33.7 N=1.10 ++ CJO=205p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5221BTS;DI_MMBZ5221BTS;Diodes;Zener <=10V; 2.40V 0.200W Diodes +Inc. This model covers only one element. There are three elements per pkg. *SYM=HZEN .SUBCKT DI_MMBZ5221BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=340p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5221BW;DI_MMBZ5221BW;Diodes;Zener <=10V; 2.40V 0.200W + Diodes Inc. + *SYM=HZEN + .SUBCKT DI_MMBZ5221BW 1 2 + * Terminals A K + D1 1 2 DF + DZ 3 1 DR + VZ 2 3 0 + .MODEL DF D ( IS=34.3p RS=34.5 N=1.10 + + CJO=205p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5223B;DI_MMBZ5223B;Diodes;Zener <=10V; 2.70V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_MMBZ5223B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=53.4p RS=35.7 N=1.10 ++ CJO=172p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=10.7f RS=26.1 N=3.00 ) +.ENDS + +*SRC=MMBZ5223BS;DI_MMBZ5223BS;Diodes;Zener <=10V; 2.70V 0.200W Diodes Inc. This model covers only one element. There are two elements per pkg. +*SYM=HZEN +.SUBCKT DI_MMBZ5223BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=30.5p RS=34.1 N=1.10 ++ CJO=275p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5223BT;DI_MMBZ5223BT;Diodes;Zener <=10V; 2.70V 0.150W Diodes +Inc. - +*SYM=HZEN +.SUBCKT DI_MMBZ5223BT 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=22.9p RS=33.3 N=1.10 ++ CJO=172p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5223BTS;DI_MMBZ5223BTS;Diodes;Zener <=10V; 2.70V 0.200W Diodes +Inc. This model covers only one element. There are three elements per pkg. *SYM=HZEN .SUBCKT DI_MMBZ5223BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=30.5p RS=34.1 N=1.10 ++ CJO=275p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5223BW;DI_MMBZ5223BW;Diodes;Zener <=10V; 2.70V 0.200W + Diodes Inc. - + *SYM=HZEN + .SUBCKT DI_MMBZ5223BW 1 2 + * Terminals A K + D1 1 2 DF + DZ 3 1 DR + VZ 2 3 0 + .MODEL DF D ( IS=30.5p RS=34.1 N=1.10 + + CJO=172p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5225B;DI_MMBZ5225B;Diodes;Zener <=10V; 3.00V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_MMBZ5225B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.274 +.MODEL DF D ( IS=48.1p RS=35.4 N=1.10 ++ CJO=147p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.61f RS=26.1 N=3.00 ) +.ENDS + +*SRC=MMBZ5225BS;DI_MMBZ5225BS;Diodes;Zener <=10V; 3.00V 0.200W Diodes Inc. This model covers only one element. There are two elements per pkg. +*SYM=HZEN +.SUBCKT DI_MMBZ5225BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.230 +.MODEL DF D ( IS=27.5p RS=33.8 N=1.10 ++ CJO=240p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5225BT;DI_MMBZ5225BT;Diodes;Zener <=10V; 3.00V 0.150W Diodes +Inc. - +*SYM=HZEN +.SUBCKT DI_MMBZ5225BT 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.208 +.MODEL DF D ( IS=20.6p RS=33.0 N=1.10 ++ CJO=147p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5225BTS;DI_MMBZ5225BTS;Diodes;Zener <=10V; 3.00V 0.200W Diodes +Inc. This model covers only one element. There are three elements per pkg. *SYM=HZEN .SUBCKT DI_MMBZ5225BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.230 +.MODEL DF D ( IS=27.5p RS=33.8 N=1.10 ++ CJO=240p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5225BW;DI_MMBZ5225BW;Diodes;Zener <=10V; 3.00V 0.200W + Diodes Inc. - + *SYM=HZEN + .SUBCKT DI_MMBZ5225BW 1 2 + * Terminals A K + D1 1 2 DF + DZ 3 1 DR + VZ 2 3 0.230 + .MODEL DF D ( IS=27.5p RS=33.8 N=1.10 + + CJO=147p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5226B;DI_MMBZ5226B;Diodes;Zener <=10V; 3.30V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_MMBZ5226B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.606 +.MODEL DF D ( IS=43.7p RS=35.2 N=1.10 ++ CJO=127p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.74f RS=24.1 N=3.00 ) +.ENDS + +*SRC=MMBZ5226BS;DI_MMBZ5226BS;Diodes;Zener <=10V; 3.30V 0.200W Diodes Inc. This model covers only one element. There are two elements per pkg. +*SYM=HZEN +.SUBCKT DI_MMBZ5226BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.563 +.MODEL DF D ( IS=25.0p RS=33.6 N=1.10 ++ CJO=230p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5226BT;DI_MMBZ5226BT;Diodes;Zener <=10V; 3.30V 0.150W Diodes +Inc. - +*SYM=HZEN +.SUBCKT DI_MMBZ5226BT 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.541 +.MODEL DF D ( IS=18.7p RS=32.7 N=1.10 ++ CJO=127p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5226BTS;DI_MMBZ5226BTS;Diodes;Zener <=10V; 3.30V 0.200W Diodes +Inc. This model covers only one element. There are three elements per pkg. *SYM=HZEN .SUBCKT DI_MMBZ5226BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.563 +.MODEL DF D ( IS=25.0p RS=33.6 N=1.10 ++ CJO=230p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5226BW;DI_MMBZ5226BW;Diodes;Zener <=10V; 3.30V 0.200W + Diodes Inc. - + *SYM=HZEN + .SUBCKT DI_MMBZ5226BW 1 2 + * Terminals A K + D1 1 2 DF + DZ 3 1 DR + VZ 2 3 0.563 + .MODEL DF D ( IS=25.0p RS=33.6 N=1.10 + + CJO=127p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5227B;DI_MMBZ5227B;Diodes;Zener <=10V; 3.60V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_MMBZ5227B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.980 +.MODEL DF D ( IS=40.1p RS=34.9 N=1.10 ++ CJO=112p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.01f RS=20.1 N=3.00 ) +.ENDS + +*SRC=MMBZ5227BS;DI_MMBZ5227BS;Diodes;Zener <=10V; 3.60V 0.200W Diodes Inc. This model covers only one element. There are two elements per pkg. +*SYM=HZEN +.SUBCKT DI_MMBZ5227BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.936 +.MODEL DF D ( IS=22.9p RS=33.3 N=1.10 ++ CJO=190p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5227BT;DI_MMBZ5227BT;Diodes;Zener <=10V; 3.60V 0.150W Diodes +Inc. - +*SYM=HZEN +.SUBCKT DI_MMBZ5227BT 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.914 +.MODEL DF D ( IS=17.2p RS=32.5 N=1.10 ++ CJO=112p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5227BTS;DI_MMBZ5227BTS;Diodes;Zener <=10V; 3.60V 0.200W Diodes +Inc. This model covers only one element. There are three elements per pkg. *SYM=HZEN .SUBCKT DI_MMBZ5227BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.936 +.MODEL DF D ( IS=22.9p RS=33.3 N=1.10 ++ CJO=190p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5227BW;DI_MMBZ5227BW;Diodes;Zener <=10V; 3.60V 0.200W + Diodes Inc. - + *SYM=HZEN + .SUBCKT DI_MMBZ5227BW 1 2 + * Terminals A K + D1 1 2 DF + DZ 3 1 DR + VZ 2 3 0.936 + .MODEL DF D ( IS=22.9p RS=33.3 N=1.10 + + CJO=112p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5228B;DI_MMBZ5228B;Diodes;Zener <=10V; 3.90V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_MMBZ5228B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.29 +.MODEL DF D ( IS=37.0p RS=34.7 N=1.10 ++ CJO=99.1p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.39f RS=19.1 N=3.00 ) +.ENDS + +*SRC=MMBZ5228BS;DI_MMBZ5228BS;Diodes;Zener <=10V; 3.90V 0.200W Diodes Inc. This model covers only one element. There are two elements per pkg. +*SYM=HZEN +.SUBCKT DI_MMBZ5228BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.25 +.MODEL DF D ( IS=21.1p RS=33.1 N=1.10 ++ CJO=180p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5228BT;DI_MMBZ5228BT;Diodes;Zener <=10V; 3.90V 0.150W Diodes +Inc. - +*SYM=HZEN +.SUBCKT DI_MMBZ5228BT 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.23 +.MODEL DF D ( IS=15.8p RS=32.3 N=1.10 ++ CJO=99.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5228BTS;DI_MMBZ5228BTS;Diodes;Zener <=10V; 3.90V 0.200W Diodes +Inc. This model covers only one element. There are three elements per pkg. *SYM=HZEN .SUBCKT DI_MMBZ5228BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.25 +.MODEL DF D ( IS=21.1p RS=33.1 N=1.10 ++ CJO=180p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5228BW;DI_MMBZ5228BW;Diodes;Zener <=10V; 3.90V 0.200W + Diodes Inc. - + *SYM=HZEN + .SUBCKT DI_MMBZ5228BW 1 2 + * Terminals A K + D1 1 2 DF + DZ 3 1 DR + VZ 2 3 1.25 + .MODEL DF D ( IS=21.1p RS=33.1 N=1.10 + + CJO=99.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5229B;DI_MMBZ5229B;Diodes;Zener <=10V; 4.30V 0.350W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_MMBZ5229B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.71 +.MODEL DF D ( IS=33.5p RS=34.4 N=1.10 ++ CJO=85.6p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.71f RS=18.1 N=3.00 ) +.ENDS + +*SRC=MMBZ5229BS;DI_MMBZ5229BS;Diodes;Zener <=10V; 4.30V 0.200W Diodes Inc. This model covers only one element. There are two elements per pkg. +*SYM=HZEN +.SUBCKT DI_MMBZ5229BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.66 +.MODEL DF D ( IS=19.2p RS=32.8 N=1.10 ++ CJO=170p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5229BT;DI_MMBZ5229BT;Diodes;Zener <=10V; 4.30V 0.150W Diodes +Inc. - +*SYM=HZEN +.SUBCKT DI_MMBZ5229BT 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.64 +.MODEL DF D ( IS=14.4p RS=32.0 N=1.10 ++ CJO=85.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMBZ5229BTS;DI_MMBZ5229BTS;Diodes;Zener <=10V; 4.30V 0.200W Diodes +Inc. This model covers only one element. There are three elements per pkg. *SYM=HZEN .SUBCKT DI_MMBZ5229BTS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.66 +.MODEL DF D ( IS=19.2p RS=32.8 N=1.10 ++ CJO=170p VJ=0.750 M=0.330 TT=50.1n ) + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +*SRC=MMSZ5221B;DI_MMSZ5221B;Diodes;Zener <=10V; 2.40V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5221B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=85.8p RS=37.1 N=1.10 ++ CJO=794p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5221BS;DI_MMSZ5221BS;Diodes;Zener <=10V; 2.40V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5221BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0 +.MODEL DF D ( IS=85.8p RS=37.1 N=1.10 ++ CJO=794p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5223B;DI_MMSZ5223B;Diodes;Zener <=10V; 2.70V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5223B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.75m +.MODEL DF D ( IS=76.3p RS=36.7 N=1.10 ++ CJO=463p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5223BS;DI_MMSZ5223BS;Diodes;Zener <=10V; 2.70V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5223BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.75m +.MODEL DF D ( IS=76.3p RS=36.7 N=1.10 ++ CJO=463p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5225B;DI_MMSZ5225B;Diodes;Zener <=10V; 3.00V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5225B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.302 +.MODEL DF D ( IS=68.7p RS=36.4 N=1.10 ++ CJO=397p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5225BS;DI_MMSZ5225BS;Diodes;Zener <=10V; 3.00V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5225BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.302 +.MODEL DF D ( IS=68.7p RS=36.4 N=1.10 ++ CJO=397p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5226B;DI_MMSZ5226B;Diodes;Zener <=10V; 3.30V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5226B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.634 +.MODEL DF D ( IS=62.4p RS=36.2 N=1.10 ++ CJO=251p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5226BS;DI_MMSZ5226BS;Diodes;Zener <=10V; 3.30V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5226BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.634 +.MODEL DF D ( IS=62.4p RS=36.2 N=1.10 ++ CJO=251p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5227B;DI_MMSZ5227B;Diodes;Zener <=10V; 3.60V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5227B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.01 +.MODEL DF D ( IS=57.2p RS=35.9 N=1.10 ++ CJO=238p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5227BS;DI_MMSZ5227BS;Diodes;Zener <=10V; 3.60V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5227BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.01 +.MODEL DF D ( IS=57.2p RS=35.9 N=1.10 ++ CJO=238p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5228B;DI_MMSZ5228B;Diodes;Zener <=10V; 3.90V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5228B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.32 +.MODEL DF D ( IS=52.8p RS=35.7 N=1.10 ++ CJO=159p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5228BS;DI_MMSZ5228BS;Diodes;Zener <=10V; 3.90V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5228BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.32 +.MODEL DF D ( IS=52.8p RS=35.7 N=1.10 ++ CJO=159p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5229B;DI_MMSZ5229B;Diodes;Zener <=10V; 4.30V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5229B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.73 +.MODEL DF D ( IS=47.9p RS=35.4 N=1.10 ++ CJO=145p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5229BS;DI_MMSZ5229BS;Diodes;Zener <=10V; 4.30V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5229BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.73 +.MODEL DF D ( IS=47.9p RS=35.4 N=1.10 ++ CJO=145p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5230B;DI_MMSZ5230B;Diodes;Zener <=10V; 4.70V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5230B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.19 +.MODEL DF D ( IS=43.8p RS=35.2 N=1.10 ++ CJO=139p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5230BS;DI_MMSZ5230BS;Diodes;Zener <=10V; 4.70V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5230BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.19 +.MODEL DF D ( IS=43.8p RS=35.2 N=1.10 ++ CJO=139p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5231B;DI_MMSZ5231B;Diodes;Zener <=10V; 5.10V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5231B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.62 +.MODEL DF D ( IS=40.4p RS=34.9 N=1.10 ++ CJO=132p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5231BS;DI_MMSZ5231BS;Diodes;Zener <=10V; 5.10V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5231BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.62 +.MODEL DF D ( IS=40.4p RS=34.9 N=1.10 ++ CJO=132p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5232B;DI_MMSZ5232B;Diodes;Zener <=10V; 5.60V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5232B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.23 +.MODEL DF D ( IS=36.8p RS=34.7 N=1.10 ++ CJO=106p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5232BS;DI_MMSZ5232BS;Diodes;Zener <=10V; 5.60V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5232BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.23 +.MODEL DF D ( IS=36.8p RS=34.7 N=1.10 ++ CJO=106p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5233B;DI_MMSZ5233B;Diodes;Zener <=10V; 6.00V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5233B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.71 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=83.3p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5233BS;DI_MMSZ5233BS;Diodes;Zener <=10V; 6.00V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5233BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.71 +.MODEL DF D ( IS=34.3p RS=34.5 N=1.10 ++ CJO=83.3p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5234B;DI_MMSZ5234B;Diodes;Zener <=10V; 6.20V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5234B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.91 +.MODEL DF D ( IS=33.2p RS=34.4 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5234BS;DI_MMSZ5234BS;Diodes;Zener <=10V; 6.20V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5234BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.91 +.MODEL DF D ( IS=33.2p RS=34.4 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5235B;DI_MMSZ5235B;Diodes;Zener <=10V; 6.80V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5235B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.56 +.MODEL DF D ( IS=30.3p RS=34.1 N=1.10 ++ CJO=71.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5235BS;DI_MMSZ5235BS;Diodes;Zener <=10V; 6.80V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5235BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.56 +.MODEL DF D ( IS=30.3p RS=34.1 N=1.10 ++ CJO=71.4p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5236B;DI_MMSZ5236B;Diodes;Zener <=10V; 7.50V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5236B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.21 +.MODEL DF D ( IS=27.5p RS=33.8 N=1.10 ++ CJO=58.2p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5236BS;DI_MMSZ5236BS;Diodes;Zener <=10V; 7.50V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5236BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.21 +.MODEL DF D ( IS=27.5p RS=33.8 N=1.10 ++ CJO=58.2p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5237B;DI_MMSZ5237B;Diodes;Zener <=10V; 8.20V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5237B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.86 +.MODEL DF D ( IS=25.1p RS=33.6 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5237BS;DI_MMSZ5237BS;Diodes;Zener <=10V; 8.20V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5237BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.86 +.MODEL DF D ( IS=25.1p RS=33.6 N=1.10 ++ CJO=52.9p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5238B;DI_MMSZ5238B;Diodes;Zener <=10V; 8.70V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5238B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.36 +.MODEL DF D ( IS=23.7p RS=33.4 N=1.10 ++ CJO=51.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5238BS;DI_MMSZ5238BS;Diodes;Zener <=10V; 8.70V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5238BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.36 +.MODEL DF D ( IS=23.7p RS=33.4 N=1.10 ++ CJO=51.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5239B;DI_MMSZ5239B;Diodes;Zener <=10V; 9.10V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5239B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.72 +.MODEL DF D ( IS=22.6p RS=33.3 N=1.10 ++ CJO=50.3p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5239BS;DI_MMSZ5239BS;Diodes;Zener <=10V; 9.10V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5239BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.72 +.MODEL DF D ( IS=22.6p RS=33.3 N=1.10 ++ CJO=50.3p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5240B;DI_MMSZ5240B;Diodes;Zener <=10V; 10.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5240B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.47 +.MODEL DF D ( IS=20.6p RS=33.0 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5240BS;DI_MMSZ5240BS;Diodes;Zener <=10V; 10.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5240BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.47 +.MODEL DF D ( IS=20.6p RS=33.0 N=1.10 ++ CJO=46.3p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=MMSZ5241B;DI_MMSZ5241B;Diodes;Zener 10V-50V; 11.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5241B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.36 +.MODEL DF D ( IS=18.7p RS=32.7 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5241BS;DI_MMSZ5241BS;Diodes;Zener 10V-50V; 11.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5241BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.36 +.MODEL DF D ( IS=18.7p RS=32.7 N=1.10 ++ CJO=32.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5242B;DI_MMSZ5242B;Diodes;Zener 10V-50V; 12.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5242B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.19 +.MODEL DF D ( IS=17.2p RS=32.5 N=1.10 ++ CJO=31.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5242BS;DI_MMSZ5242BS;Diodes;Zener 10V-50V; 12.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5242BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.19 +.MODEL DF D ( IS=17.2p RS=32.5 N=1.10 ++ CJO=31.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5243B;DI_MMSZ5243B;Diodes;Zener 10V-50V; 13.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5243B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=15.8p RS=32.3 N=1.10 ++ CJO=30.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5243BS;DI_MMSZ5243BS;Diodes;Zener 10V-50V; 13.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5243BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=15.8p RS=32.3 N=1.10 ++ CJO=30.2p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5245B;DI_MMSZ5245B;Diodes;Zener 10V-50V; 15.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5245B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=13.7p RS=31.9 N=1.10 ++ CJO=28.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5245BS;DI_MMSZ5245BS;Diodes;Zener 10V-50V; 15.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5245BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=13.7p RS=31.9 N=1.10 ++ CJO=28.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5246B;DI_MMSZ5246B;Diodes;Zener 10V-50V; 16.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5246B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.7 +.MODEL DF D ( IS=12.9p RS=31.7 N=1.10 ++ CJO=27.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5246BS;DI_MMSZ5246BS;Diodes;Zener 10V-50V; 16.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5246BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.7 +.MODEL DF D ( IS=12.9p RS=31.7 N=1.10 ++ CJO=27.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5248B;DI_MMSZ5248B;Diodes;Zener 10V-50V; 18.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5248B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.7 +.MODEL DF D ( IS=11.4p RS=31.3 N=1.10 ++ CJO=25.8p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5248BS;DI_MMSZ5248BS;Diodes;Zener 10V-50V; 18.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5248BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.7 +.MODEL DF D ( IS=11.4p RS=31.3 N=1.10 ++ CJO=25.8p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5250B;DI_MMSZ5250B;Diodes;Zener 10V-50V; 20.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5250B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.7 +.MODEL DF D ( IS=10.3p RS=31.0 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5250BS;DI_MMSZ5250BS;Diodes;Zener 10V-50V; 20.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5250BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.7 +.MODEL DF D ( IS=10.3p RS=31.0 N=1.10 ++ CJO=25.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5251B;DI_MMSZ5251B;Diodes;Zener 10V-50V; 22.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5251B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.7 +.MODEL DF D ( IS=9.36p RS=30.8 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5251BS;DI_MMSZ5251BS;Diodes;Zener 10V-50V; 22.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5251BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.7 +.MODEL DF D ( IS=9.36p RS=30.8 N=1.10 ++ CJO=18.9p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5252B;DI_MMSZ5252B;Diodes;Zener 10V-50V; 24.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5252B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.7 +.MODEL DF D ( IS=8.58p RS=30.5 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5252BS;DI_MMSZ5252BS;Diodes;Zener 10V-50V; 24.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5252BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.7 +.MODEL DF D ( IS=8.58p RS=30.5 N=1.10 ++ CJO=17.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5254B;DI_MMSZ5254B;Diodes;Zener 10V-50V; 27.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5254B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.6 +.MODEL DF D ( IS=7.63p RS=30.2 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5254BS;DI_MMSZ5254BS;Diodes;Zener 10V-50V; 27.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5254BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.6 +.MODEL DF D ( IS=7.63p RS=30.2 N=1.10 ++ CJO=16.3p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5255B;DI_MMSZ5255B;Diodes;Zener 10V-50V; 28.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5255B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 25.6 +.MODEL DF D ( IS=7.36p RS=30.1 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5255BS;DI_MMSZ5255BS;Diodes;Zener 10V-50V; 28.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5255BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 25.6 +.MODEL DF D ( IS=7.36p RS=30.1 N=1.10 ++ CJO=15.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5256B;DI_MMSZ5256B;Diodes;Zener 10V-50V; 30.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5256B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.6 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=14.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5256BS;DI_MMSZ5256BS;Diodes;Zener 10V-50V; 30.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5256BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.6 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=14.5p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5257B;DI_MMSZ5257B;Diodes;Zener 10V-50V; 33.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5257B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.6 +.MODEL DF D ( IS=6.24p RS=29.6 N=1.10 ++ CJO=14.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5257BS;DI_MMSZ5257BS;Diodes;Zener 10V-50V; 33.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5257BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.6 +.MODEL DF D ( IS=6.24p RS=29.6 N=1.10 ++ CJO=14.1p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5258B;DI_MMSZ5258B;Diodes;Zener 10V-50V; 36.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5258B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.6 +.MODEL DF D ( IS=5.72p RS=29.4 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5258BS;DI_MMSZ5258BS;Diodes;Zener 10V-50V; 36.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5258BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.6 +.MODEL DF D ( IS=5.72p RS=29.4 N=1.10 ++ CJO=13.8p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5259B;DI_MMSZ5259B;Diodes;Zener 10V-50V; 39.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5259B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.6 +.MODEL DF D ( IS=5.28p RS=29.1 N=1.10 ++ CJO=13.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=MMSZ5259BS;DI_MMSZ5259BS;Diodes;Zener 10V-50V; 39.0V 0.500W Diodes Inc. 500 mW Zener +*SYM=HZEN +.SUBCKT DI_MMSZ5259BS 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.6 +.MODEL DF D ( IS=5.28p RS=29.1 N=1.10 ++ CJO=13.7p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=QZX363C12;DI_QZX363C12;Diodes;Zener 10V-50V; 12.0V 0.200W Diodes Inc. Zener Diode Array, quad, one node of four +*SYM=HZEN +.SUBCKT DI_QZX363C12 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.71 +.MODEL DF D ( IS=6.87p RS=29.9 N=1.10 ++ CJO=26.4p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=QZX363C15;DI_QZX363C15;Diodes;Zener 10V-50V; 15.0V 0.200W Diodes Inc. Zener Diode Array, quad, one node of four +*SYM=HZEN +.SUBCKT DI_QZX363C15 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.7 +.MODEL DF D ( IS=5.49p RS=29.3 N=1.10 ++ CJO=25.8p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=QZX363C20;DI_QZX363C20;Diodes;Zener 10V-50V; 20.0V 0.200W Diodes Inc. Zener Diode Array, quad, one node of four +*SYM=HZEN +.SUBCKT DI_QZX363C20 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.5 +.MODEL DF D ( IS=4.12p RS=28.4 N=1.10 ++ CJO=22.6p VJ=1.00 M=0.330 TT=50.1n ) + +*SRC=QZX363C5V6;DI_QZX363C5V6;Diodes;Zener <=10V; 5.60V 0.200W Diodes Inc. Zener Diode Array, quad, one node of four +*SYM=HZEN +.SUBCKT DI_QZX363C5V6 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.29 +.MODEL DF D ( IS=14.7p RS=32.1 N=1.10 ++ CJO=92.6p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=QZX363C6V8;DI_QZX363C6V8;Diodes;Zener <=10V; 6.80V 0.200W Diodes Inc. Zener Diode Array, quad, one node of four +*SYM=HZEN +.SUBCKT DI_QZX363C6V8 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.15 +.MODEL DF D ( IS=12.1p RS=31.5 N=1.10 ++ CJO=66.1p VJ=0.750 M=0.330 TT=50.1n ) + +*SRC=SMAZ10;DI_SMAZ10;Diodes;Zener <=10V; 10.0V 1.00W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_SMAZ10 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.20 +.MODEL DF D ( IS=41.2p RS=0.823 N=1.10 ++ CJO=661p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24f RS=0.161 N=1.04 ) +.ENDS + +*SRC=SMAZ12;DI_SMAZ12;Diodes;Zener 10V-50V; 12.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ12 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.8 +.MODEL DF D ( IS=34.3p RS=0.797 N=1.10 ++ CJO=377p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87f RS=0.230 N=1.49 ) +.ENDS + +*SRC=SMAZ15;DI_SMAZ15;Diodes;Zener 10V-50V; 15.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ15 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.8 +.MODEL DF D ( IS=27.5p RS=0.765 N=1.10 ++ CJO=377p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.49f RS=0.230 N=1.49 ) +.ENDS + +*SRC=SMAZ16;DI_SMAZ16;Diodes;Zener 10V-50V; 16.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ16 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 14.9 +.MODEL DF D ( IS=25.7p RS=0.756 N=1.10 ++ CJO=377p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.15f RS=0.460 N=1.49 ) +.ENDS + +*SRC=SMAZ18;DI_SMAZ18;Diodes;Zener 10V-50V; 18.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ18 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 16.6 +.MODEL DF D ( IS=22.9p RS=0.739 N=1.10 ++ CJO=251p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.58f RS=0.575 N=1.86 ) +.ENDS + +*SRC=SMAZ20;DI_SMAZ20;Diodes;Zener 10V-50V; 20.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ20 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 18.3 +.MODEL DF D ( IS=20.6p RS=0.724 N=1.10 ++ CJO=251p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.12f RS=0.690 N=2.23 ) +.ENDS + +*SRC=SMAZ22;DI_SMAZ22;Diodes;Zener 10V-50V; 22.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ22 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 20.2 +.MODEL DF D ( IS=18.7p RS=0.711 N=1.10 ++ CJO=251p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.75f RS=0.736 N=2.38 ) +.ENDS + +*SRC=SMAZ24;DI_SMAZ24;Diodes;Zener 10V-50V; 24.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ24 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.7 +.MODEL DF D ( IS=17.2p RS=0.698 N=1.10 ++ CJO=226p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.43f RS=0.920 N=2.97 ) +.ENDS + +*SRC=SMAZ27;DI_SMAZ27;Diodes;Zener 10V-50V; 27.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ27 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 25.0 +.MODEL DF D ( IS=15.3p RS=0.681 N=1.10 ++ CJO=226p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.05f RS=0.805 N=2.60 ) +.ENDS + +*SRC=SMAZ30;DI_SMAZ30;Diodes;Zener 10V-50V; 30.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ30 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.6 +.MODEL DF D ( IS=13.7p RS=0.666 N=1.10 ++ CJO=226p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.75f RS=2.39 N=3.00 ) +.ENDS + +*SRC=SMAZ33;DI_SMAZ33;Diodes;Zener 10V-50V; 33.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ33 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.6 +.MODEL DF D ( IS=12.5p RS=0.653 N=1.10 ++ CJO=189p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.50f RS=2.89 N=3.00 ) +.ENDS + +*SRC=SMAZ36;DI_SMAZ36;Diodes;Zener 10V-50V; 36.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ36 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 34.4 +.MODEL DF D ( IS=11.4p RS=0.640 N=1.10 ++ CJO=189p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.29f RS=1.61 N=2.08 ) +.ENDS + +*SRC=SMAZ39;DI_SMAZ39;Diodes;Zener 10V-50V; 39.0V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ39 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 37.2 +.MODEL DF D ( IS=10.6p RS=0.629 N=1.10 ++ CJO=189p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.11f RS=1.84 N=2.38 ) +.ENDS + +*SRC=SMAZ5V1;DI_SMAZ5V1;Diodes;Zener <=10V; 5.10V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ5V1 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.41 +.MODEL DF D ( IS=80.8p RS=0.919 N=1.10 ++ CJO=1.06n VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=16.2f RS=69.0m N=0.892 ) +.ENDS + +*SRC=SMAZ6V2;DI_SMAZ6V2;Diodes;Zener <=10V; 6.20V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ6V2 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.28 +.MODEL DF D ( IS=66.5p RS=0.891 N=1.10 ++ CJO=1.06n VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=13.3f RS=92.0m N=1.19 ) +.ENDS + +*SRC=SMAZ6V2;DI_SMAZ6V2;Diodes;Zener <=10V; 6.20V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ6V2 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.28 +.MODEL DF D ( IS=66.5p RS=0.891 N=1.10 ++ CJO=1.06n VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=13.3f RS=92.0m N=1.19 ) +.ENDS + +*SRC=SMAZ6V8;DI_SMAZ6V8;Diodes;Zener <=10V; 6.80V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ6V8 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.87 +.MODEL DF D ( IS=60.6p RS=0.878 N=1.10 ++ CJO=926p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=12.1f RS=92.0m N=1.19 ) +.ENDS + +*SRC=SMAZ7V5;DI_SMAZ7V5;Diodes;Zener <=10V; 7.50V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ7V5 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.55 +.MODEL DF D ( IS=54.9p RS=0.864 N=1.10 ++ CJO=926p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=11.0f RS=94.3m N=1.22 ) +.ENDS + +*SRC=SMAZ8V2;DI_SMAZ8V2;Diodes;Zener <=10V; 8.20V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ8V2 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.04 +.MODEL DF D ( IS=50.2p RS=0.851 N=1.10 ++ CJO=794p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=10.0f RS=0.115 N=1.49 ) +.ENDS + +*SRC=SMAZ9V1;DI_SMAZ9V1;Diodes;Zener <=10V; 9.10V 1.00W Diodes Inc. +Zener +*SYM=HZEN +.SUBCKT DI_SMAZ9V1 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.30 +.MODEL DF D ( IS=45.3p RS=0.836 N=1.10 ++ CJO=661p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.05f RS=0.161 N=1.04 ) +.ENDS + +*SRC=ZM4728A;DI_ZM4728A;Diodes;Zener <=10V; 3.30V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4728A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.384 +.MODEL DF D ( IS=125p RS=2.98 N=1.10 ++ CJO=364p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=25.0f RS=8.98 N=3.00 ) +.ENDS + +*SRC=ZM4729A;DI_ZM4729A;Diodes;Zener <=10V; 3.60V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4729A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 0.755 +.MODEL DF D ( IS=114p RS=2.97 N=1.10 ++ CJO=319p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=22.9f RS=8.87 N=3.00 ) +.ENDS + +*SRC=ZM4730A;DI_ZM4730A;Diodes;Zener <=10V; 3.90V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4730A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.17 +.MODEL DF D ( IS=106p RS=2.96 N=1.10 ++ CJO=283p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=21.1f RS=7.79 N=3.00 ) +.ENDS + +*SRC=ZM4731A;DI_ZM4731A;Diodes;Zener <=10V; 4.30V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4731A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 1.68 +.MODEL DF D ( IS=95.8p RS=2.94 N=1.10 ++ CJO=244p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=19.2f RS=6.66 N=3.00 ) +.ENDS + +*SRC=ZM4732A;DI_ZM4732A;Diodes;Zener <=10V; 4.70V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4732A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.12 +.MODEL DF D ( IS=87.7p RS=2.93 N=1.10 ++ CJO=214p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=17.5f RS=6.53 N=3.00 ) +.ENDS + +*SRC=ZM4733A;DI_ZM4733A;Diodes;Zener <=10V; 5.10V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4733A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 2.60 +.MODEL DF D ( IS=80.8p RS=2.92 N=1.10 ++ CJO=189p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=16.2f RS=5.41 N=3.00 ) +.ENDS + +*SRC=ZM4734A;DI_ZM4734A;Diodes;Zener <=10V; 5.60V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4734A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 3.22 +.MODEL DF D ( IS=73.6p RS=2.91 N=1.10 ++ CJO=165p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=14.7f RS=3.27 N=3.00 ) +.ENDS + +*SRC=ZM4735A;DI_ZM4735A;Diodes;Zener <=10V; 6.20V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4735A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.37 +.MODEL DF D ( IS=66.5p RS=2.89 N=1.10 ++ CJO=141p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=13.3f RS=0.460 N=2.44 ) +.ENDS + +*SRC=ZM4736A;DI_ZM4736A;Diodes;Zener <=10V; 6.80V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4736A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.51 +.MODEL DF D ( IS=60.6p RS=2.88 N=1.10 ++ CJO=123p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=12.1f RS=1.40 N=3.00 ) +.ENDS + +*SRC=ZM4737A;DI_ZM4737A;Diodes;Zener <=10V; 7.50V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4737A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.21 +.MODEL DF D ( IS=54.9p RS=2.86 N=1.10 ++ CJO=106p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=11.0f RS=1.71 N=3.00 ) +.ENDS + +*SRC=ZM4738A;DI_ZM4738A;Diodes;Zener <=10V; 8.20V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4738A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 5.90 +.MODEL DF D ( IS=50.2p RS=2.85 N=1.10 ++ CJO=92.8p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=10.0f RS=1.99 N=3.00 ) +.ENDS + +*SRC=ZM4739A;DI_ZM4739A;Diodes;Zener <=10V; 9.10V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4739A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 6.80 +.MODEL DF D ( IS=45.3p RS=2.84 N=1.10 ++ CJO=79.4p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.05f RS=2.23 N=3.00 ) +.ENDS + +*SRC=ZM4740A;DI_ZM4740A;Diodes;Zener <=10V; 10.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4740A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 7.67 +.MODEL DF D ( IS=41.2p RS=2.82 N=1.10 ++ CJO=68.9p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24f RS=3.89 N=3.00 ) +.ENDS + +*SRC=ZM4741A;DI_ZM4741A;Diodes;Zener 10V-50V; 11.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4741A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 8.66 +.MODEL DF D ( IS=37.5p RS=2.81 N=1.10 ++ CJO=101p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=7.49f RS=4.62 N=3.00 ) +.ENDS + +*SRC=ZM4742A;DI_ZM4742A;Diodes;Zener 10V-50V; 12.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4742A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 9.65 +.MODEL DF D ( IS=34.3p RS=2.80 N=1.10 ++ CJO=94.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.87f RS=5.30 N=3.00 ) +.ENDS + +*SRC=ZM4743A;DI_ZM4743A;Diodes;Zener 10V-50V; 13.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4743A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 10.7 +.MODEL DF D ( IS=31.7p RS=2.79 N=1.10 ++ CJO=88.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.34f RS=5.91 N=3.00 ) +.ENDS + +*SRC=ZM4744A;DI_ZM4744A;Diodes;Zener 10V-50V; 15.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4744A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 12.6 +.MODEL DF D ( IS=27.5p RS=2.77 N=1.10 ++ CJO=78.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.49f RS=9.43 N=3.00 ) +.ENDS + +*SRC=ZM4745A;DI_ZM4745A;Diodes;Zener 10V-50V; 16.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4745A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 13.6 +.MODEL DF D ( IS=25.7p RS=2.76 N=1.10 ++ CJO=74.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=5.15f RS=11.0 N=3.00 ) +.ENDS + +*SRC=ZM4746A;DI_ZM4746A;Diodes;Zener 10V-50V; 18.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4746A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 15.6 +.MODEL DF D ( IS=22.9p RS=2.74 N=1.10 ++ CJO=67.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.58f RS=14.4 N=3.00 ) +.ENDS + +*SRC=ZM4747A;DI_ZM4747A;Diodes;Zener 10V-50V; 20.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4747A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 17.6 +.MODEL DF D ( IS=20.6p RS=2.72 N=1.10 ++ CJO=62.5p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=4.12f RS=15.8 N=3.00 ) +.ENDS + +*SRC=ZM4748A;DI_ZM4748A;Diodes;Zener 10V-50V; 22.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4748A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 19.6 +.MODEL DF D ( IS=18.7p RS=2.71 N=1.10 ++ CJO=58.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.75f RS=16.2 N=3.00 ) +.ENDS + +*SRC=ZM4749A;DI_ZM4749A;Diodes;Zener 10V-50V; 24.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4749A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 21.6 +.MODEL DF D ( IS=17.2p RS=2.70 N=1.10 ++ CJO=54.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.43f RS=17.6 N=3.00 ) +.ENDS + +*SRC=ZM4750A;DI_ZM4750A;Diodes;Zener 10V-50V; 27.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4750A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 24.5 +.MODEL DF D ( IS=15.3p RS=2.68 N=1.10 ++ CJO=50.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=3.05f RS=26.8 N=3.00 ) +.ENDS + +*SRC=ZM4751A;DI_ZM4751A;Diodes;Zener 10V-50V; 30.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4751A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 27.5 +.MODEL DF D ( IS=13.7p RS=2.67 N=1.10 ++ CJO=46.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.75f RS=30.9 N=3.00 ) +.ENDS + +*SRC=ZM4752A;DI_ZM4752A;Diodes;Zener 10V-50V; 33.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4752A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 30.5 +.MODEL DF D ( IS=12.5p RS=2.65 N=1.10 ++ CJO=43.8p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.50f RS=34.6 N=3.00 ) +.ENDS + +*SRC=ZM4753A;DI_ZM4753A;Diodes;Zener 10V-50V; 36.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4753A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 33.5 +.MODEL DF D ( IS=11.4p RS=2.64 N=1.10 ++ CJO=41.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.29f RS=38.9 N=3.00 ) +.ENDS + +*SRC=ZM4754A;DI_ZM4754A;Diodes;Zener 10V-50V; 39.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4754A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 36.5 +.MODEL DF D ( IS=10.6p RS=2.63 N=1.10 ++ CJO=39.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=2.11f RS=48.0 N=3.00 ) +.ENDS + +*SRC=ZM4755A;DI_ZM4755A;Diodes;Zener 10V-50V; 43.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4755A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.4 +.MODEL DF D ( IS=9.58p RS=2.62 N=1.10 ++ CJO=37.1p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.92f RS=57.0 N=3.00 ) +.ENDS + +*SRC=ZM4756A;DI_ZM4756A;Diodes;Zener 10V-50V; 47.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4756A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 44.4 +.MODEL DF D ( IS=8.77p RS=2.60 N=1.10 ++ CJO=35.2p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.75f RS=65.9 N=3.00 ) +.ENDS + +*SRC=ZM4757A;DI_ZM4757A;Diodes;Zener >50V; 51.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4757A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 48.4 +.MODEL DF D ( IS=8.08p RS=2.59 N=1.10 ++ CJO=33.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.62f RS=79.5 N=3.00 ) +.ENDS + +*SRC=ZM4758A;DI_ZM4758A;Diodes;Zener >50V; 56.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4758A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 53.3 +.MODEL DF D ( IS=7.36p RS=2.58 N=1.10 ++ CJO=32.0p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.47f RS=92.7 N=3.00 ) +.ENDS + +*SRC=ZM4759A;DI_ZM4759A;Diodes;Zener >50V; 62.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4759A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 59.3 +.MODEL DF D ( IS=6.65p RS=2.56 N=1.10 ++ CJO=30.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.33f RS=106 N=3.00 ) +.ENDS + +*SRC=ZM4760A;DI_ZM4760A;Diodes;Zener >50V; 68.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4760A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 65.3 +.MODEL DF D ( IS=6.06p RS=2.55 N=1.10 ++ CJO=29.0p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.21f RS=129 N=3.00 ) +.ENDS + +*SRC=ZM4761A;DI_ZM4761A;Diodes;Zener >50V; 75.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4761A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 72.3 +.MODEL DF D ( IS=5.49p RS=2.54 N=1.10 ++ CJO=27.7p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.10f RS=151 N=3.00 ) +.ENDS + +*SRC=ZM4762A;DI_ZM4762A;Diodes;Zener >50V; 82.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4762A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 79.2 +.MODEL DF D ( IS=5.02p RS=2.52 N=1.10 ++ CJO=26.6p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=1.00f RS=174 N=3.00 ) +.ENDS + +*SRC=ZM4763A;DI_ZM4763A;Diodes;Zener >50V; 91.0V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4763A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 88.1 +.MODEL DF D ( IS=4.53p RS=2.51 N=1.10 ++ CJO=25.4p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.05e-016 RS=222 N=3.00 ) +.ENDS + +*SRC=ZM4764A;DI_ZM4764A;Diodes;Zener >50V; 100V 1.00W Diodes Inc. +*SYM=HZEN +.SUBCKT DI_ZM4764A 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 97.0 +.MODEL DF D ( IS=4.12p RS=2.49 N=1.10 ++ CJO=24.5p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.24e-016 RS=319 N=3.00 ) +.ENDS + +*SRC=ZMM5235B;DI_ZMM5235B;Diodes;Zener <=10V; 6.80V 0.500W Diodes Inc. zener +*SYM=HZEN +.SUBCKT DI_ZMM5235B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 4.56 +.MODEL DF D ( IS=30.3p RS=4.28 N=1.10 ++ CJO=196p VJ=0.750 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=6.06f RS=1.15 N=2.97 ) +.ENDS + +*SRC=ZMM5260B;DI_ZMM5260B;Diodes;Zener 10V-50V; 43.0V 0.500W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_ZMM5260B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 40.7 +.MODEL DF D ( IS=4.79p RS=1.24 N=1.10 ++ CJO=26.0p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=9.58e-016 RS=16.0 N=3.00 ) +.ENDS + +*SRC=ZMM5262B;DI_ZMM5262B;Diodes;Zener >50V; 51.0V 0.500W Diodes Inc. Zener +*SYM=HZEN +.SUBCKT DI_ZMM5262B 1 2 +* Terminals A K +D1 1 2 DF +DZ 3 1 DR +VZ 2 3 48.7 +.MODEL DF D ( IS=4.04p RS=1.24 N=1.10 ++ CJO=24.3p VJ=1.00 M=0.330 TT=50.1n ) +.MODEL DR D ( IS=8.08e-016 RS=30.1 N=3.00 ) +.ENDS + +*SRC=1N4148;DI_1N4148;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. - +.MODEL DI_1N4148 D ( IS=222p RS=68.6m BV=75.0 IBV=1.00u ++ CJO=4.00p M=0.333 N=1.65 TT=5.76n ) + +*SRC=1N4148W;1N4148W;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +.MODEL 1N4148W D ( IS=10.4n RS=51.5m BV=75.0 IBV=1.00u ++ CJO=2.00p M=0.333 N=2.07 TT=5.76n ) + +*SRC=1N4148WS;1N4148WS;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +Switching Diode +.MODEL 1N4148WS D ( IS=10.4n RS=51.5m BV=75.0 IBV=1.00u ++ CJO=2.00p M=0.333 N=2.07 TT=5.76n ) + +*SRC=1N4148WT;DI_1N4148WT;Diodes;Si; 80.0V 0.125A 4.00ns Diodes Inc. +Switching +.MODEL DI_1N4148WT D ( IS=111n RS=0.628 BV=80.0 IBV=1.00u ++ CJO=2.00p M=0.333 N=1.70 TT=5.76n ) + +*SRC=1N4448HWS;DI_1N4448HWS;Diodes;Si; 80.0V 0.500A 4.00ns Diodes Inc. Switching Diode .MODEL DI_1N4448HWS D ( IS=24.7n RS=84.4m BV=80.0 IBV=100n + CJO=3.50p M=0.333 N=2.12 TT=5.76n ) + +*SRC=1N4448HWT;DI_1N4448HWT;Diodes;Si; 80.0V 0.250A 4.00ns Diodes Inc. +Switching +.MODEL DI_1N4448HWT D ( IS=137f RS=0.168 BV=80.0 IBV=100n ++ CJO=3.56p M=0.333 N=1.11 TT=5.76n ) + +*SRC=1N4448W;DI_1N4448W;Diodes;Si; 75.0V 0.250A 4.00ns Diodes Inc. +.MODEL DI_1N4448W D ( IS=355p RS=0.168 BV=75.0 IBV=2.50u ++ CJO=4.00p M=0.333 N=1.70 TT=5.76n ) + +*SRC=1N4448WS;DI_1N4448WS;Diodes;Si; 75.0V 0.500A 4.00ns Diodes Inc. Switching Diode +.MODEL DI_1N4448WS D ( IS=24.7n RS=84.4m BV=75.0 IBV=2.50u ++ CJO=4.00p M=0.333 N=2.12 TT=5.76n ) + +*SRC=BAL99;DI_BAL99;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +Switching Diode +.MODEL DI_BAL99 D ( IS=31.2n RS=0.360 BV=75.0 IBV=2.50u ++ CJO=1.72p M=0.333 N=2.35 TT=5.76n ) + +*SRC=BAS116;DI_BAS116;Diodes;Si; 60.0V 0.215A 3.00us Diodes Inc. +Switching Diode +.MODEL DI_BAS116 D ( IS=4.53u RS=0.383 BV=60.0 IBV=5.00n ++ CJO=1.72p M=0.333 N=4.07 TT=4.32u ) + +*SRC=BAS116T;DI_BAS116T;Diodes;Si; 85.0V 0.215A 3.00us Diodes Inc. Switching Diode +.MODEL DI_BAS116T D ( IS=10.5p RS=0.196 BV=85.0 IBV=5.00n ++ CJO=2.00p M=0.333 N=1.61 TT=4.32u ) + +*SRC=MMBD4148;DI_MMBD4148;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. Switching +.MODEL DI_MMBD4148 D ( IS=126n RS=0.140 BV=75.0 IBV=1.00u ++ CJO=2.65p M=0.333 N=2.60 TT=5.76n ) + +*SRC=BAS16T;DI_BAS16T;Diodes;Si; 85.0V 0.155A 4.00ns Diodes Inc. +Switching Diode +.MODEL DI_BAS16T D ( IS=2.69n RS=0.271 BV=85.0 IBV=2.00u ++ CJO=1.99p M=0.333 N=1.95 TT=5.76n +************************************************************************************************************************ + +*SRC=BAS16TW;DI_BAS16TW;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +Switching Diode +.MODEL DI_BAS16TW D ( IS=68.6n RS=0.377 BV=75.0 IBV=1.00u ++ CJO=1.72p M=0.333 N=2.34 TT=5.76n ) + +*SRC=BAS16W;DI_BAS16W;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +Switching Diode +.MODEL DI_BAS16W D ( IS=68.6n RS=0.377 BV=75.0 IBV=1.00u ++ CJO=1.72p M=0.333 N=2.34 TT=5.76n ) + +*SRC=BAS19;DI_BAS19;Diodes;Si; 100V 0.400A 50.0ns Diodes Inc. +Switching Diode +.MODEL DI_BAS19 D ( IS=41.7n RS=0.270 BV=100 IBV=100n ++ CJO=2.98p M=0.333 N=2.35 TT=72.0n ) + +*SRC=BAS19W;DI_BAS19W;Diodes;Si; 100V 0.400A 50.0ns Diodes Inc. +Switching Diode +.MODEL DI_BAS19W D ( IS=114n RS=0.172 BV=100 IBV=100n ++ CJO=2.98p M=0.333 N=2.58 TT=72.0n ) + +*SRC=BAS20;DI_BAS20;Diodes;Si; 150V 0.400A 50.0ns Diodes Inc. +Switching Diode +.MODEL DI_BAS20 D ( IS=41.7n RS=0.270 BV=150 IBV=100n ++ CJO=2.98p M=0.333 N=2.35 TT=72.0n ) + +*SRC=BAS20W;DI_BAS20W;Diodes;Si; 150V 0.400A 50.0ns Diodes Inc. +Switching Diode +.MODEL DI_BAS20W D ( IS=114n RS=0.172 BV=150 IBV=100n ++ CJO=2.98p M=0.333 N=2.58 TT=72.0n ) + +*SRC=BAS21;DI_BAS21;Diodes;Si; 200V 0.400A 50.0ns Diodes Inc. +Switching Diode +.MODEL DI_BAS21 D ( IS=41.7n RS=0.270 BV=200 IBV=100n ++ CJO=2.98p M=0.333 N=2.35 TT=72.0n ) + +*SRC=BAS21T;DI_BAS21T;Diodes;Si; 200V 0.400A 50.0ns Diodes Inc. Switching Diode +.MODEL DI_BAS21T D ( IS=401n RS=0.105 BV=200 IBV=100n ++ CJO=5.00p M=0.333 N=2.87 TT=72.0n ) + +*SRC=BAS21W;DI_BAS21W;Diodes;Si; 200V 0.400A 50.0ns Diodes Inc. +Switching Diode +.MODEL DI_BAS21W D ( IS=114n RS=0.172 BV=200 IBV=100n ++ CJO=2.98p M=0.333 N=2.58 TT=72.0n ) + +*SRC=BAV101;DI_BAV101;Diodes;Si; 100V 0.250A 50.0ns Diodes Inc. Switching +.MODEL DI_BAV101 D ( IS=680n RS=0.168 BV=100 IBV=100n ++ CJO=1.99p M=0.333 N=3.29 TT=72.0n ) + +*SRC=BAV102;DI_BAV102;Diodes;Si; 150V 0.250A 50.0ns Diodes Inc. Switching +.MODEL DI_BAV102 D ( IS=680n RS=0.168 BV=150 IBV=100n ++ CJO=1.99p M=0.333 N=3.29 TT=72.0n ) + +*SRC=BAV103;DI_BAV103;Diodes;Si; 200V 0.250A 50.0ns Diodes Inc. Switching +.MODEL DI_BAV103 D ( IS=680n RS=0.168 BV=200 IBV=100n ++ CJO=1.99p M=0.333 N=3.29 TT=72.0n ) + +*SRC=BAV116W;DI_BAV116W;Diodes;Si; 130V 0.215A 3.00us Diodes Inc. Low leakage diode +.MODEL DI_BAV116W D ( IS=22.5p RS=0.282 BV=130 IBV=5.00n ++ CJO=2.40p M=0.333 N=1.67 TT=4.32u ) + +*SRC=BAV16W;BAV16W;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. - +.MODEL BAV16W D ( IS=10.4n RS=51.5m BV=75.0 IBV=1.00u ++ CJO=2.00p M=0.333 N=2.07 TT=5.76n ) + +*SRC=BAV16WS;BAV16WS;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +Switching Diode +.MODEL BAV16WS D ( IS=10.4n RS=51.5m BV=75.0 IBV=1.00u ++ CJO=2.00p M=0.333 N=2.07 TT=5.76n ) + +*SRC=BAV170;DI_BAV170;Diodes;Si; 85.0V 0.215A 3.00us Diodes, Inc. diode +.MODEL DI_BAV170 D ( IS=31.5p RS=0.195 BV=85.0 IBV=5.00n ++ CJO=2.00p M=0.333 N=1.70 TT=4.32u + +*SRC=BAV170T;DI_BAV170T;Diodes;Si; 85.0V 0.125A 3.00us Diodes Inc. Switching Diode, dual, model for one element +.MODEL DI_BAV170T D ( IS=10.5p RS=0.196 BV=85.0 IBV=5.00n ++ CJO=2.00p M=0.333 N=1.61 TT=4.32u ) + +*SRC=BAV199;DI_BAV199;Diodes;Si; 85.0V 0.160A 3.00us Diodes, Inc. diode +.MODEL DI_BAV199 D ( IS=59.0p RS=0.262 BV=85.0 IBV=5.00n ++ CJO=2.00p M=0.333 N=1.78 TT=4.32u ) + +*SRC=BAV199DW;DI_BAV199DW;Diodes;Si; 85.0V 0.160A 3.00us Diodes, Inc. +Switching - one element of BAV199DW array +.MODEL DI_BAV199DW D ( IS=59.0p RS=0.262 BV=85.0 IBV=5.00n ++ CJO=2.00p M=0.333 N=1.78 TT=4.32u ) + +*SRC=BAV199T;DI_BAV199T;Diodes;Si; 85.0V 0.125A 3.00us Diodes Inc. Switching Diode, dual, model for one element +.MODEL DI_BAV199T D ( IS=10.5p RS=0.196 BV=85.0 IBV=5.00n ++ CJO=2.00p M=0.333 N=1.61 TT=4.32u ) + +*SRC=BAV19W;BAV19W;Diodes;Si; 100V 0.400A 50.0ns Diodes Inc. - +.MODEL BAV19W D ( IS=1.09u RS=0.105 BV=100 IBV=100n ++ CJO=5.00p M=0.333 N=3.29 TT=72.0n ) + +*SRC=BAV19WS;BAV19WS;Diodes;Si; 100V 0.400A 50.0ns Diodes Inc. +Switching Diode +.MODEL BAV19WS D ( IS=1.09u RS=0.105 BV=100 IBV=100n ++ CJO=5.00p M=0.333 N=3.29 TT=72.0n ) + +*SRC=BAV20W;DI_BAV20W;Diodes;Si; 150V 0.400A 50.0ns Diodes Inc. - +.MODEL DI_BAV20W D ( IS=1.09u RS=0.105 BV=150 IBV=100n ++ CJO=5.00p M=0.333 N=3.29 TT=72.0n ) + +*SRC=BAV20WS;DI_BAV20WS;Diodes;Si; 150V 0.400A 50.0ns Diodes Inc. +Switching Diode +.MODEL DI_BAV20WS D ( IS=1.09u RS=0.105 BV=150 IBV=100n ++ CJO=5.00p M=0.333 N=3.29 TT=72.0n ) + +*SRC=BAV21W;DI_BAV21W;Diodes;Si; 200V 0.400A 50.0ns Diodes Inc. - +.MODEL DI_BAV21W D ( IS=1.09u RS=0.105 BV=200 IBV=100n ++ CJO=5.00p M=0.333 N=3.29 TT=72.0n ) + +*SRC=BAV21WS;DI_BAV21WS;Diodes;Si; 200V 0.400A 50.0ns Diodes Inc. +Switching Diode +.MODEL DI_BAV21WS D ( IS=1.09u RS=0.105 BV=200 IBV=100n ++ CJO=5.00p M=0.333 N=3.29 TT=72.0n ) + +*SRC=BAV23A;DI_BAV23A;Diodes;Si; 200V 0.400A 50.0ns Diodes Inc. Switching Diode +.MODEL DI_BAV23A D ( IS=237n RS=0.260 BV=200 IBV=100n ++ CJO=3.05p M=0.333 N=2.69 TT=72.0n ) + +*SRC=BAV23C;DI_BAV23C;Diodes;Si; 200V 0.400A 50.0ns Diodes Inc. Switching Diode +.MODEL DI_BAV23C D ( IS=237n RS=0.260 BV=200 IBV=100n ++ CJO=3.05p M=0.333 N=2.69 TT=72.0n ) + +*SRC=BAV23S;DI_BAV23S;Diodes;Si; 200V 0.400A 50.0ns Diodes Inc. Switching Diode +.MODEL DI_BAV23S D ( IS=237n RS=0.260 BV=200 IBV=100n ++ CJO=3.05p M=0.333 N=2.69 TT=72.0n ) + +*SRC=BAV3004W;DI_BAV3004W;Diodes;Si; 300V 0.225A 50.0ns Diodes Inc. +Switching +.MODEL DI_BAV3004W D ( IS=2.76u RS=0.187 BV=300 IBV=100n ++ CJO=1.17p M=0.333 N=1.70 TT=72.0n ) + +*SRC=BAV70;DI_BAV70;Diodes;Si; 75.0V 0.300A 4.00ns Diodes, Inc. switching +.MODEL DI_BAV70 D ( IS=308p RS=0.329 BV=75.0 IBV=2.50u ++ CJO=2.65p M=0.333 N=1.70 TT=5.76n ) + +*SRC=BAV70;DI_BAV70;Diodes;Si; 75.0V 0.300A 4.00ns Diodes, Inc. switching +.MODEL DI_BAV70 D ( IS=308p RS=0.329 BV=75.0 IBV=2.50u ++ CJO=2.65p M=0.333 N=1.70 TT=5.76n ) + +*SRC=BAV70T;DI_BAV70T;Diodes;Si; 85.0V 0.155A 4.00ns Diodes Inc. +Switching Diode - one element of device +.MODEL DI_BAV70T D ( IS=2.69n RS=0.271 BV=85.0 IBV=2.00u ++ CJO=1.99p M=0.333 N=1.95 TT=5.76n ) + +*SRC=BAV70W;DI_BAV70W;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +Switching Diode +.MODEL DI_BAV70W D ( IS=68.6n RS=0.377 BV=75.0 IBV=1.00u ++ CJO=1.72p M=0.333 N=2.34 TT=5.76n ) + +*SRC=BAV756DW;DI_BAV756DW;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. Switching - one element of device +.MODEL DI_BAV756DW D ( IS=49.2n RS=0.141 BV=75.0 IBV=2.50u ++ CJO=2.65p M=0.333 N=2.45 TT=5.76n ) + + + +76n ) + +*SRC=BAV99DW;DI_BAV99DW;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. Switching Diode, Quad, Model for one element +.MODEL DI_BAV99DW D ( IS=412p RS=0.140 BV=75.0 IBV=2.50u ++ CJO=2.00p M=0.333 N=1.70 TT=5.76n ) + +*SRC=BAV99T;DI_BAV99T;Diodes;Si; 85.0V 0.155A 4.00ns Diodes Inc. +Switching Diode - one element of device +.MODEL DI_BAV99T D ( IS=2.69n RS=0.271 BV=85.0 IBV=2.00u ++ CJO=1.99p M=0.333 N=1.95 TT=5.76n ) + +*SRC=BAV99W;DI_BAV99W;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +Switching Diode +.MODEL DI_BAV99W D ( IS=68.6n RS=0.377 BV=75.0 IBV=1.00u ++ CJO=1.72p M=0.333 N=2.34 TT=5.76n ) + +*SRC=BAW156;DI_BAW156;Diodes;Si; 85.0V 0.160A 3.00us Diodes, Inc. diode +.MODEL DI_BAW156 D ( IS=59.0p RS=0.262 BV=85.0 IBV=5.00n ++ CJO=2.00p M=0.333 N=1.78 TT=4.32u ) + +*SRC=BAW156T;DI_BAW156T;Diodes;Si; 85.0V 0.125A 3.00us Diodes Inc. Switching Diode, dual, model for one element +.MODEL DI_BAW156T D ( IS=10.5p RS=0.196 BV=85.0 IBV=5.00n ++ CJO=2.00p M=0.333 N=1.61 TT=4.32u ) + +*SRC=BAW56;DI_BAW56;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. Switching Diode +.MODEL DI_BAW56 D ( IS=68.6n RS=0.377 BV=75.0 IBV=1.00u ++ CJO=1.72p M=0.333 N=2.34 TT=5.76n ) + +*SRC=BAW567DW;DI_BAW567DW;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. Switching Diode +.MODEL DI_BAW567DW D ( IS=68.6n RS=0.377 BV=75.0 IBV=1.00u ++ CJO=1.72p M=0.333 N=2.34 TT=5.76n ) + +*SRC=BAW56DW;DI_BAW56DW;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. Switching Diode +.MODEL DI_BAW56DW D ( IS=68.6n RS=0.377 BV=75.0 IBV=1.00u ++ CJO=1.72p M=0.333 N=2.34 TT=5.76n ) + +*SRC=BAW56T;DI_BAW56T;Diodes;Si; 85.0V 0.155A 4.00ns Diodes Inc. +Switching Diode - one element of device +.MODEL DI_BAW56T D ( IS=2.69n RS=0.271 BV=85.0 IBV=2.00u ++ CJO=1.99p M=0.333 N=1.95 TT=5.76n ) + +*SRC=BAW56W;DI_BAW56W;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +Switching Diode +.MODEL DI_BAW56W D ( IS=68.6n RS=0.377 BV=75.0 IBV=1.00u ++ CJO=1.72p M=0.333 N=2.34 TT=5.76n ) + +*SRC=LL4148;DI_LL4148;Diodes;Si; 75.0V 0.300A 4.00us Diodes Inc fast switching diode +.MODEL DI_LL4148 D ( IS=1.06n RS=0.316 BV=75.0 IBV=5.00u ++ CJO=3.00p M=0.333 N=1.87 TT=5.76u ) + +*SRC=MMBD2004S;DI_MMBD2004S;Diodes;Si; 240V 0.225A 50.0ns Diodes Inc. Switching +.MODEL DI_MMBD2004S D ( IS=1.76u RS=0.187 BV=240 IBV=100n ++ CJO=6.63p M=0.333 N=1.70 TT=72.0n ) + +*SRC=MMBD3004BRM;DI_MMBD3004BRM;Diodes;Si; 300V 0.225A 50.0ns Diodes +Inc. Switching - one element of MMBD3004BRM +.MODEL DI_MMBD3004BRM D ( IS=2.76u RS=0.187 BV=300 IBV=100n ++ CJO=1.17p M=0.333 N=1.70 TT=72.0n ) + +*SRC=MMBD3004S;DI_MMBD3004S;Diodes;Si; 300V 0.225A 50.0ns Diodes Inc. Switching +.MODEL DI_MMBD3004S D ( IS=2.76u RS=0.187 BV=300 IBV=100n ++ CJO=1.17p M=0.333 N=1.70 TT=72.0n ) + +*SRC=MMBD4148;DI_MMBD4148;Diodes;Si; 75.0V 0.250A 4.00ns Diodes Inc. Switching Diode +.MODEL DI_MMBD4148 D ( IS=300n RS=0.422 BV=75.0 IBV=2.50u ++ CJO=1.99p M=0.333 N=2.77 TT=5.76n ) + +*SRC=MMBD4148W;DI_MMBD4148W;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +Switching Diode +.MODEL DI_MMBD4148W D ( IS=68.6n RS=0.377 BV=75.0 IBV=1.00u ++ CJO=1.72p M=0.333 N=2.34 TT=5.76n ) + +*SRC=MMBD4448;DI_MMBD4448;Diodes;Si; 75.0V 0.250A 4.00ns Diodes Inc. Switching Diode +.MODEL DI_MMBD4448 D ( IS=300n RS=0.422 BV=75.0 IBV=2.50u ++ CJO=1.99p M=0.333 N=2.77 TT=5.76n ) + +*SRC=MMBD4448H;DI_MMBD4448H;Diodes;Si; 80.0V 0.250A 4.00ns Diodes Inc. Switching Diode +.MODEL DI_MMBD4448H D ( IS=300n RS=0.422 BV=80.0 IBV=100n ++ CJO=1.99p M=0.333 N=2.77 TT=5.76n ) + +*SRC=MMBD4448HADW;DI_MMBD4448HADW;Diodes;Si; 80.0V 0.500A 1.50ns +Diodes Inc. Switching - model for one node of four +.MODEL DI_MMBD4448HADW D ( IS=1.12n RS=84.0m BV=80.0 IBV=100n ++ CJO=2.92p M=0.333 N=1.70 TT=2.16n ) + +*SRC=MMBD4448HAQW;DI_MMBD4448HAQW;Diodes;Si; 80.0V 0.500A 1.50ns +Diodes Inc. Switching - model for one node of four +.MODEL DI_MMBD4448HAQW D ( IS=1.12n RS=84.0m BV=80.0 IBV=100n ++ CJO=2.92p M=0.333 N=1.70 TT=2.16n ) + +*SRC=MMBD4448HCQW;DI_MMBD4448HCQW;Diodes;Si; 80.0V 0.500A 1.50ns +Diodes Inc. Switching - model for one node of four +.MODEL DI_MMBD4448HCQW D ( IS=1.12n RS=84.0m BV=80.0 IBV=100n ++ CJO=2.92p M=0.333 N=1.70 TT=2.16n ) + +*SRC=MMBD4448HSDW;DI_MMBD4448HSDW;Diodes;Si; 80.0V 0.500A 1.50ns +Diodes Inc. Switching - model for one node of four +.MODEL DI_MMBD4448HSDW D ( IS=1.12n RS=84.0m BV=80.0 IBV=100n ++ CJO=2.92p M=0.333 N=1.70 TT=2.16n ) + +*SRC=MMBD4448HT;DI_MMBD4448HT;Diodes;Si; 80.0V 0.500A 4.00ns Diodes +Inc. Switching Diode +.MODEL DI_MMBD4448HT D ( IS=787n RS=0.208 BV=80.0 IBV=100n ++ CJO=1.99p M=0.333 N=2.86 TT=5.76n ) + +*SRC=MMBD4448HTA;DI_MMBD4448HTA;Diodes;Si; 80.0V 0.500A 4.00ns Diodes +Inc. Switching Diode, dual, model for one element +.MODEL DI_MMBD4448HTA D ( IS=787n RS=0.208 BV=80.0 IBV=100n ++ CJO=1.99p M=0.333 N=2.86 TT=5.76n ) + +*SRC=MMBD4448HTC;DI_MMBD4448HTC;Diodes;Si; 80.0V 0.500A 4.00ns Diodes +Inc. Switching Diode, dual, model for one element +.MODEL DI_MMBD4448HTC D ( IS=787n RS=0.208 BV=80.0 IBV=100n ++ CJO=1.99p M=0.333 N=2.86 TT=5.76n ) + +*SRC=MMBD4448HTS;DI_MMBD4448HTS;Diodes;Si; 80.0V 0.500A 4.00ns Diodes +Inc. Switching Diode, dual, model for one element +.MODEL DI_MMBD4448HTS D ( IS=787n RS=0.208 BV=80.0 IBV=100n ++ CJO=1.99p M=0.333 N=2.86 TT=5.76n ) + +*SRC=MMBD4448HTW;DI_MMBD4448HTW;Diodes;Si; 80.0V 0.500A 1.50ns +Diodes Inc. Switching - model for one node of three +.MODEL DI_MMBD4448HTW D ( IS=1.12n RS=84.0m BV=80.0 IBV=100n ++ CJO=2.92p M=0.333 N=1.70 TT=2.16n ) + +*SRC=MMBD4448HW;DI_MMBD4448HW;Diodes;Si; 80.0V 0.500A 4.00ns Diodes Inc. Switching Diode +.MODEL DI_MMBD4448HW D ( IS=77.0n RS=84.0m BV=80.0 IBV=100n ++ CJO=1.99p M=0.333 N=2.37 TT=5.76n ) + +*SRC=MMBD4448W;DI_MMBD4448W;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. +Switching Diode +.MODEL DI_MMBD4448W D ( IS=68.6n RS=0.377 BV=75.0 IBV=1.00u ++ CJO=1.72p M=0.333 N=2.34 TT=5.76n ) + +*SRC=MMBD7000;DI_MMBD7000;Diodes;Si; 75.0V 0.300A 4.00us Diodes Inc. +.MODEL DI_MMBD7000 D ( IS=5.08n RS=0.140 BV=75.0 IBV=2.00u ++ CJO=2.00p M=0.333 N=2.03 TT=5.76u ) + +*SRC=MMBD4148;DI_MMBD4148;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. Switching +.MODEL DI_MMBD4148 D ( IS=126n RS=0.140 BV=75.0 IBV=1.00u ++ CJO=2.65p M=0.333 N=2.60 TT=5.76n ) + +*SRC=1N5711;DI_1N5711;Diodes;Si; 70.0V 15.0mA 1.00ns Diodes Inc. - +.MODEL DI_1N5711 D ( IS=315n RS=2.80 BV=70.0 IBV=10.0u ++ CJO=2.00p M=0.333 N=2.03 TT=1.44n ) + +*SRC=1N5711W;DI_1N5711W;Diodes;Si; 70.0V 15.0mA 1.00ns Diodes Inc. - +.MODEL DI_1N5711W D ( IS=315n RS=2.80 BV=70.0 IBV=10.0u ++ CJO=2.00p M=0.333 N=2.03 TT=1.44n ) + +*SRC=1N5711WS;DI_1N5711WS;Diodes;Si; 70.0V 15.0mA 1.00ns Diodes Inc. +.MODEL DI_1N5711WS D ( IS=315n RS=2.80 BV=70.0 IBV=10.0u ++ CJO=2.00p M=0.333 N=2.03 TT=1.44n ) + +*SRC=1N6263W;DI_1N6263W;Diodes;Si; 60.0V 15.0mA 1.00ns Diodes Inc. Schottky +.MODEL DI_1N6263W D ( IS=1.82u RS=2.80 BV=60.0 IBV=200n ++ CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=BAS40;DI_BAS40;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode +.MODEL DI_BAS40 D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n ++ CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40-04;DI_BAS40-04;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS40-04 D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40-04T;DI_BAS40-04T;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS40-04T D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40-05;DI_BAS40-05;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS40-05 D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40-05T;DI_BAS40-05T;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS40-05T D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40-06;DI_BAS40-06;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS40-06 D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40-06T;DI_BAS40-06T;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS40-06T D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40BRW;DI_BAS40BRW;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, Quad, one node of four .MODEL DI_BAS40BRW D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40DW-04;DI_BAS40DW-04;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, Quad, one node of four .MODEL DI_BAS40DW-04 D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40DW-05;DI_BAS40DW-05;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, Quad, one node of four .MODEL DI_BAS40DW-05 D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40DW-06;DI_BAS40DW-06;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, Quad, one node of four .MODEL DI_BAS40DW-06 D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40T;DI_BAS40T;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode .MODEL DI_BAS40T D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40TW;DI_BAS40TW;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, Tripple, one node of three .MODEL DI_BAS40TW D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40W;DI_BAS40W;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode .MODEL DI_BAS40W D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40W-04;DI_BAS40W-04;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS40W-04 D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40W-05;DI_BAS40W-05;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS40W-05 D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS40W-06;DI_BAS40W-06;Diodes;Si; 40.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS40W-06 D ( IS=6.12u RS=0.120 BV=40.0 IBV=200n + CJO=5.00p M=0.333 N=2.61 TT=7.20n ) + +*SRC=BAS70;DI_BAS70;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. - +.MODEL DI_BAS70 D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u ++ CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70-04;DI_BAS70-04;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS70-04 D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70-04T;DI_BAS70-04T;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS70-04T D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70-05;DI_BAS70-05;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS70-05 D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70-05T;DI_BAS70-05T;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS70-05T D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70-06;DI_BAS70-06;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS70-06 D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70-06T;DI_BAS70-06T;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS70-06T D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70BRW;DI_BAS70BRW;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, quad, one node of four .MODEL DI_BAS70BRW D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70DW-04;DI_BAS70DW-04;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, quad, one node of four .MODEL DI_BAS70DW-04 D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70DW-05;DI_BAS70DW-05;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, quad, one node of four .MODEL DI_BAS70DW-05 D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70DW-06;DI_BAS70DW-06;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, quad, one node of four .MODEL DI_BAS70DW-06 D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70JW;DI_BAS70JW;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS70JW D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70T;DI_BAS70T;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode .MODEL DI_BAS70T D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70TW;DI_BAS70TW;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, tripple, one node of three .MODEL DI_BAS70TW D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70W;DI_BAS70W;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode .MODEL DI_BAS70W D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70W-04;DI_BAS70W-04;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS70W-04 D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70W-05;DI_BAS70W-05;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS70W-05 D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAS70W-06;DI_BAS70W-06;Diodes;Si; 70.0V 70.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAS70W-06 D ( IS=99.5p RS=0.600 BV=70.0 IBV=10.0u + CJO=2.00p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAT42;DI_BAT42;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. +Schottky +.MODEL DI_BAT42 D ( IS=2.46u RS=0.210 BV=30.0 IBV=500n ++ CJO=13.3p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAT42W;DI_BAT42W;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc Schottky Diode .MODEL DI_BAT42W D ( IS=87.5u RS=18.1m BV=30.0 IBV=500n + CJO=8.88p M=0.333 N=3.51 TT=7.20n ) + +*SRC=BAT42WS;DI_BAT42WS;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc +Schottky Diode +.MODEL DI_BAT42WS D ( IS=87.5u RS=18.1m BV=30.0 IBV=500n ++ CJO=8.88p M=0.333 N=3.51 TT=7.20n ) + +*SRC=BAT43W;DI_BAT43W;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc Schottky Diode .MODEL DI_BAT43W D ( IS=87.5u RS=18.1m BV=30.0 IBV=500n + CJO=8.88p M=0.333 N=3.51 TT=7.20n ) + +*SRC=BAT43WS;DI_BAT43WS;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc Schottky Diode +.MODEL DI_BAT43WS D ( IS=87.5u RS=18.1m BV=30.0 IBV=500n ++ CJO=8.88p M=0.333 N=3.51 TT=7.20n ) + +*SRC=BAT46;DI_BAT46;Diodes;Si; 100V 0.150A 5.00ns Diodes Inc. Schottky +.MODEL DI_BAT46 D ( IS=603n RS=0.280 BV=100 IBV=5.00u ++ CJO=7.96p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAT46W;DI_BAT46W;Diodes;Si; 100V 0.150A 5.00ns Diodes Inc. Schottky .MODEL DI_BAT46W D ( IS=603n RS=0.280 BV=100 IBV=5.00u + CJO=7.96p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAT54;DI_BAT54;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky +.MODEL DI_BAT54 D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u ++ CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54A;DI_BAT54A;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAT54A D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54ADW;DI_BAT54ADW;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, quad, one node of four .MODEL DI_BAT54ADW D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54AT;DI_BAT54AT;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAT54AT D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54AW;DI_BAT54AW;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAT54AW D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54BRW;DI_BAT54BRW;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, quad, one node of four .MODEL DI_BAT54BRW D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54C;DI_BAT54C;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAT54C D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54CDW;DI_BAT54CDW;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, quad, one node of four .MODEL DI_BAT54CDW D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54CT;DI_BAT54CT;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAT54CT D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54CW;DI_BAT54CW;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAT54CW D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +******************************************************************************************************************************************* +*SRC=BAT54DW;DI_BAT54DW;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky, dual, one of two nodes +.MODEL DI_BAT54DW D ( IS=235n RS=0.210 BV=30.0 IBV=2.00u ++ CJO=13.3p M=0.333 N=1.28 TT=7.20n ) +******************************************************************************************************************************************* + +*SRC=BAT54JW;DI_BAT54JW;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAT54JW D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54S;DI_BAT54S;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAT54S D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54SDW;DI_BAT54SDW;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, quad, one node of four .MODEL DI_BAT54SDW D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54ST;DI_BAT54ST;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAT54ST D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54SW;DI_BAT54SW;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, dual, one node of two .MODEL DI_BAT54SW D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54T;DI_BAT54T;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode .MODEL DI_BAT54T D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54TW;DI_BAT54TW;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode, tripple, one node of three .MODEL DI_BAT54TW D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54W;DI_BAT54W;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode .MODEL DI_BAT54W D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u + CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=BAT54WS;DI_BAT54WS;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. Schottky diode +.MODEL DI_BAT54WS D ( IS=34.9u RS=0.210 BV=30.0 IBV=2.00u ++ CJO=13.3p M=0.333 N=2.28 TT=7.20n ) + +*SRC=LLSD101A;DI_LLSD101A;Diodes;Si; 60.0V 15.0mA 1.00ns Diodes Inc. Schottky .MODEL DI_LLSD101A D ( IS=1.82u RS=2.80 BV=60.0 IBV=200n + CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=LLSD101B;DI_LLSD101B;Diodes;Si; 50.0V 15.0mA 1.00ns Diodes Inc. Schottky .MODEL DI_LLSD101B D ( IS=1.82u RS=2.80 BV=50.0 IBV=200n + CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=LLSD101C;DI_LLSD101C;Diodes;Si; 40.0V 15.0mA 1.00ns Diodes Inc. Schottky .MODEL DI_LLSD101C D ( IS=1.82u RS=2.80 BV=40.0 IBV=200n + CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=LLSD103A;DI_LLSD103A;Diodes;Si; 40.0V 0.350A 10.0ns Diodes Inc. Schottky .MODEL DI_LLSD103A D ( IS=8.65u RS=0.120 BV=40.0 IBV=5.00u + CJO=53.0p M=0.333 N=1.70 TT=14.4n ) + +*SRC=LLSD103B;DI_LLSD103B;Diodes;Si; 30.0V 0.350A 10.0ns Diodes Inc. Schottky .MODEL DI_LLSD103B D ( IS=8.65u RS=0.120 BV=30.0 IBV=5.00u + CJO=53.0p M=0.333 N=1.70 TT=14.4n ) + +*SRC=LLSD103C;DI_LLSD103C;Diodes;Si; 20.0V 0.350A 10.0ns Diodes Inc. Schottky .MODEL DI_LLSD103C D ( IS=8.65u RS=0.120 BV=20.0 IBV=5.00u + CJO=53.0p M=0.333 N=1.70 TT=14.4n ) + +*SRC=SD101A;DI_SD101A;Diodes;Si; 60.0V 15.0mA 1.00ns Diodes Inc. Schottky .MODEL DI_SD101A D ( IS=1.82u RS=2.80 BV=60.0 IBV=200n + CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=SD101AW;DI_SD101AW;Diodes;Si; 60.0V 15.0mA 1.00ns Diodes Inc. Schottky +.MODEL DI_SD101AW D ( IS=1.82u RS=2.80 BV=60.0 IBV=200n ++ CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +******************************************************************************************************************************************* +*SRC=SD101AWS;DI_SD101AWS;Diodes;Si; 60.0V 15.0mA 1.00ns Diodes Inc. Schottky- SD101AWS/BWS/CWS +.MODEL DI_SD101AWS D ( IS=230n RS=2.13 BV=60.0 IBV=200n ++ CJO=2.00p M=0.333 N=1.96 TT=1.44n ) +******************************************************************************************************************************************* + +*SRC=SD101B;DI_SD101B;Diodes;Si; 50.0V 15.0mA 1.00ns Diodes Inc. Schottky .MODEL DI_SD101B D ( IS=1.82u RS=2.80 BV=50.0 IBV=200n + CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=SD101BW;DI_SD101BW;Diodes;Si; 50.0V 15.0mA 1.00ns Diodes Inc. Schottky +.MODEL DI_SD101BW D ( IS=1.82u RS=2.80 BV=50.0 IBV=200n ++ CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=SD101BWS;DI_SD101BWS;Diodes;Si; 50.0V 15.0mA 1.00ns Diodes Inc. Schottky .MODEL DI_SD101BWS D ( IS=1.82u RS=2.80 BV=50.0 IBV=200n + CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=SD101C;DI_SD101C;Diodes;Si; 40.0V 15.0mA 1.00ns Diodes Inc. Schottky .MODEL DI_SD101C D ( IS=1.82u RS=2.80 BV=40.0 IBV=200n + CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=SD101CW;DI_SD101CW;Diodes;Si; 40.0V 15.0mA 1.00ns Diodes Inc. Schottky +.MODEL DI_SD101CW D ( IS=1.82u RS=2.80 BV=40.0 IBV=200n ++ CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=SD101CWS;DI_SD101CWS;Diodes;Si; 40.0V 15.0mA 1.00ns Diodes Inc. Schottky .MODEL DI_SD101CWS D ( IS=1.82u RS=2.80 BV=40.0 IBV=200n + CJO=2.65p M=0.333 N=1.70 TT=1.44n ) + +*SRC=SD103ASDM;DI_SD103ASDM;Diodes;Si; 40.0V 0.350A 10.0ns Diodes Inc. Schottky Barrier Diode, quad, one node of four +.MODEL DI_SD103ASDM D ( IS=646n RS=0.120 BV=40.0 IBV=5.00u ++ CJO=29.2 M=0.333 N=1.28 TT=14.4n ) + +*SRC=SD103ATW;DI_SD103ATW;Diodes;Si; 40.0V 0.350A 10.0ns Diodes Inc. Schottky Barrier Diode, tripple, one node of three +.MODEL DI_SD103ATW D ( IS=646n RS=0.120 BV=40.0 IBV=5.00u ++ CJO=29.2 M=0.333 N=1.28 TT=14.4n ) + +*SRC=SD103AW;DI_SD103AW;Diodes;Si; 40.0V 0.350A 10.0ns Diodes Inc. Schottky +.MODEL DI_SD103AW D ( IS=8.65u RS=0.120 BV=40.0 IBV=5.00u ++ CJO=53.0p M=0.333 N=1.70 TT=14.4n ) + +*SRC=SD103AWS;DI_SD103AWS;Diodes;Si; 40.0V 0.350A 10.0ns Diodes Inc. +Schottky +.MODEL DI_SD103AWS D ( IS=8.65u RS=0.120 BV=40.0 IBV=5.00u ++ CJO=53.0p M=0.333 N=1.70 TT=14.4n ) + + + +*SRC=SD103BWS;DI_SD103BWS;Diodes;Si; 30.0V 0.350A 10.0ns Diodes Inc. Schottky +.MODEL DI_SD103BWS D ( IS=8.65u RS=0.120 BV=30.0 IBV=5.00u ++ CJO=53.0p M=0.333 N=1.70 TT=14.4n ) + +*SRC=SD103CW;DI_SD103CW;Diodes;Si; 20.0V 0.350A 10.0ns Diodes Inc. Schottky +.MODEL DI_SD103CW D ( IS=8.65u RS=0.120 BV=20.0 IBV=5.00u ++ CJO=53.0p M=0.333 N=1.70 TT=14.4n ) + +*SRC=SD103CWS;DI_SD103CWS;Diodes;Si; 20.0V 0.350A 10.0ns Diodes Inc. Schottky +.MODEL DI_SD103CWS D ( IS=8.65u RS=0.120 BV=20.0 IBV=5.00u ++ CJO=53.0p M=0.333 N=1.70 TT=14.4n ) + +*SRC=SDM03MT40;DI_SDM03MT40;Diodes;Si; 40.0V 30.0mA 3.00us Diodes Inc. Schottky Barrier Diode, tripple, one node of three +.MODEL DI_SDM03MT40 D ( IS=12.5u RS=1.41 BV=40.0 IBV=1.00u ++ CJO=2.00p M=0.333 N=2.79 TT=4.32u ) +************************************************************************************************************************************************************** + +*SRC=SDM03U40;DI_SDM03U40;Diodes;Si; 30.0V 30.0mA 1.00ns Diodes Inc. +Schottky +.MODEL DI_SDM03U40 D ( IS=16.5u RS=2.20 BV=30.0 IBV=500n ++ CJO=2.59p M=0.333 N=2.92 TT=1.44n ) + +*SRC=SDM10M45SD;DI_SDM10M45SD;Diodes;Si; 45.0V 0.100A 3.00us Diodes Inc. Schottky Barrier Diode +.MODEL DI_SDM10M45SD D ( IS=553n RS=0.420 BV=45.0 IBV=1.00u ++ CJO=10.6p M=0.333 N=1.36 TT=4.32u ) +********************************************************************************************************************************** + +*SRC=SDM10P45;DI_SDM10P45;Diodes;Si; 45.0V 0.100A 5.00ns Diodes Inc. Schottky +.MODEL DI_SDM10P45 D ( IS=745n RS=0.792 BV=45.0 IBV=1.00u ++ CJO=11.2p M=0.333 N=1.39 TT=7.20n ) + +*SRC=SDM10U45;DI_SDM10U45;Diodes;Si; 40.0V 0.300A 5.00ns Diodes Inc. +Schottky +.MODEL DI_SDM10U45 D ( IS=26.8u RS=0.140 BV=40.0 IBV=1.00u ++ CJO=10.6p M=0.333 N=2.45 TT=7.20n ) + +*SRC=SDM20E40C;DI_SDM20E40C;Diodes;Si; 40.0V 0.400A 5.00ns Diodes Inc. Schottky +.MODEL DI_SDM20E40C D ( IS=3.15u RS=0.165 BV=40.0 IBV=70.0u ++ CJO=39.8p M=0.333 N=1.16 TT=7.20n ) + +*SRC=SDM20U30;DI_SDM20U30;Diodes;Si; 30.0V 0.200A 5.00ns Diodes Inc. +Schottky +.MODEL DI_SDM20U30 D ( IS=59.4n RS=0.210 BV=30.0 IBV=150u ++ CJO=19.9p M=0.333 N=0.700 TT=7.20n ) + +*SRC=SDM20U40;DI_SDM20U40;Diodes;Si; 40.0V 0.250A 10.0ns Diodes Inc. +Schottky +.MODEL DI_SDM20U40 D ( IS=4.32u RS=0.168 BV=40.0 IBV=5.00u ++ CJO=39.8p M=0.333 N=1.70 TT=14.4n ) + +*SRC=SDM40E20LS;DI_SDM40E20LS;Diodes;Si; 20.0V 0.400A 5.00ns Diodes Inc. Schottky +.MODEL DI_SDM40E20LS D ( IS=54.8u RS=0.132 BV=20.0 IBV=250u ++ CJO=199p M=0.333 N=1.34 TT=7.20n ) + +*SRC=SDMG0340L;DI_SDMG0340L;Diodes;Si; 40.0V 30.0mA 1.00ns Diodes Inc. +.MODEL DI_SBMG0340L D ( IS=13.9u RS=2.57 BV=40.0 IBV=10.0u ++ CJO=2.65p M=0.333 N=2.82 TT=1.44n ) + +*SRC=SDMG0340LA;DI_SDMG0340LA;Diodes;Si; 40.0V 30.0mA 1.00ns Diodes Inc. Schottky diode, dual, one node of two +.MODEL DI_SBMG0340LA D ( IS=13.9u RS=2.57 BV=40.0 IBV=10.0u ++ CJO=2.65p M=0.333 N=2.82 TT=1.44n ) + +*SRC=SDMG0340LC;DI_SDMG0340LC;Diodes;Si; 40.0V 30.0mA 1.00ns Diodes Inc. Schottky diode, dual, one node of two +.MODEL DI_SBMG0340LC D ( IS=13.9u RS=2.57 BV=40.0 IBV=10.0u ++ CJO=2.65p M=0.333 N=2.82 TT=1.44n ) + +*SRC=SDMG0340LS;DI_SDMG0340LS;Diodes;Si; 40.0V 30.0mA 1.00ns Diodes Inc. Schottky diode, dual, one node of two +.MODEL DI_SBMG0340LS D ( IS=13.9u RS=2.57 BV=40.0 IBV=10.0u ++ CJO=2.65p M=0.333 N=2.82 TT=1.44n ) + +*SRC=SDMK0340L;DI_SDMK0340L;Diodes;Si; 40.0V 30.0mA 3.00us Diodes Inc. Schottky Barrier Diode +.MODEL DI_SDMK0340L D ( IS=11.2u RS=3.64 BV=40.0 IBV=500n ++ CJO=2.65p M=0.333 N=2.69 TT=4.32u ) +****************************************************************************************************************************** + +*SRC=SDMP0340LAT;DI_SDMP0340LAT;Diodes;Si; 40.0V 30.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two +.MODEL DI_SDMP0340LAT D ( IS=16.5u RS=2.20 BV=40.0 IBV=1.00u ++ CJO=2.65p M=0.333 N=2.92 TT=7.20n ) +************************************************************************************************************************************************** + +*SRC=SDMP0340LCT;DI_SDMP0340LCT;Diodes;Si; 40.0V 30.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two +.MODEL DI_SDMP0340LCT D ( IS=16.5u RS=2.20 BV=40.0 IBV=1.00u ++ CJO=2.65p M=0.333 N=2.92 TT=7.20n ) +************************************************************************************************************************************************** + +*SRC=SDMP0340LST;DI_SDMP0340LST;Diodes;Si; 40.0V 30.0mA 5.00ns Diodes Inc. Schottky diode, dual, one node of two +.MODEL DI_SDMP0340LST D ( IS=16.5u RS=2.20 BV=40.0 IBV=1.00u ++ CJO=2.65p M=0.333 N=2.92 TT=7.20n ) +************************************************************************************************************************************************** + +*SRC=SDMP0340LT;DI_SDMP0340LT;Diodes;Si; 40.0V 30.0mA 5.00ns Diodes Inc. Schottky +.MODEL DI_SDMP0340LT D ( IS=16.5u RS=2.20 BV=40.0 IBV=1.00u ++ CJO=2.65p M=0.333 N=2.92 TT=7.20n ) + +*SRC=2W005G;DI_2W005G;Diodes;Si; 50.0V 2.00A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_2W005G D ( IS=28.4n RS=21.1m BV=50.0 IBV=5.00u + CJO=29.6p M=0.333 N=1.95 TT=4.32u ) + +*SRC=2W01G;DI_2W01G;Diodes;Si; 100V 2.00A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_2W01G D ( IS=28.4n RS=21.1m BV=100 IBV=5.00u + CJO=29.6p M=0.333 N=1.95 TT=4.32u ) + +*SRC=2W02G;DI_2W02G;Diodes;Si; 200V 2.00A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_2W02G D ( IS=28.4n RS=21.1m BV=200 IBV=5.00u + CJO=29.6p M=0.333 N=1.95 TT=4.32u ) + +*SRC=2W04G;DI_2W04G;Diodes;Si; 400V 2.00A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_2W04G D ( IS=28.4n RS=21.1m BV=400 IBV=5.00u + CJO=29.6p M=0.333 N=1.95 TT=4.32u ) + +*SRC=2W06G;DI_2W06G;Diodes;Si; 600V 2.00A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_2W06G D ( IS=28.4n RS=21.1m BV=600 IBV=5.00u + CJO=29.6p M=0.333 N=1.95 TT=4.32u ) + +*SRC=2W08G;DI_2W08G;Diodes;Si; 800V 2.00A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_2W08G D ( IS=28.4n RS=21.1m BV=800 IBV=5.00u + CJO=29.6p M=0.333 N=1.95 TT=4.32u ) + +*SRC=2W10G;DI_2W10G;Diodes;Si; 1.00kV 2.00A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_2W10G D ( IS=28.4n RS=21.1m BV=1.00k IBV=5.00u + CJO=29.6p M=0.333 N=1.95 TT=4.32u ) + +*SRC=DF005M;DI_DF005M;Diodes;Si; 50.0V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF005M D ( IS=4.42n RS=42.0m BV=50.0 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF005S;DI_DF005S;Diodes;Si; 50.0V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF005S D ( IS=4.42n RS=42.0m BV=50.0 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF01M;DI_DF01M;Diodes;Si; 100V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF01M D ( IS=4.42n RS=42.0m BV=100 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF01S;DI_DF01S;Diodes;Si; 100V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF01S D ( IS=4.42n RS=42.0m BV=100 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF02M;DI_DF02M;Diodes;Si; 200V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF02M D ( IS=4.42n RS=42.0m BV=200 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF02S;DI_DF02S;Diodes;Si; 200V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF02S D ( IS=4.42n RS=42.0m BV=200 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF04M;DI_DF04M;Diodes;Si; 400V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF04M D ( IS=4.42n RS=42.0m BV=400 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF04S;DI_DF04S;Diodes;Si; 400V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF04S D ( IS=4.42n RS=42.0m BV=400 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF06M;DI_DF06M;Diodes;Si; 600V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF06M D ( IS=4.42n RS=42.0m BV=600 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF06S;DI_DF06S;Diodes;Si; 600V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF06S D ( IS=4.42n RS=42.0m BV=600 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF08M;DI_DF08M;Diodes;Si; 800V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF08M D ( IS=4.42n RS=42.0m BV=800 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF08S;DI_DF08S;Diodes;Si; 800V 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF08S D ( IS=4.42n RS=42.0m BV=800 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF10M;DI_DF10M;Diodes;Si; 1.00kV 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF10M D ( IS=4.42n RS=42.0m BV=1.00k IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF10S;DI_DF10S;Diodes;Si; 1.00kV 1.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF10S D ( IS=4.42n RS=42.0m BV=1.00k IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF15005M;DI_DF15005M;Diodes;Si; 50.0V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_DF15005M D ( IS=2.06n RS=28.1m BV=50.0 IBV=10.0u + CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF15005S;DI_DF15005S;Diodes;Si; 50.0V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF15005S D ( IS=2.06n RS=28.1m BV=50.0 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1501M;DI_DF1501M;Diodes;Si; 100V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_DF1501M D ( IS=2.06n RS=28.1m BV=100 IBV=10.0u + CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1501S;DI_DF1501S;Diodes;Si; 100V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF1501S D ( IS=2.06n RS=28.1m BV=100 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1502M;DI_DF1502M;Diodes;Si; 200V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_DF1502M D ( IS=2.06n RS=28.1m BV=200 IBV=10.0u + CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1502S;DI_DF1502S;Diodes;Si; 200V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF1502S D ( IS=2.06n RS=28.1m BV=200 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1504M;DI_DF1504M;Diodes;Si; 400V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_DF1504M D ( IS=2.06n RS=28.1m BV=400 IBV=10.0u + CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1504S;DI_DF1504S;Diodes;Si; 400V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF1504S D ( IS=2.06n RS=28.1m BV=400 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1506M;DI_DF1506M;Diodes;Si; 600V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_DF1506M D ( IS=2.06n RS=28.1m BV=600 IBV=10.0u + CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1506S;DI_DF1506S;Diodes;Si; 600V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF1506S D ( IS=2.06n RS=28.1m BV=600 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1508M;DI_DF1508M;Diodes;Si; 800V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_DF1508M D ( IS=2.06n RS=28.1m BV=800 IBV=10.0u + CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1508S;DI_DF1508S;Diodes;Si; 800V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF1508S D ( IS=2.06n RS=28.1m BV=800 IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1510M;DI_DF1510M;Diodes;Si; 1.00kV 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_DF1510M D ( IS=2.06n RS=28.1m BV=1.00k IBV=10.0u + CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=DF1510S;DI_DF1510S;Diodes;Si; 1.00kV 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_DF1510S D ( IS=2.06n RS=28.1m BV=1.00k IBV=10.0u ++ CJO=65.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=GBJ15005;DI_GBJ15005;Diodes;Si; 50.0V 15.0A 3.00us Diodes Inc. +Bridge Rectifier -- for one element +.MODEL DI_GBJ15005 D ( IS=5.11u RS=3.43m BV=50.0 IBV=10.0u ++ CJO=106p M=0.333 N=2.44 TT=4.32u ) + +*SRC=GBJ1501;DI_GBJ1501;Diodes;Si; 100V 15.0A 3.00us Diodes Inc. +Bridge Rectifier -- for one element +.MODEL DI_GBJ1501 D ( IS=5.11u RS=3.43m BV=100 IBV=10.0u ++ CJO=106p M=0.333 N=2.44 TT=4.32u ) + +*SRC=GBJ1502;DI_GBJ1502;Diodes;Si; 200V 15.0A 3.00us Diodes Inc. +Bridge Rectifier -- for one element +.MODEL DI_GBJ1502 D ( IS=5.11u RS=3.43m BV=200 IBV=10.0u ++ CJO=106p M=0.333 N=2.44 TT=4.32u ) + +*SRC=GBJ1504;DI_GBJ1504;Diodes;Si; 400V 15.0A 3.00us Diodes Inc. +Bridge Rectifier -- for one element +.MODEL DI_GBJ1504 D ( IS=5.11u RS=3.43m BV=400 IBV=10.0u ++ CJO=106p M=0.333 N=2.44 TT=4.32u ) + +*SRC=GBJ1506;DI_GBJ1506;Diodes;Si; 600V 15.0A 3.00us Diodes Inc. +Bridge Rectifier -- for one element +.MODEL DI_GBJ1506 D ( IS=5.11u RS=3.43m BV=600 IBV=10.0u ++ CJO=106p M=0.333 N=2.44 TT=4.32u ) + +*SRC=GBJ1508;DI_GBJ1508;Diodes;Si; 800V 15.0A 3.00us Diodes Inc. +Bridge Rectifier -- for one element +.MODEL DI_GBJ1508 D ( IS=5.11u RS=3.43m BV=800 IBV=10.0u ++ CJO=106p M=0.333 N=2.44 TT=4.32u ) + +*SRC=GBJ1510;DI_GBJ1510;Diodes;Si; 1.00kV 15.0A 3.00us Diodes Inc. +Bridge Rectifier -- for one element +.MODEL DI_GBJ1510 D ( IS=5.11u RS=3.43m BV=1.00k IBV=10.0u ++ CJO=106p M=0.333 N=2.44 TT=4.32u ) + +*SRC=GBJ20005;DI_GBJ20005;Diodes;Si; 50.0V 20.0A 3.00us Diodes Inc. +Bridge Rect. This model covers only one element. There are four elements per pkg. .MODEL DI_GBJ20005 D ( IS=15.1u RS=2.96m BV=50.0 IBV=10.0u ++ CJO=111p M=0.333 N=2.84 TT=4.32u ) + +*SRC=GBJ2001;DI_GBJ2001;Diodes;Si; 100V 20.0A 3.00us Diodes Inc. +Bridge Rect. This model covers only one element. There are four elements per pkg. .MODEL DI_GBJ2001 D ( IS=15.1u RS=2.96m BV=100 IBV=10.0u ++ CJO=111p M=0.333 N=2.84 TT=4.32u ) + +*SRC=GBJ2002;DI_GBJ2002;Diodes;Si; 200V 20.0A 3.00us Diodes Inc. +Bridge Rect. This model covers only one element. There are four elements per pkg. .MODEL DI_GBJ2002 D ( IS=15.1u RS=2.96m BV=200 IBV=10.0u ++ CJO=111p M=0.333 N=2.84 TT=4.32u ) + +*SRC=GBJ2004;DI_GBJ2004;Diodes;Si; 400V 20.0A 3.00us Diodes Inc. +Bridge Rect. This model covers only one element. There are four elements per pkg. .MODEL DI_GBJ2004 D ( IS=15.1u RS=2.96m BV=400 IBV=10.0u ++ CJO=111p M=0.333 N=2.84 TT=4.32u ) + +*SRC=GBJ2006;DI_GBJ2006;Diodes;Si; 600V 20.0A 3.00us Diodes Inc. +Bridge Rect. This model covers only one element. There are four elements per pkg. .MODEL DI_GBJ2006 D ( IS=15.1u RS=2.96m BV=600 IBV=10.0u ++ CJO=111p M=0.333 N=2.84 TT=4.32u ) + +*SRC=GBJ2008;DI_GBJ2008;Diodes;Si; 800V 20.0A 3.00us Diodes Inc. +Bridge Rect. This model covers only one element. There are four elements per pkg. .MODEL DI_GBJ2008 D ( IS=15.1u RS=2.96m BV=800 IBV=10.0u ++ CJO=111p M=0.333 N=2.84 TT=4.32u ) + +*SRC=GBJ2010;DI_GBJ2010;Diodes;Si; 1.00kV 20.0A 3.00us Diodes Inc. +Bridge Rect. This model covers only one element. There are four elements per pkg. .MODEL DI_GBJ2010 D ( IS=15.1u RS=2.96m BV=1.00k IBV=10.0u ++ CJO=111p M=0.333 N=2.84 TT=4.32u ) + +*SRC=GBJ2510;DI_GBJ2510;Diodes;Si; 1.00kV 25.0A 3.00us Diodes Inc. Bridge Rectifier--Per Element +.MODEL DI_GBJ2510 D ( IS=379n RS=2.84m BV=1.00k IBV=10.0u ++ CJO=146p M=0.333 N=2.07 TT=4.32u ) + +*SRC=GBPC3506;DI_GBPC3506;Diodes;Si; 600V 35.0A 3.00us Diodes Inc Rectifier +.MODEL DI_GBPC3506 D ( IS=162u RS=3.32m BV=600 IBV=5.00u ++ CJO=477p M=0.333 N=3.01 TT=4.32u ) + +*SRC=GBU1002;DI_GBU1002;Diodes;Si; 200V 10.0A 3.00us Diodes Inc. +Bridge Rectifier -- Per Element +.MODEL DI_GBU1002 D ( IS=1.71f RS=7.00m BV=200 IBV=5.00u ++ CJO=133p M=0.333 N=0.900 TT=4.32u ) + +*SRC=HD01;DI_HD01;Diodes;Si; 100V 0.800A 3.00us Diodes Inc. Bridge +Rectifier -- for one element +.MODEL DI_HD01 D ( IS=3.47n RS=42.6m BV=100 IBV=5.00u ++ CJO=25.2p M=0.333 N=1.70 TT=4.32u ) + +*SRC=HD02;DI_HD02;Diodes;Si; 200V 0.800A 3.00us Diodes Inc. Bridge +Rectifier -- for one element +.MODEL DI_HD02 D ( IS=3.47n RS=42.6m BV=200 IBV=5.00u ++ CJO=25.2p M=0.333 N=1.70 TT=4.32u ) + +*SRC=HD04;DI_HD04;Diodes;Si; 400V 0.800A 3.00us Diodes Inc. Bridge +Rectifier -- for one element +.MODEL DI_HD04 D ( IS=3.47n RS=42.6m BV=400 IBV=5.00u ++ CJO=25.2p M=0.333 N=1.70 TT=4.32u ) + +*SRC=HD06;DI_HD06;Diodes;Si; 600V 0.800A 3.00us Diodes Inc. Bridge +Rectifier -- for one element +.MODEL DI_HD06 D ( IS=3.47n RS=42.6m BV=600 IBV=5.00u ++ CJO=25.2p M=0.333 N=1.70 TT=4.32u ) + +*SRC=KBP005G;DI_KBP005G;Diodes;Si; 50.0V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_KBP005G D ( IS=39.2u RS=28.1m BV=50.0 IBV=5.00u + CJO=26.5p M=0.333 N=4.38 TT=4.32u ) + +*SRC=KBP01G;DI_KBP01G;Diodes;Si; 100V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_KBP01G D ( IS=39.2u RS=28.1m BV=100 IBV=5.00u + CJO=26.5p M=0.333 N=4.38 TT=4.32u ) + +*SRC=KBP02G;DI_KBP02G;Diodes;Si; 200V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_KBP02G D ( IS=39.2u RS=28.1m BV=200 IBV=5.00u + CJO=26.5p M=0.333 N=4.38 TT=4.32u ) + +*SRC=KBP04G;DI_KBP04G;Diodes;Si; 400V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_KBP04G D ( IS=39.2u RS=28.1m BV=400 IBV=5.00u + CJO=26.5p M=0.333 N=4.38 TT=4.32u ) + +*SRC=KBP06G;DI_KBP06G;Diodes;Si; 600V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_KBP06G D ( IS=39.2u RS=28.1m BV=600 IBV=5.00u + CJO=26.5p M=0.333 N=4.38 TT=4.32u ) + +*SRC=KBP08G;DI_KBP08G;Diodes;Si; 800V 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_KBP08G D ( IS=39.2u RS=28.1m BV=800 IBV=5.00u + CJO=26.5p M=0.333 N=4.38 TT=4.32u ) + +*SRC=KBP10G;DI_KBP10G;Diodes;Si; 1.00kV 1.50A 3.00us Diodes Inc. Bridge -- for one element .MODEL DI_KBP10G D ( IS=39.2u RS=28.1m BV=1.00k IBV=5.00u + CJO=26.5p M=0.333 N=4.38 TT=4.32u ) + +*SRC=KBP2005G;DI_KBP2005G;Diodes;Si; 50.0V 2.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_KBP2005G D ( IS=143n RS=21.1m BV=50.0 IBV=5.00u ++ CJO=46.2p M=0.333 N=2.12 TT=4.32u ) + +*SRC=KBP201G;DI_KBP201G;Diodes;Si; 100V 2.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_KBP201G D ( IS=143n RS=21.1m BV=100 IBV=5.00u ++ CJO=46.2p M=0.333 N=2.12 TT=4.32u ) + +*SRC=KBP202G;DI_KBP202G;Diodes;Si; 200V 2.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_KBP202G D ( IS=143n RS=21.1m BV=200 IBV=5.00u ++ CJO=46.2p M=0.333 N=2.12 TT=4.32u ) + +*SRC=KBP204G;DI_KBP204G;Diodes;Si; 400V 2.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_KBP204G D ( IS=143n RS=21.1m BV=400 IBV=5.00u ++ CJO=46.2p M=0.333 N=2.12 TT=4.32u ) + +*SRC=KBP206G;DI_KBP206G;Diodes;Si; 600V 2.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_KBP206G D ( IS=143n RS=21.1m BV=600 IBV=5.00u ++ CJO=46.2p M=0.333 N=2.12 TT=4.32u ) + +*SRC=KBP208G;DI_KBP208G;Diodes;Si; 800V 2.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_KBP208G D ( IS=143n RS=21.1m BV=800 IBV=5.00u ++ CJO=46.2p M=0.333 N=2.12 TT=4.32u ) + +*SRC=KBP210G;DI_KBP210G;Diodes;Si; 1.00kV 2.00A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_KBP210G D ( IS=143n RS=21.1m BV=1.00k IBV=5.00u ++ CJO=46.2p M=0.333 N=2.12 TT=4.32u ) + +*SRC=PBPC301;DI_PBPC301;Diodes;Si; 50.0V 3.00A 3.00us Diodes Inc. Bridge Rectifier, per element .MODEL DI_PBPC301 D ( IS=492n RS=14.1m BV=50.0 IBV=10.0u + CJO=102p M=0.333 N=2.45 TT=4.32u ) ) + +*SRC=PBPC302;DI_PBPC302;Diodes;Si; 100V 3.00A 3.00us Diodes Inc. Bridge Rectifier, per element .MODEL DI_PBPC302 D ( IS=492n RS=14.1m BV=100 IBV=10.0u + CJO=102p M=0.333 N=2.45 TT=4.32u ) ) + +*SRC=PBPC303;DI_PBPC303;Diodes;Si; 200V 3.00A 3.00us Diodes Inc. Bridge Rectifier, per element .MODEL DI_PBPC303 D ( IS=492n RS=14.1m BV=200 IBV=10.0u + CJO=102p M=0.333 N=2.45 TT=4.32u ) ) + +*SRC=PBPC304;DI_PBPC304;Diodes;Si; 400V 3.00A 3.00us Diodes Inc. Bridge Rectifier, per element .MODEL DI_PBPC304 D ( IS=492n RS=14.1m BV=400 IBV=10.0u + CJO=102p M=0.333 N=2.45 TT=4.32u ) ) + +*SRC=PBPC305;DI_PBPC305;Diodes;Si; 600V 3.00A 3.00us Diodes Inc. Bridge Rectifier, per element .MODEL DI_PBPC305 D ( IS=492n RS=14.1m BV=600 IBV=10.0u + CJO=102p M=0.333 N=2.45 TT=4.32u ) ) + +*SRC=PBPC306;DI_PBPC306;Diodes;Si; 800V 3.00A 3.00us Diodes Inc. Bridge Rectifier, per element .MODEL DI_PBPC306 D ( IS=492n RS=14.1m BV=800 IBV=10.0u + CJO=102p M=0.333 N=2.45 TT=4.32u ) ) + +*SRC=PBPC307;DI_PBPC307;Diodes;Si; 1.00kV 3.00A 3.00us Diodes Inc. Bridge Rectifier, per element .MODEL DI_PBPC307 D ( IS=492n RS=14.1m BV=1.00k IBV=10.0u + CJO=102p M=0.333 N=2.45 TT=4.32u ) ) + +*SRC=RH02;DI_RH02;Diodes;Si; 200V 0.500A 150ns Diodes Inc. Fast Recovery Bridge Rectifier, per node +.MODEL DI_RH02 D ( IS=2.25n RS=0.100 BV=200 IBV=5.00u ++ CJO=24.0p M=0.333 N=1.70 TT=216n ) + +*SRC=RH04;DI_RH04;Diodes;Si; 400V 0.500A 150ns Diodes Inc. Fast Recovery Bridge Rectifier, per node +.MODEL DI_RH04 D ( IS=2.25n RS=0.100 BV=400 IBV=5.00u ++ CJO=24.0p M=0.333 N=1.70 TT=216n ) + +*SRC=RH06;DI_RH06;Diodes;Si; 600V 0.500A 250ns Diodes Inc. Fast Recovery Bridge Rectifier, per node +.MODEL DI_RH06 D ( IS=2.25n RS=0.100 BV=600 IBV=5.00u ++ CJO=24.0p M=0.333 N=1.70 TT=360n ) + +*SRC=W005G;DI_W005G;Diodes;Si; 50.0V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_W005G D ( IS=8.63u RS=28.0m BV=50.0 IBV=5.00u ++ CJO=22.5p M=0.333 N=3.21 TT=4.32u ) + +*SRC=W01G;DI_W01G;Diodes;Si; 100V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_W01G D ( IS=8.63u RS=28.0m BV=100 IBV=5.00u ++ CJO=22.5p M=0.333 N=3.21 TT=4.32u ) + +*SRC=W02G;DI_W02G;Diodes;Si; 200V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_W02G D ( IS=8.63u RS=28.0m BV=200 IBV=5.00u ++ CJO=22.5p M=0.333 N=3.21 TT=4.32u ) + +*SRC=W04G;DI_W04G;Diodes;Si; 400V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_W04G D ( IS=8.63u RS=28.0m BV=400 IBV=5.00u ++ CJO=22.5p M=0.333 N=3.21 TT=4.32u ) + +*SRC=W06G;DI_W06G;Diodes;Si; 600V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_W06G D ( IS=8.63u RS=28.0m BV=600 IBV=5.00u ++ CJO=22.5p M=0.333 N=3.21 TT=4.32u ) + +*SRC=W08G;DI_W08G;Diodes;Si; 800V 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_W08G D ( IS=8.63u RS=28.0m BV=800 IBV=5.00u ++ CJO=22.5p M=0.333 N=3.21 TT=4.32u ) + +*SRC=W10G;DI_W10G;Diodes;Si; 1.00kV 1.50A 3.00us Diodes Inc. Bridge -- for one element +.MODEL DI_W10G D ( IS=8.63u RS=28.0m BV=1.00k IBV=5.00u ++ CJO=22.5p M=0.333 N=3.21 TT=4.32u ) + +*SRC=1N5817M;DI_1N5817M;Diodes;Si; 20.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_1N5817M D ( IS=363u RS=25.0m BV=20.0 IBV=1.00m ++ CJO=239p M=0.333 N=1.70 TT=7.20n ) + +*SRC=1N5818M;DI_1N5818M;Diodes;Si; 30.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_1N5818M D ( IS=388u RS=55.3m BV=30.0 IBV=1.00m ++ CJO=239p M=0.333 N=1.70 TT=7.20n ) + +*SRC=1N5819HW;DI_1N5819HW;Diodes;Si; 40.0V 1.00A 5.00ns Diodes Inc. +Schottky +.MODEL DI_1N5819HW D ( IS=191u RS=42.0m BV=40.0 IBV=1.00m ++ CJO=239p M=0.333 N=1.70 TT=7.20n ) + +*SRC=1N5819M;DI_1N5819M;Diodes;Si; 40.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_1N5819M D ( IS=41.5u RS=70.4m BV=40.0 IBV=1.00m ++ CJO=239p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B0520LW;DI_B0520LW;Diodes;Si; 20.0V 0.500A 5.00ns Diodes Inc. Schottky +.MODEL DI_B0520LW D ( IS=195u RS=49.4m BV=20.0 IBV=250u ++ CJO=199p M=0.333 N=1.72 TT=7.20n ) + +*SRC=B0520WS;DI_B0520WS;Diodes;Si; 20.0V 0.500A 5.00ns Diodes Inc. Schottky rectifier +.MODEL DI_B0520WS D ( IS=1.96u RS=0.131 BV=20.0 IBV=250u ++ CJO=170p M=0.333 N=0.907 TT=7.20u ) + +*SRC=B0530W;DI_B0530W;Diodes;Si; 30.0V 0.500A 5.00ns Diodes Inc. Schottky +.MODEL DI_B0530W D ( IS=47.4u RS=26.8m BV=30.0 IBV=130u ++ CJO=225p M=0.333 N=1.66 TT=7.20n ) + +*SRC=B0530WS;DI_B0530WS;Diodes;Si; 30.0V 0.500A 10.0ns Diodes Inc. Schottky +.MODEL DI_B0530WS D ( IS=897u RS=72.9m BV=30.0 IBV=500u ++ CJO=79.6p M=0.333 N=2.85 TT=14.4n ) + +*SRC=B0540W;DI_B0540W;Diodes;Si; 40.0V 0.500A 10.0ns Diodes Inc. Schottky +.MODEL DI_B0540W D ( IS=55.9p RS=0.125 BV=40.0 IBV=20.0u ++ CJO=225p M=0.333 N=0.700 TT=14.4n ) + +*SRC=B1100;DI_B1100;Diodes;Si; 100V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B1100 D ( IS=89.3u RS=42.2m BV=100 IBV=500n ++ CJO=66.3p M=0.333 N=2.45 TT=7.20n ) + +*SRC=B1100B;DI_B1100B;Diodes;Si; 100V 1.00A 5.00ns Diodes Inc. +Schottky +.MODEL DI_B1100B D ( IS=89.3u RS=42.2m BV=100 IBV=500n ++ CJO=66.3p M=0.333 N=2.45 TT=7.20n ) + +*SRC=B1100LB;DI_B1100LB;Diodes;Si; 100V 1.00A 10.0ns Diodes Inc. +Schottky +.MODEL DI_B1100LB D ( IS=20.0n RS=24.7m BV=100 IBV=500n ++ CJO=225p M=0.333 N=1.22 TT=14.4n ) + +*SRC=B120;DI_B120;Diodes;Si; 20.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B120 D ( IS=39.6u RS=50.2m BV=20.0 IBV=500u ++ CJO=265p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B120B;DI_B120B;Diodes;Si; 20.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B120B D ( IS=39.6u RS=50.2m BV=20.0 IBV=500u ++ CJO=265p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B130;DI_B130;Diodes;Si; 30.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B130 D ( IS=39.6u RS=50.2m BV=30.0 IBV=500u ++ CJO=265p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B130B;DI_B130B;Diodes;Si; 30.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B130B D ( IS=39.6u RS=50.2m BV=30.0 IBV=500u ++ CJO=265p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B130L;DI_B130L;Diodes;Si; 30.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B130L D ( IS=188u RS=18.5m BV=30.0 IBV=1.00m ++ CJO=331p M=0.333 N=1.65 TT=7.20n ) + +*SRC=B130LAW;DI_B130LAW;Diodes;Si; 30.0V 1.00A 5.00ns Diodes Inc. +Schottky +.MODEL DI_B130LAW D ( IS=407u RS=75.5m BV=30.0 IBV=1.00m ++ CJO=119p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B130LB;DI_B130LB;Diodes;Si; 30.0V 1.00A 10.0ns Diodes Inc. +Schottky +.MODEL DI_B130LB D ( IS=458u RS=28.0m BV=30.0 IBV=1.00m ++ CJO=159p M=0.333 N=1.70 TT=14.4n ) + +*SRC=B140;DI_B140;Diodes;Si; 40.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B140 D ( IS=39.6u RS=50.2m BV=40.0 IBV=500u ++ CJO=265p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B140B;DI_B140B;Diodes;Si; 40.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B140B D ( IS=39.6u RS=50.2m BV=40.0 IBV=500u ++ CJO=265p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B140HB;DI_B140HB;Diodes;Si; 40.0V 1.00A 10.0ns Diodes Inc. +Schottky +.MODEL DI_B140HB D ( IS=31.0u RS=42.1m BV=40.0 IBV=1.00m ++ CJO=159p M=0.333 N=1.70 TT=14.4n ) + +*SRC=B150;DI_B150;Diodes;Si; 50.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B150 D ( IS=15.7u RS=42.0m BV=50.0 IBV=500u ++ CJO=133p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B150B;DI_B150B;Diodes;Si; 50.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B150B D ( IS=15.7u RS=42.0m BV=50.0 IBV=500u ++ CJO=133p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B160;DI_B160;Diodes;Si; 60.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B160 D ( IS=15.7u RS=42.0m BV=60.0 IBV=500u ++ CJO=133p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B160B;DI_B160B;Diodes;Si; 60.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B160B D ( IS=15.7u RS=42.0m BV=60.0 IBV=500u ++ CJO=133p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B170;DI_B170;Diodes;Si; 70.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B170 D ( IS=89.3u RS=42.2m BV=70.0 IBV=500n ++ CJO=66.3p M=0.333 N=2.45 TT=7.20n ) + +*SRC=B170B;DI_B170B;Diodes;Si; 70.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B170B D ( IS=89.3u RS=42.2m BV=70.0 IBV=500n ++ CJO=66.3p M=0.333 N=2.45 TT=7.20n ) + +*SRC=B180;DI_B180;Diodes;Si; 80.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B180 D ( IS=89.3u RS=42.2m BV=80.0 IBV=500n ++ CJO=66.3p M=0.333 N=2.45 TT=7.20n ) + +*SRC=B180B;DI_B180B;Diodes;Si; 80.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B180B D ( IS=89.3u RS=42.2m BV=80.0 IBV=500n ++ CJO=66.3p M=0.333 N=2.45 TT=7.20n ) + +*SRC=B190;DI_B190;Diodes;Si; 90.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B190 D ( IS=89.3u RS=42.2m BV=90.0 IBV=500n ++ CJO=66.3p M=0.333 N=2.45 TT=7.20n ) + +*SRC=B190B;DI_B190B;Diodes;Si; 90.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B190B D ( IS=89.3u RS=42.2m BV=90.0 IBV=500n ++ CJO=66.3p M=0.333 N=2.45 TT=7.20n ) + +*SRC=B2100;DI_B2100;Diodes;Si; 100.0V 2.00A 10.0ns Diodes Inc Schottky +.MODEL DI_B2100 D ( IS=746u RS=21.0m BV=100.0 IBV=500u ++ CJO=179p M=0.333 N=2.87 TT=14.4n ) + +*SRC=B220;DI_B220;Diodes;Si; 20.0V 2.00A 1.00ns Diodes Inc. +.MODEL DI_B220 D ( IS=7.98u RS=13.4m BV=20.0 IBV=500u ++ CJO=370p M=0.333 N=1.13 TT=1.44n ) + +*SRC=B220A;DI_B220A;Diodes;Si; 20.0V 2.00A 1.00ns Diodes Inc. +.MODEL DI_B220A D ( IS=7.98u RS=13.4m BV=20.0 IBV=500u ++ CJO=370p M=0.333 N=1.13 TT=1.44n ) + +*SRC=B230;DI_B230;Diodes;Si; 30.0V 2.00A 1.00ns Diodes Inc. +.MODEL DI_B230 D ( IS=7.98u RS=13.4m BV=30.0 IBV=500u ++ CJO=370p M=0.333 N=1.13 TT=1.44n ) + +*SRC=B230A;DI_B230A;Diodes;Si; 30.0V 2.00A 1.00ns Diodes Inc. +.MODEL DI_B230A D ( IS=7.98u RS=13.4m BV=30.0 IBV=500u ++ CJO=370p M=0.333 N=1.13 TT=1.44n ) + +*SRC=B240;DI_B240;Diodes;Si; 40.0V 2.00A 1.00ns Diodes Inc. +.MODEL DI_B240 D ( IS=7.98u RS=13.4m BV=40.0 IBV=500u ++ CJO=370p M=0.333 N=1.13 TT=1.44n ) + +*SRC=B240A;DI_B240A;Diodes;Si; 40.0V 2.00A 1.00ns Diodes Inc. +.MODEL DI_B240A D ( IS=7.98u RS=13.4m BV=40.0 IBV=500u ++ CJO=370p M=0.333 N=1.13 TT=1.44n ) + +*SRC=B250;DI_B250;Diodes;Si; 50.0V 2.00A 1.00ns Diodes Inc. +.MODEL DI_B250 D ( IS=6.08u RS=14.9m BV=50.0 IBV=500u ++ CJO=370p M=0.333 N=1.55 TT=1.44n ) + +*SRC=B250A;DI_B250A;Diodes;Si; 50.0V 2.00A 1.00ns Diodes Inc. +.MODEL DI_B250A D ( IS=6.08u RS=14.9m BV=50.0 IBV=500u ++ CJO=370p M=0.333 N=1.55 TT=1.44n ) + +*SRC=B260;DI_B260;Diodes;Si; 60.0V 2.00A 1.00ns Diodes Inc. +.MODEL DI_B260 D ( IS=6.08u RS=14.9m BV=60.0 IBV=500u ++ CJO=370p M=0.333 N=1.55 TT=1.44n ) + +*SRC=B260A;DI_B260A;Diodes;Si; 60.0V 2.00A 1.00ns Diodes Inc. +.MODEL DI_B260A D ( IS=6.08u RS=14.9m BV=60.0 IBV=500u ++ CJO=370p M=0.333 N=1.55 TT=1.44n ) + +*SRC=B270;DI_B270;Diodes;Si; 70.0V 2.00A 10.0ns Diodes Inc Schottky +.MODEL DI_B270 D ( IS=746u RS=21.0m BV=70.0 IBV=500u ++ CJO=179p M=0.333 N=2.87 TT=14.4n ) + +*SRC=B280;DI_B280;Diodes;Si; 80.0V 2.00A 10.0ns Diodes Inc Schottky +.MODEL DI_B280 D ( IS=746u RS=21.0m BV=80.0 IBV=500u ++ CJO=179p M=0.333 N=2.87 TT=14.4n ) + +*SRC=B290;DI_B290;Diodes;Si; 90.0V 2.00A 10.0ns Diodes Inc Schottky +.MODEL DI_B290 D ( IS=746u RS=21.0m BV=90.0 IBV=500u ++ CJO=179p M=0.333 N=2.87 TT=14.4n ) + +*SRC=B3100;DI_B3100;Diodes;Si; 100V 3.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_B3100 D ( IS=916u RS=14.1m BV=100 IBV=500u ++ CJO=159p M=0.333 N=3.04 TT=14.4n ) + +*SRC=B320;DI_B320;Diodes;Si; 20.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B320 D ( IS=9.90n RS=14.0m BV=20.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B320A;DI_B320A;Diodes;Si; 20.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B320A D ( IS=9.90n RS=14.0m BV=20.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B320B;DI_B320B;Diodes;Si; 20.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B320B D ( IS=9.90n RS=14.0m BV=20.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B330;DI_B330;Diodes;Si; 30.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B330 D ( IS=9.90n RS=14.0m BV=30.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B330A;DI_B330A;Diodes;Si; 30.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B330A D ( IS=9.90n RS=14.0m BV=30.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B330B;DI_B330B;Diodes;Si; 30.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B330B D ( IS=9.90n RS=14.0m BV=30.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B340;DI_B340;Diodes;Si; 40.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B340 D ( IS=9.90n RS=14.0m BV=40.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B340A;DI_B340A;Diodes;Si; 40.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B340A D ( IS=9.90n RS=14.0m BV=40.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B340B;DI_B340B;Diodes;Si; 40.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B340B D ( IS=9.90n RS=14.0m BV=40.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B340LA;DI_B340LA;Diodes;Si; 40.0V 3.00A 10.0ns Diodes Inc. +Schottky +.MODEL DI_B340LA D ( IS=1.15m RS=17.8m BV=40.0 IBV=2.00m ++ CJO=411p M=0.333 N=1.70 TT=14.4n ) + +*SRC=B340LB;DI_B340LB;Diodes;Si; 40.0V 3.00A 10.0ns Diodes Inc. +Schottky +.MODEL DI_B340LB D ( IS=1.15m RS=17.8m BV=40.0 IBV=2.00m ++ CJO=411p M=0.333 N=1.70 TT=14.4n ) + +*SRC=B350;DI_B350;Diodes;Si; 50.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B350 D ( IS=9.90n RS=14.0m BV=50.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B350A;DI_B350A;Diodes;Si; 50.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B350A D ( IS=9.90n RS=14.0m BV=50.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B350B;DI_B350B;Diodes;Si; 50.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B350B D ( IS=9.90n RS=14.0m BV=50.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B360;DI_B360;Diodes;Si; 60.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B360 D ( IS=9.90n RS=14.0m BV=60.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B360A;DI_B360A;Diodes;Si; 60.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B360A D ( IS=9.90n RS=14.0m BV=60.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B360B;DI_B360B;Diodes;Si; 60.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B360B D ( IS=9.90n RS=14.0m BV=60.0 IBV=500u ++ CJO=464p M=0.333 N=0.775 TT=7.20n ) + +*SRC=B370;DI_B370;Diodes;Si; 70.0V 3.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_B370 D ( IS=916u RS=14.1m BV=70.0 IBV=500u ++ CJO=159p M=0.333 N=3.04 TT=14.4n ) + +*SRC=B380;DI_B380;Diodes;Si; 80.0V 3.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_B380 D ( IS=916u RS=14.1m BV=80.0 IBV=500u ++ CJO=159p M=0.333 N=3.04 TT=14.4n ) + +*SRC=B390;DI_B390;Diodes;Si; 90.0V 3.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_B390 D ( IS=916u RS=14.1m BV=90.0 IBV=500u ++ CJO=159p M=0.333 N=3.04 TT=14.4n ) + +*SRC=B520C;DI_B520C;Diodes;Si; 20.0V 5.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B520C D ( IS=617u RS=10.0m BV=20.0 IBV=500u ++ CJO=497p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B530C;DI_B530C;Diodes;Si; 30.0V 5.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B530C D ( IS=617u RS=10.0m BV=30.0 IBV=500u ++ CJO=497p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B540C;DI_B540C;Diodes;Si; 40.0V 5.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B540C D ( IS=617u RS=10.0m BV=40.0 IBV=500u ++ CJO=497p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B550C;DI_B550C;Diodes;Si; 50.0V 5.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B550C D ( IS=66.7u RS=14.1m BV=50.0 IBV=500u ++ CJO=497p M=0.333 N=1.70 TT=7.20n ) + +*SRC=B560C;DI_B560C;Diodes;Si; 60.0V 5.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_B560C D ( IS=66.7u RS=14.1m BV=60.0 IBV=500u ++ CJO=497p M=0.333 N=1.70 TT=7.20n ) + +*SRC=BAT1000;DI_BAT1000;Diodes;Si; 40.0V 1.00A 5.00ns Diodes Inc. Schottky Barrier Rectifier +.MODEL DI_BAT1000 D ( IS=874n RS=65.3m BV=40.0 IBV=100u ++ CJO=175p M=0.333 N=0.823 TT=7.20n ) + +*SRC=BAT400D;DI_BAT400D;Diodes;Si; 40.0V 0.500A 5.00ns Diodes Inc. Schottky +.MODEL DI_BAT400D D ( IS=1.80u RS=0.103 BV=40.0 IBV=50.0u ++ CJO=119p M=0.333 N=1.26 TT=7.20n ) + +*SRC=BAT750;DI_BAT750;Diodes;Si; 40.0V 0.750A 5.00ns Diodes Inc. Schottky +.MODEL DI_BAT750 D ( IS=23.1u RS=82.3m BV=40.0 IBV=100u ++ CJO=225p M=0.333 N=1.16 TT=7.20n ) + +*SRC=MBRB1530CT;DI_MBRB1530CT;Diodes;Si; 30.0V 15.0A 30.0ns Diodes +Inc. Schottky -- one element of device +.MODEL DI_MBRB1530CT D ( IS=71.5u RS=2.81m BV=30.0 IBV=100u ++ CJO=464p M=0.333 N=1.61 TT=43.2n ) + +*SRC=MBRB1535CT;DI_MBRB1535CT;Diodes;Si; 35.0V 15.0A 30.0ns Diodes +Inc. Schottky -- one element of device +.MODEL DI_MBRB1535CT D ( IS=71.5u RS=2.81m BV=35.0 IBV=100u ++ CJO=464p M=0.333 N=1.61 TT=43.2n ) + +*SRC=MBRB1540CT;DI_MBRB1540CT;Diodes;Si; 40.0V 15.0A 30.0ns Diodes +Inc. Schottky -- one element of device +.MODEL DI_MBRB1540CT D ( IS=71.5u RS=2.81m BV=40.0 IBV=100u ++ CJO=464p M=0.333 N=1.61 TT=43.2n ) + +*SRC=MBRB1540CT;DI_MBRB1540CT;Diodes;Si; 40.0V 15.0A 30.0ns Diodes +Inc. Schottky -- one element of device +.MODEL DI_MBRB1540CT D ( IS=71.5u RS=2.81m BV=40.0 IBV=100u ++ CJO=464p M=0.333 N=1.61 TT=43.2n ) + +*SRC=MBRB20100CT;DI_MBRB20100CT;Diodes;Si; 100V 20.0A 10.0ns Diodes Inc. Schottky Rectifier, Dual Unit, Model for One Node +.MODEL DI_MBRB20100CT D ( IS=750u RS=3.34m BV=100 IBV=100u ++ CJO=508p M=0.333 N=2.41 TT=14.4n ) + +*SRC=MBRB2070CT;DI_MBRB2070CT;Diodes;Si; 70.0V 20.0A 10.0ns Diodes Inc. Schottky Rectifier, Dual Unit, Model for One Node +.MODEL DI_MBRB2070CT D ( IS=750u RS=3.34m BV=70.0 IBV=100u ++ CJO=508p M=0.333 N=2.41 TT=14.4n ) + +*SRC=MBRB2080CT;DI_MBRB2080CT;Diodes;Si; 80.0V 20.0A 10.0ns Diodes Inc. Schottky Rectifier, Dual Unit, Model for One Node +.MODEL DI_MBRB2080CT D ( IS=750u RS=3.34m BV=80.0 IBV=100u ++ CJO=508p M=0.333 N=2.41 TT=14.4n ) + +*SRC=MBRB2090CT;DI_MBRB2090CT;Diodes;Si; 90.0V 20.0A 10.0ns Diodes Inc. Schottky Rectifier, Dual Unit, Model for One Node +.MODEL DI_MBRB2090CT D ( IS=750u RS=3.34m BV=90.0 IBV=100u ++ CJO=508p M=0.333 N=2.41 TT=14.4n ) + +*SRC=MBRD1035CTL;DI_MBRD1035CTL;Diodes;Si; 35.0V 5.00A 10.0ns Diodes Inc Schottky, Dual, Model for one node .MODEL DI_MBRD1035CTL D ( IS=2.14m RS=6.38m BV=35.0 IBV=2.00m + CJO=629p M=0.333 N=3.30 TT=14.4n ) + +*SRC=MBRD1040;DI_MBRD1040;Diodes;Si; 40.0V 10.0A 5.00ns Diodes Inc. +Schottky +.MODEL DI_MBRD1040 D ( IS=354u RS=4.20m BV=40.0 IBV=300u ++ CJO=2.65n M=0.333 N=1.19 TT=7.20n ) + +*SRC=MBRD1040CT;DI_MBRD1040CT;Diodes;Si; 40.0V 5.00A 10.0ns Diodes Inc Schottky, Dual, Model for one node .MODEL DI_MBRD1040CT D ( IS=2.14m RS=6.38m BV=40.0 IBV=150u + CJO=925p M=0.333 N=3.30 TT=14.4n ) + +*SRC=MBRD460CT;DI_MBRD460CT;Diodes;Si; 60.0V 2.00A 10.0ns Diodes Inc Schottky, Dual, Model for one node .MODEL DI_MBRD460CT D ( IS=1.45m RS=7.62u BV=60.0 IBV=100u + CJO=333p M=0.333 N=4.78 TT=14.4n ) + +*SRC=MBRD835L;DI_MBRD835L;Diodes;Si; 35.0V 8.00A 10.0ns Diodes Inc Schottky .MODEL DI_MBRD835L D ( IS=9.28u RS=9.26m BV=35.0 IBV=1.40m + CJO=1.11n M=0.333 N=1.06 TT=14.4n ) + +*SRC=MBRM3100;DI_MBRM3100;Diodes;Si; 100V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_MBRM3100 D ( IS=88.1u RS=14.0m BV=100 IBV=100u ++ CJO=239p M=0.333 N=2.12 TT=7.20n ) + +*SRC=MBRM360;DI_MBRM360;Diodes;Si; 60.0V 3.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_MBRM360 D ( IS=5.99u RS=16.5m BV=60.0 IBV=200u ++ CJO=240p M=0.333 N=1.27 TT=14.4n ) + +*SRC=MBRM5100;DI_MBRM5100;Diodes;Si; 100V 5.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_MBRM5100 D ( IS=62.9u RS=6.79m BV=100 IBV=200u ++ CJO=530p M=0.333 N=1.88 TT=14.4n ) + +*SRC=MBRM560;DI_MBRM560;Diodes;Si; 60.0V 5.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_MBRM560 D ( IS=20.1u RS=8.40m BV=60.0 IBV=200u ++ CJO=207p M=0.333 N=1.70 TT=7.20n ) + +*SRC=MBRM760;DI_MBRM760;Diodes;Si; 60.0V 7.00A 10.0ns Diodes Inc Schottky .MODEL DI_MBRM760 D ( IS=849n RS=9.63m BV=60.0 IBV=200u + CJO=693p M=0.333 N=1.07 TT=14.4n ) + +*SRC=SBG1025L;DI_SBG1025L;Diodes;Si; 25.0V 10.0A 5.00ns Diodes Inc. +Schottky +.MODEL DI_SBG1025L D ( IS=2.36u RS=7.72m BV=25.0 IBV=1.00m ++ CJO=636p M=0.333 N=0.722 TT=7.20n ) + +*SRC=SBG1030CT;DI_SBG1030CT;Diodes;Si; 30.0V 10.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBG1030CT D ( IS=47.2u RS=6.69m BV=30.0 IBV=1.00m + CJO=398p M=0.333 N=1.41 TT=7.20n ) + +*SRC=SBG1030L;DI_SBG1030L;Diodes;Si; 30.0V 10.0A 5.00ns Diodes Inc. +Schottky +.MODEL DI_SBG1030L D ( IS=2.36u RS=7.72m BV=30.0 IBV=1.00m ++ CJO=636p M=0.333 N=0.722 TT=7.20n ) + +*SRC=SBG1035CT;DI_SBG1035CT;Diodes;Si; 35.0V 10.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBG1035CT D ( IS=47.2u RS=6.69m BV=35.0 IBV=1.00m + CJO=398p M=0.333 N=1.41 TT=7.20n ) + +*SRC=SBG1040CT;DI_SBG1040CT;Diodes;Si; 40.0V 10.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBG1040CT D ( IS=47.2u RS=6.69m BV=40.0 IBV=1.00m + CJO=398p M=0.333 N=1.41 TT=7.20n ) + +*SRC=SBG1045CT;DI_SBG1045CT;Diodes;Si; 45.0V 10.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBG1045CT D ( IS=47.2u RS=6.69m BV=45.0 IBV=1.00m + CJO=398p M=0.333 N=1.41 TT=7.20n ) + +*SRC=SBG1630CT;DI_SBG1630CT;Diodes;Si; 30.0V 16.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBG1630CT D ( IS=47.2u RS=6.69m BV=30.0 IBV=1.00m + CJO=464p M=0.333 N=1.41 TT=7.20n ) + +*SRC=SBG1635CT;DI_SBG1635CT;Diodes;Si; 35.0V 16.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBG1635CT D ( IS=47.2u RS=6.69m BV=35.0 IBV=1.00m + CJO=464p M=0.333 N=1.41 TT=7.20n ) + +*SRC=SBG1640CT;DI_SBG1640CT;Diodes;Si; 40.0V 16.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBG1640CT D ( IS=47.2u RS=6.69m BV=40.0 IBV=1.00m + CJO=464p M=0.333 N=1.41 TT=7.20n ) + +*SRC=SBG1645CT;DI_SBG1645CT;Diodes;Si; 45.0V 16.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBG1645CT D ( IS=47.2u RS=6.69m BV=45.0 IBV=1.00m ++ CJO=464p M=0.333 N=1.41 TT=7.20n ) + +*SRC=SBG2030CT;DI_SBG2030CT;Diodes;Si; 30.0V 20.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBG2030CT D ( IS=7.84m RS=3.91m BV=30.0 IBV=1.00m ++ CJO=1.72n M=0.333 N=2.73 TT=7.20n ) +=============================================================================================== + +*SRC=SBG2035CT;DI_SBG2035CT;Diodes;Si; 35.0V 20.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBG2035CT D ( IS=7.84m RS=3.91m BV=35.0 IBV=1.00m ++ CJO=1.72n M=0.333 N=2.73 TT=7.20n ) +=============================================================================================== + +*SRC=SBG2040CT;DI_SBG2040CT;Diodes;Si; 40.0V 20.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBG2040CT D ( IS=7.84m RS=3.91m BV=40.0 IBV=1.00m ++ CJO=1.72n M=0.333 N=2.73 TT=7.20n ) +=============================================================================================== + +*SRC=SBG2045CT;DI_SBG2045CT;Diodes;Si; 45.0V 20.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBG2045CT D ( IS=7.84m RS=3.91m BV=45.0 IBV=1.00m ++ CJO=1.72n M=0.333 N=2.73 TT=7.20n ) +=============================================================================================== + +*SRC=SBG3030CT;DI_SBG3030CT;Diodes;Si; 30.0V 30.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBG3030CT D ( IS=31.1u RS=3.70m BV=30.0 IBV=1.00m ++ CJO=796p M=0.333 N=1.17 TT=7.20n ) +=============================================================================================== + +*SRC=SBG3040CT;DI_SBG3040CT;Diodes;Si; 40.0V 30.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBG3040CT D ( IS=31.1u RS=3.70m BV=40.0 IBV=1.00m ++ CJO=796p M=0.333 N=1.17 TT=7.20n ) +=============================================================================================== + +*SRC=SBG3045CT;DI_SBG3045CT;Diodes;Si; 45.0V 30.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBG3045CT D ( IS=31.1u RS=3.70m BV=45.0 IBV=1.00m ++ CJO=796p M=0.333 N=1.17 TT=7.20n ) +=============================================================================================== + +*SRC=SBG3050CT;DI_SBG3050CT;Diodes;Si; 50.0V 30.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBG3050CT D ( IS=319u RS=3.50m BV=50.0 IBV=1.00m ++ CJO=796p M=0.333 N=1.69 TT=7.20n ) +=============================================================================================== + +*SRC=SBG3060CT;DI_SBG3060CT;Diodes;Si; 60.0V 30.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBG3060CT D ( IS=319u RS=3.50m BV=60.0 IBV=1.00m ++ CJO=796p M=0.333 N=1.69 TT=7.20n ) +=============================================================================================== + +*SRC=SBM1040;DI_SBM1040;Diodes;Si; 40.0V 10.0A 10.0ns Diodes Inc Schottky Rectifier +.MODEL DI_SBM1040 D ( IS=63.8u RS=4.18m BV=40.0 IBV=300u ++ CJO=2.39n M=0.333 N=1.36 TT=14.4n ) + +*SRC=SBM1040CT;DI_SBM1040CT;Diodes;Si; 40.0V 5.00A 3.00us Diodes Inc. Schottky, dual, per node +.MODEL DI_SBM1040CT D ( IS=2.88u RS=8.40m BV=40.0 IBV=150u ++ CJO=1.33n M=0.333 N=1.03 TT=4.32u ) + +*SRC=SBM340;DI_SBM340;Diodes;Si; 40.0V 3.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_SBM340 D ( IS=2.98n RS=19.4m BV=40.0 IBV=500u ++ CJO=333p M=0.333 N=0.700 TT=14.4n ) + +*SRC=SBM540;DI_SBM540;Diodes;Si; 40.0V 5.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_SBM540 D ( IS=19.7u RS=8.40m BV=40.0 IBV=500u ++ CJO=557p M=0.333 N=1.28 TT=14.4n ) + +*SRC=SK32;DI_SK32;Diodes;Si; 20.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SK32 D ( IS=50.5n RS=23.8m BV=20.0 IBV=500u ++ CJO=555p M=0.333 N=0.700 TT=7.20n ) + +*SRC=SK33;DI_SK33;Diodes;Si; 30.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SK33 D ( IS=50.5n RS=23.8m BV=30.0 IBV=500u ++ CJO=555p M=0.333 N=0.700 TT=7.20n ) + +*SRC=SK34;DI_SK34;Diodes;Si; 50.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SK34 D ( IS=50.5n RS=23.8m BV=50.0 IBV=500u ++ CJO=555p M=0.333 N=0.700 TT=7.20n ) + +*SRC=SK35;DI_SK35;Diodes;Si; 50.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SK35 D ( IS=234u RS=24.0m BV=50.0 IBV=500u ++ CJO=555p M=0.333 N=1.90 TT=7.20n ) + +*SRC=SK36;DI_SK36;Diodes;Si; 60.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SK36 D ( IS=234u RS=24.0m BV=60.0 IBV=500u ++ CJO=555p M=0.333 N=1.90 TT=7.20n ) + +*SRC=1N4001;DI_1N4001;Diodes;Si; 50.0V 1.00A 3.00us Diodes, Inc. diode +.MODEL DI_1N4001 D ( IS=76.9p RS=42.0m BV=50.0 IBV=5.00u ++ CJO=39.8p M=0.333 N=1.45 TT=4.32u ) + +*************************************************************************************************************************************** +*SRC=1N4001G;DI_1N4001G;Diodes;Si; 50.0V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4001G D ( IS=65.4p RS=42.2m BV=50.0 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +************************************************************************************************************************************** +*SRC=1N4001GL;DI_1N4001GL;Diodes;Si; 50.0V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4001GL D ( IS=65.4p RS=42.2m BV=50.0 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*SRC=1N4002;DI_1N4002;Diodes;Si; 100V 1.00A 3.00us Diodes, Inc. diode +.MODEL DI_1N4002 D ( IS=76.9p RS=42.0m BV=100 IBV=5.00u ++ CJO=39.8p M=0.333 N=1.45 TT=4.32u ) + +*************************************************************************************************************************************** +*SRC=1N4002G;DI_1N4002G;Diodes;Si; 100V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4002G D ( IS=65.4p RS=42.2m BV=100 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*************************************************************************************************************************************** +*SRC=1N4002GL;DI_1N4002GL;Diodes;Si; 100V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4002GL D ( IS=65.4p RS=42.2m BV=100 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*SRC=1N4003;DI_1N4003;Diodes;Si; 200V 1.00A 3.00us Diodes, Inc. diode +.MODEL DI_1N4003 D ( IS=76.9p RS=42.0m BV=200 IBV=5.00u ++ CJO=39.8p M=0.333 N=1.45 TT=4.32u ) + +*************************************************************************************************************************************** +*SRC=1N4003G;DI_1N4003G;Diodes;Si; 200V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4003G D ( IS=65.4p RS=42.2m BV=200 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*************************************************************************************************************************************** +*SRC=1N4003GL;DI_1N4003GL;Diodes;Si; 200V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4003GL D ( IS=65.4p RS=42.2m BV=200 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*SRC=1N4004;DI_1N4004;Diodes;Si; 400V 1.00A 3.00us Diodes, Inc. diode +.MODEL DI_1N4004 D ( IS=76.9p RS=42.0m BV=400 IBV=5.00u ++ CJO=39.8p M=0.333 N=1.45 TT=4.32u ) + +*************************************************************************************************************************************** +*SRC=1N4004G;DI_1N4004G;Diodes;Si; 400V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4004G D ( IS=65.4p RS=42.2m BV=400 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*************************************************************************************************************************************** +*SRC=1N4004GL;DI_1N4004GL;Diodes;Si; 400V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4004GL D ( IS=65.4p RS=42.2m BV=400 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*SRC=1N4005;DI_1N4005;Diodes;Si; 600V 1.00A 3.00us Diodes, Inc. diode +.MODEL DI_1N4005 D ( IS=76.9p RS=42.0m BV=600 IBV=5.00u ++ CJO=26.5p M=0.333 N=1.45 TT=4.32u ) + +*************************************************************************************************************************************** +*SRC=1N4005G;DI_1N4005G;Diodes;Si; 600V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4005G D ( IS=65.4p RS=42.2m BV=600 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*************************************************************************************************************************************** +*SRC=1N4005GL;DI_1N4005GL;Diodes;Si; 600V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4005GL D ( IS=65.4p RS=42.2m BV=600 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*SRC=1N4006;DI_1N4006;Diodes;Si; 800V 1.00A 3.00us Diodes, Inc. diode +.MODEL DI_1N4006 D ( IS=76.9p RS=42.0m BV=800 IBV=5.00u ++ CJO=26.5p M=0.333 N=1.45 TT=4.32u ) + +*************************************************************************************************************************************** +*SRC=1N4006G;DI_1N4006G;Diodes;Si; 800V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4006G D ( IS=65.4p RS=42.2m BV=800 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*************************************************************************************************************************************** +*SRC=1N4006GL;DI_1N4006GL;Diodes;Si; 800V 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4006GL D ( IS=65.4p RS=42.2m BV=800 IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +*************************************************************************************************************************************** + +*SRC=1N4007;DI_1N4007;Diodes;Si; 1.00kV 1.00A 3.00us Diodes, Inc. diode +.MODEL DI_1N4007 D ( IS=76.9p RS=42.0m BV=1.00k IBV=5.00u ++ CJO=26.5p M=0.333 N=1.45 TT=4.32u ) + +*************************************************************************************************************************************** +*SRC=1N4007G;DI_1N4007G;Diodes;Si; 1.00kV 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4007G D ( IS=65.4p RS=42.2m BV=1.00k IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +************************************************************************************************************************************** + +*************************************************************************************************************************************** +*SRC=1N4007GL;DI_1N4007GL;Diodes;Si; 1.00kV 1.00A 2.00us Diodes Inc. Glass Passivated Rectifier +.MODEL DI_1N4007GL D ( IS=65.4p RS=42.2m BV=1.00k IBV=5.00u ++ CJO=14.8p M=0.333 N=1.36 TT=2.88u ) +************************************************************************************************************************************** + +*SRC=1N5400;DI_1N5400;Diodes;Si; 50.0V 3.00A 3.00us Diodes Inc. Standard Rectifier +.MODEL DI_1N5400 D ( IS=63.0n RS=14.1m BV=50.0 IBV=10.0u ++ CJO=125p M=0.333 N=1.70 TT=4.32u ) + +*SRC=1N5401;DI_1N5401;Diodes;Si; 100V 3.00A 3.00us Diodes Inc. Standard Rectifier +.MODEL DI_1N5401 D ( IS=63.0n RS=14.1m BV=100 IBV=10.0u ++ CJO=125p M=0.333 N=1.70 TT=4.32u ) + +*SRC=1N5402;DI_1N5402;Diodes;Si; 200V 3.00A 3.00us Diodes Inc. Standard Rectifier +.MODEL DI_1N5402 D ( IS=63.0n RS=14.1m BV=200 IBV=10.0u ++ CJO=125p M=0.333 N=1.70 TT=4.32u ) + +*SRC=1N5404;DI_1N5404;Diodes;Si; 400V 3.00A 3.00us Diodes Inc. Standard Rectifier +.MODEL DI_1N5404 D ( IS=63.0n RS=14.1m BV=400 IBV=10.0u ++ CJO=125p M=0.333 N=1.70 TT=4.32u ) + +*SRC=1N5406;DI_1N5406;Diodes;Si; 600V 3.00A 3.00us Diodes Inc. Standard Rectifier +.MODEL DI_1N5406 D ( IS=63.0n RS=14.1m BV=600 IBV=10.0u ++ CJO=53.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=1N5407;DI_1N5407;Diodes;Si; 800V 3.00A 3.00us Diodes Inc. Standard Rectifier +.MODEL DI_1N5407 D ( IS=63.0n RS=14.1m BV=800 IBV=10.0u ++ CJO=53.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=1N5408;DI_1N5408;Diodes;Si; 1.00kV 3.00A 3.00us Diodes Inc. Standard Rectifier +.MODEL DI_1N5408 D ( IS=63.0n RS=14.1m BV=1.00k IBV=10.0u ++ CJO=53.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=6A05;DI_6A05;Diodes;Si; 50.0V 6.00A 2.00us Diodes Inc. +.MODEL DI_6A05 D ( IS=52.4n RS=7.00m BV=50.0 IBV=10.0u ++ CJO=60.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=6A1;DI_6A1;Diodes;Si; 100V 6.00A 2.00us Diodes Inc. +.MODEL DI_6A1 D ( IS=52.4n RS=7.00m BV=100 IBV=10.0u ++ CJO=60.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=6A10;DI_6A10;Diodes;Si; 1.00kV 6.00A 2.00us Diodes Inc. +.MODEL DI_6A10 D ( IS=52.4n RS=7.00m BV=1.00k IBV=10.0u ++ CJO=60.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=6A2;DI_6A2;Diodes;Si; 200V 6.00A 2.00us Diodes Inc. +.MODEL DI_6A2 D ( IS=52.4n RS=7.00m BV=200 IBV=10.0u ++ CJO=60.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=6A4;DI_6A4;Diodes;Si; 400V 6.00A 2.00us Diodes Inc. +.MODEL DI_6A4 D ( IS=52.4n RS=7.00m BV=400 IBV=10.0u ++ CJO=60.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=6A6;DI_6A6;Diodes;Si; 600V 6.00A 2.00us Diodes Inc. +.MODEL DI_6A6 D ( IS=52.4n RS=7.00m BV=600 IBV=10.0u ++ CJO=60.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=6A8;DI_6A8;Diodes;Si; 800V 6.00A 2.00us Diodes Inc. +.MODEL DI_6A8 D ( IS=52.4n RS=7.00m BV=800 IBV=10.0u ++ CJO=60.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=S1A;DI_S1A;Diodes;Si; 50.0V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1A D ( IS=7.31e-018 RS=42.0m BV=50.0 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1AB;DI_S1AB;Diodes;Si; 50.0V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1AB D ( IS=7.31e-018 RS=42.0m BV=50.0 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1B;DI_S1B;Diodes;Si; 100V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1B D ( IS=7.31e-018 RS=42.0m BV=100 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1BB;DI_S1BB;Diodes;Si; 100V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1BB D ( IS=7.31e-018 RS=42.0m BV=100 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1D;DI_S1D;Diodes;Si; 200V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1D D ( IS=7.31e-018 RS=42.0m BV=200 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1DB;DI_S1DB;Diodes;Si; 200V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1DB D ( IS=7.31e-018 RS=42.0m BV=200 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1G;DI_S1G;Diodes;Si; 400V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1G D ( IS=7.31e-018 RS=42.0m BV=400 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1GB;DI_S1GB;Diodes;Si; 400V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1GB D ( IS=7.31e-018 RS=42.0m BV=400 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1J;DI_S1J;Diodes;Si; 600V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1J D ( IS=7.31e-018 RS=42.0m BV=600 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1JB;DI_S1JB;Diodes;Si; 600V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1JB D ( IS=7.31e-018 RS=42.0m BV=600 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1K;DI_S1K;Diodes;Si; 800V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1K D ( IS=7.31e-018 RS=42.0m BV=800 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1KB;DI_S1KB;Diodes;Si; 800V 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1KB D ( IS=7.31e-018 RS=42.0m BV=800 IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1M;DI_S1M;Diodes;Si; 1.00kV 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1M D ( IS=7.31e-018 RS=42.0m BV=1.00k IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S1MB;DI_S1MB;Diodes;Si; 1.00kV 1.00A 3.00us Diodes Inc. Rectifier +.MODEL DI_S1MB D ( IS=7.31e-018 RS=42.0m BV=1.00k IBV=5.00u ++ CJO=42.4p M=0.333 N=0.775 TT=4.32u ) + +*SRC=S2A;DI_S2A;Diodes;Si; 50.0V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2A D ( IS=1.30u RS=8.92m BV=50.0 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2AA;DI_S2AA;Diodes;Si; 50.0V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2AA D ( IS=1.30u RS=8.92m BV=50.0 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2B;DI_S2B;Diodes;Si; 100V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2B D ( IS=1.30u RS=8.92m BV=100 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2BA;DI_S2BA;Diodes;Si; 100V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2BA D ( IS=1.30u RS=8.92m BV=100 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2D;DI_S2D;Diodes;Si; 200V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2D D ( IS=1.30u RS=8.92m BV=200 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2DA;DI_S2DA;Diodes;Si; 200V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2DA D ( IS=1.30u RS=8.92m BV=200 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2G;DI_S2G;Diodes;Si; 400V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2G D ( IS=1.30u RS=8.92m BV=400 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2GA;DI_S2GA;Diodes;Si; 400V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2GA D ( IS=1.30u RS=8.92m BV=400 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2J;DI_S2J;Diodes;Si; 600V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2J D ( IS=1.30u RS=8.92m BV=600 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2JA;DI_S2JA;Diodes;Si; 600V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2JA D ( IS=1.30u RS=8.92m BV=600 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2K;DI_S2K;Diodes;Si; 800V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2K D ( IS=1.30u RS=8.92m BV=800 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2KA;DI_S2KA;Diodes;Si; 800V 1.50A 3.00us Diodes Inc. +.MODEL DI_S2KA D ( IS=1.30u RS=8.92m BV=800 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2M;DI_S2M;Diodes;Si; 1.00kV 1.50A 3.00us Diodes Inc. +.MODEL DI_S2M D ( IS=1.30u RS=8.92m BV=1.00k IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S2MA;DI_S2MA;Diodes;Si; 1.00kV 1.50A 3.00us Diodes Inc. +.MODEL DI_S2MA D ( IS=1.30u RS=8.92m BV=1.00k IBV=5.00u ++ CJO=37.0p M=0.333 N=2.58 TT=4.32u ) + +*SRC=S3A;DI_S3A;Diodes;Si; 50.0V 3.00A 3.00us Diodes Inc. - +.MODEL DI_S3A D ( IS=1.37n RS=14.0m BV=50.0 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3A;DI_S3A;Diodes;Si; 50.0V 3.00A 3.00us Diodes Inc. - +.MODEL DI_S3A D ( IS=1.37n RS=14.0m BV=50.0 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3BB;S3BB;Diodes;Si; 100V 3.00A 3.00us Diodes Inc. - +.MODEL S3BB D ( IS=1.37n RS=14.0m BV=100 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3BB;S3BB;Diodes;Si; 100V 3.00A 3.00us Diodes Inc. - +.MODEL S3BB D ( IS=1.37n RS=14.0m BV=100 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3D;DI_S3D;Diodes;Si; 200V 3.00A 3.00us Diodes Inc. - +.MODEL DI_S3D D ( IS=1.37n RS=14.0m BV=200 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3DB;DI_S3DB;Diodes;Si; 200V 3.00A 3.00us Diodes Inc. - +.MODEL DI_S3DB D ( IS=1.37n RS=14.0m BV=200 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3GB;DI_S3GB;Diodes;Si; 400V 3.00A 3.00us Diodes Inc. - +.MODEL DI_S3GB D ( IS=1.37n RS=14.0m BV=400 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3GB;DI_S3GB;Diodes;Si; 400V 3.00A 3.00us Diodes Inc. - +.MODEL DI_S3GB D ( IS=1.37n RS=14.0m BV=400 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3K;DI_S3K;Diodes;Si; 800V 3.00A 3.00us Diodes Inc. - +.MODEL DI_S3K D ( IS=1.37n RS=14.0m BV=800 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3K;DI_S3K;Diodes;Si; 800V 3.00A 3.00us Diodes Inc. - +.MODEL DI_S3K D ( IS=1.37n RS=14.0m BV=800 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3M;DI_S3M;Diodes;Si; 1.00kV 3.00A 3.00us Diodes Inc. - +.MODEL DI_S3M D ( IS=1.37n RS=14.0m BV=1.00k IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S3M;DI_S3M;Diodes;Si; 1.00kV 3.00A 3.00us Diodes Inc. - +.MODEL DI_S3M D ( IS=1.37n RS=14.0m BV=1.00k IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=4.32u ) + +*SRC=S5AC;DI_S5AC;Diodes;Si; 50.0V 5.00A 2.00us Diodes Inc. - +.MODEL DI_S5AC D ( IS=2.28n RS=8.40m BV=50.0 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=S5BC;DI_S5BC;Diodes;Si; 100V 5.00A 2.00us Diodes Inc. - +.MODEL DI_S5BC D ( IS=2.28n RS=8.40m BV=100 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=S5DC;DI_S5DC;Diodes;Si; 200V 5.00A 2.00us Diodes Inc. - +.MODEL DI_S5DC D ( IS=2.28n RS=8.40m BV=200 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=S5GC;DI_S5GC;Diodes;Si; 400V 5.00A 2.00us Diodes Inc. +.MODEL DI_S5GC D ( IS=2.28n RS=8.40m BV=400 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=S5JC;DI_S5JC;Diodes;Si; 600V 5.00A 2.00us Diodes Inc. - +.MODEL DI_S5JC D ( IS=2.28n RS=8.40m BV=600 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=S5KC;DI_S5KC;Diodes;Si; 800V 5.00A 2.00us Diodes Inc. - +.MODEL DI_S5KC D ( IS=2.28n RS=8.40m BV=800 IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=S5MC;DI_S5MC;Diodes;Si; 1.00kV 5.00A 2.00us Diodes Inc. - +.MODEL DI_S5MC D ( IS=2.28n RS=8.40m BV=1.00k IBV=10.0u ++ CJO=74.0p M=0.333 N=1.70 TT=2.88u ) + +*SRC=1N4933;DI_1N4933;Diodes;Si; 50.0V 1.00A 200ns Diodes Inc. Fast +Rectifier +.MODEL DI_1N4933 D ( IS=830n RS=34.0m BV=50.0 IBV=5.00u ++ CJO=26.5p M=0.333 N=2.46 TT=288n ) + +*SRC=1N4934;DI_1N4934;Diodes;Si; 100V 1.00A 200ns Diodes Inc. Fast +Rectifier +.MODEL DI_1N4934 D ( IS=830n RS=34.0m BV=100 IBV=5.00u ++ CJO=26.5p M=0.333 N=2.46 TT=288n ) + +*SRC=1N4935;DI_1N4935;Diodes;Si; 200V 1.00A 200ns Diodes Inc. Fast +Rectifier +.MODEL DI_1N4935 D ( IS=830n RS=34.0m BV=200 IBV=5.00u ++ CJO=26.5p M=0.333 N=2.46 TT=288n ) + +*SRC=1N4936;DI_1N4936;Diodes;Si; 400V 1.00A 200ns Diodes Inc. Fast +Rectifier +.MODEL DI_1N4936 D ( IS=830n RS=34.0m BV=400 IBV=5.00u ++ CJO=26.5p M=0.333 N=2.46 TT=288n ) + +*SRC=1N4937;DI_1N4937;Diodes;Si; 600V 1.00A 200ns Diodes Inc. Fast +Rectifier +.MODEL DI_1N4937 D ( IS=830n RS=34.0m BV=600 IBV=5.00u ++ CJO=26.5p M=0.333 N=2.46 TT=288n ) + +*SRC=DL4933;DI_DL4933;Diodes;Si; 50.0V 1.00A 200ns Diodes Inc. Fast Recovery Rectifier +.MODEL DI_DL4933 D ( IS=4.25n RS=25.0m BV=50.0 IBV=100u ++ CJO=26.5p M=0.333 N=1.70 TT=288n ) + +*SRC=DL4934;DI_DL4934;Diodes;Si; 100V 1.00A 200ns Diodes Inc. Fast Recovery Rectifier +.MODEL DI_DL4934 D ( IS=4.25n RS=25.0m BV=100 IBV=100u ++ CJO=26.5p M=0.333 N=1.70 TT=288n ) + +*SRC=DL4935;DI_DL4935;Diodes;Si; 200V 1.00A 200ns Diodes Inc. Fast Recovery Rectifier +.MODEL DI_DL4935 D ( IS=4.25n RS=25.0m BV=200 IBV=100u ++ CJO=26.5p M=0.333 N=1.70 TT=288n ) + +*SRC=DL4936;DI_DL4936;Diodes;Si; 400V 1.00A 200ns Diodes Inc. Fast Recovery Rectifier +.MODEL DI_DL4936 D ( IS=4.25n RS=25.0m BV=400 IBV=100u ++ CJO=26.5p M=0.333 N=1.70 TT=288n ) + +*SRC=DL4937;DI_DL4937;Diodes;Si; 600V 1.00A 200ns Diodes Inc. Fast Recovery Rectifier +.MODEL DI_DL4937 D ( IS=4.25n RS=25.0m BV=600 IBV=100u ++ CJO=26.5p M=0.333 N=1.70 TT=288n ) + +*SRC=ES1A;DI_ES1A;Diodes;Si; 50.0V 1.00A 20.0ns Diodes Inc. +.MODEL DI_ES1A D ( IS=123n RS=42.0m BV=50.0 IBV=5.00u ++ CJO=18.5p M=0.333 N=2.12 TT=28.8n ) + +*SRC=ES1B;DI_ES1B;Diodes;Si; 100V 1.00A 20.0ns Diodes Inc. +.MODEL DI_ES1B D ( IS=123n RS=42.0m BV=100 IBV=5.00u ++ CJO=18.5p M=0.333 N=2.12 TT=28.8n ) + +*SRC=ES1C;DI_ES1C;Diodes;Si; 150V 1.00A 20.0ns Diodes Inc. +.MODEL DI_ES1C D ( IS=123n RS=42.0m BV=150 IBV=5.00u ++ CJO=18.5p M=0.333 N=2.12 TT=28.8n ) + +*SRC=ES1D;DI_ES1D;Diodes;Si; 200V 1.00A 20.0ns Diodes Inc. +.MODEL DI_ES1D D ( IS=123n RS=42.0m BV=200 IBV=5.00u ++ CJO=18.5p M=0.333 N=2.12 TT=28.8n ) + +*SRC=ES1G;DI_ES1G;Diodes;Si; 400V 1.00A 20.0ns Diodes Inc. +.MODEL DI_ES1G D ( IS=373n RS=64.3m BV=400 IBV=5.00u ++ CJO=18.5p M=0.333 N=2.84 TT=28.8n ) + +*SRC=ES2A;DI_ES2A;Diodes;Si; 50.0V 2.00A 25.0ns Diodes Inc. Fast +Rectifier +.MODEL DI_ES2A D ( IS=267n RS=21.0m BV=50.0 IBV=5.00u ++ CJO=83.5p M=0.333 N=1.70 TT=36.0n ) + +***************************************************************************************** +*SRC=ES2AA;DI_ES2AA;Diodes;Si; 50.0V 2.00A 25.0ns Diodes Inc. Fast +Rectifier +.MODEL DI_ES2AA D ( IS=267n RS=21.0m BV=50.0 IBV=5.00u ++ CJO=83.5p M=0.333 N=1.70 TT=36.0n ) +**************************************************************************************** + +*SRC=ES2B;DI_ES2B;Diodes;Si; 100V 2.00A 25.0ns Diodes Inc. Fast +Rectifier +.MODEL DI_ES2B D ( IS=267n RS=21.0m BV=100 IBV=5.00u ++ CJO=83.5p M=0.333 N=1.70 TT=36.0n ) + +**************************************************************************************** +SRC=ES2BA;DI_ES2BA;Diodes;Si; 100V 2.00A 25.0ns Diodes Inc. Fast +Rectifier +.MODEL DI_ES2BA D ( IS=267n RS=21.0m BV=100 IBV=5.00u ++ CJO=83.5p M=0.333 N=1.70 TT=36.0n ) +*************************************************************************************** + +*SRC=ES2C;DI_ES2C;Diodes;Si; 150V 2.00A 25.0ns Diodes Inc. Fast +Rectifier +.MODEL DI_ES2C D ( IS=267n RS=21.0m BV=150 IBV=5.00u ++ CJO=83.5p M=0.333 N=1.70 TT=36.0n ) + +*************************************************************************************** +*SRC=ES2CA;DI_ES2CA;Diodes;Si; 150V 2.00A 25.0ns Diodes Inc. Fast +Rectifier +.MODEL DI_ES2CA D ( IS=267n RS=21.0m BV=150 IBV=5.00u ++ CJO=83.5p M=0.333 N=1.70 TT=36.0n ) +***************************************************************************************** + +*SRC=ES2D;DI_ES2D;Diodes;Si; 200V 2.00A 25.0ns Diodes Inc. Fast +Rectifier +.MODEL DI_ES2D D ( IS=267n RS=21.0m BV=200 IBV=5.00u ++ CJO=83.5p M=0.333 N=1.70 TT=36.0n ) + +***************************************************************************************** +*SRC=ES2DA;DI_ES2DA;Diodes;Si; 200V 2.00A 25.0ns Diodes Inc. Fast +Rectifier +.MODEL DI_ES2DA D ( IS=267n RS=21.0m BV=200 IBV=5.00u ++ CJO=83.5p M=0.333 N=1.70 TT=36.0n ) +***************************************************************************************** + +*SRC=ES2G;DI_ES2G;Diodes;Si; 400V 2.00A 25.0ns Diodes Inc. Fast +Rectifier +.MODEL DI_ES2G D ( IS=3.92n RS=21.0m BV=400 IBV=5.00u ++ CJO=83.5p M=0.333 N=1.95 TT=36.0n ) + +*SRC=ES3A;DI_ES3A;Diodes;Si; 50.0V 3.00A 25.0ns Diodes Inc. +.MODEL DI_ES3A D ( IS=7.27p RS=22.4m BV=50.0 IBV=10.0u ++ CJO=83.2p M=0.333 N=0.700 TT=36.0n ) + +*SRC=ES3AB;DI_ES3AB;Diodes;Si; 50.0V 3.00A 25.0ns Diodes Inc. +.MODEL DI_ES3AB D ( IS=7.27p RS=22.4m BV=50.0 IBV=10.0u ++ CJO=83.2p M=0.333 N=0.700 TT=36.0n ) + +*SRC=ES3B;DI_ES3B;Diodes;Si; 100V 3.00A 25.0ns Diodes Inc. +.MODEL DI_ES3B D ( IS=7.27p RS=22.4m BV=100 IBV=10.0u ++ CJO=83.2p M=0.333 N=0.700 TT=36.0n ) + +*SRC=ES3BB;DI_ES3BB;Diodes;Si; 100V 3.00A 25.0ns Diodes Inc. +.MODEL DI_ES3BB D ( IS=7.27p RS=22.4m BV=100 IBV=10.0u ++ CJO=83.2p M=0.333 N=0.700 TT=36.0n ) + +*SRC=ES3C;DI_ES3C;Diodes;Si; 150V 3.00A 25.0ns Diodes Inc. +.MODEL DI_ES3C D ( IS=7.27p RS=22.4m BV=150 IBV=10.0u ++ CJO=83.2p M=0.333 N=0.700 TT=36.0n ) + +*SRC=ES3CB;DI_ES3CB;Diodes;Si; 150V 3.00A 25.0ns Diodes Inc. +.MODEL DI_ES3CB D ( IS=7.27p RS=22.4m BV=150 IBV=10.0u ++ CJO=83.2p M=0.333 N=0.700 TT=36.0n ) + +*SRC=ES3D;DI_ES3D;Diodes;Si; 200V 3.00A 25.0ns Diodes Inc. +.MODEL DI_ES3D D ( IS=7.27p RS=22.4m BV=200 IBV=10.0u ++ CJO=83.2p M=0.333 N=0.700 TT=36.0n ) + +*SRC=ES3DB;DI_ES3DB;Diodes;Si; 200V 3.00A 25.0ns Diodes Inc. +.MODEL DI_ES3DB D ( IS=7.27p RS=22.4m BV=200 IBV=10.0u ++ CJO=83.2p M=0.333 N=0.700 TT=36.0n ) + +*SRC=MURB1610CT;DI_MURB1610CT;Diodes;Si; 100V 16.0A 25.0ns Diodes Inc. +Fast Rectifier -- for one element +.MODEL DI_MURB1610CT D ( IS=3.19n RS=3.67m BV=100 IBV=5.00u ++ CJO=225p M=0.333 N=1.59 TT=36.0n ) + +*SRC=MURB1620CT;DI_MURB1620CT;Diodes;Si; 200V 16.0A 25.0ns Diodes Inc. +Fast Rectifier -- for one element +.MODEL DI_MURB1620CT D ( IS=3.19n RS=3.67m BV=200 IBV=5.00u ++ CJO=225p M=0.333 N=1.59 TT=36.0n ) + +*SRC=MURS120;DI_MURS120;Diodes;Si; 200V 1.00A 25.0ns Diodes Inc. Super Fast Rectifier +.MODEL DI_MURS120 D ( IS=17.1n RS=20.6m BV=200 IBV=2.00u ++ CJO=60.0p M=0.333 N=1.73 TT=36.0n ) +************************************************************************************************************************************ + +*SRC=MURS140;DI_MURS140;Diodes;Si; 400V 1.00A 50.0ns Diodes Inc. Super Fast Rectifier +.MODEL DI_MURS140 D ( IS=17.1n RS=20.6m BV=400 IBV=2.00u ++ CJO=45.0p M=0.333 N=1.73 TT=72.0n ) +*********************************************************************************************************************************** + +*SRC=MURS160;DI_MURS160;Diodes;Si; 600V 1.00A 50.0ns Diodes Inc. Super Fast Rectifier +.MODEL DI_MURS160 D ( IS=17.1n RS=20.6m BV=600 IBV=2.00u ++ CJO=45.0p M=0.333 N=1.73 TT=72.0n ) +*********************************************************************************************************************************** + +*SRC=MURS320;DI_MURS320;Diodes;Si; 200V 3.00A 25.0ns Diodes Inc. Super Fast Rectifier +.MODEL DI_MURS320 D ( IS=11.8n RS=7.89m BV=200 IBV=5.00u ++ CJO=45.0p M=0.333 N=1.56 TT=36.0n ) +*********************************************************************************************************************************** + +*SRC=PR1001G;DI_PR1001G;Diodes;Si; 50.0V 1.00A 150ns Diodes Inc. Fast +Rectifier +.MODEL DI_PR1001G D ( IS=5.00n RS=29.8m BV=50.0 IBV=5.00u ++ CJO=27.8p M=0.333 N=1.72 TT=216n ) + +*SRC=PR1002G;DI_PR1002G;Diodes;Si; 100V 1.00A 150ns Diodes Inc. Fast +Rectifier +.MODEL DI_PR1002G D ( IS=5.00n RS=29.8m BV=100 IBV=5.00u ++ CJO=27.8p M=0.333 N=1.72 TT=216n ) + +*SRC=PR1003G;DI_PR1003G;Diodes;Si; 200V 1.00A 150ns Diodes Inc. Fast +Rectifier +.MODEL DI_PR1003G D ( IS=5.00n RS=29.8m BV=200 IBV=5.00u ++ CJO=27.8p M=0.333 N=1.72 TT=216n ) + +*SRC=PR1004G;DI_PR1004G;Diodes;Si; 400V 1.00A 150ns Diodes Inc. Fast +Rectifier +.MODEL DI_PR1004G D ( IS=5.00n RS=29.8m BV=400 IBV=5.00u ++ CJO=27.8p M=0.333 N=1.72 TT=216n ) + +*SRC=PR1005G;DI_PR1005G;Diodes;Si; 600V 1.00A 250ns Diodes Inc. Fast +Rectifier +.MODEL DI_PR1005G D ( IS=5.00n RS=29.8m BV=600 IBV=5.00u ++ CJO=19.9p M=0.333 N=1.72 TT=360n ) + +*SRC=PR1006G;DI_PR1006G;Diodes;Si; 800V 1.00A 500ns Diodes Inc. Fast +Rectifier +.MODEL DI_PR1006G D ( IS=5.00n RS=29.8m BV=800 IBV=5.00u ++ CJO=19.9p M=0.333 N=1.72 TT=720n ) + +*SRC=PR1007G;DI_PR1007G;Diodes;Si; 1.00kV 1.00A 500ns Diodes Inc. Fast +Rectifier +.MODEL DI_PR1007G D ( IS=5.00n RS=29.8m BV=1.00k IBV=5.00u ++ CJO=19.9p M=0.333 N=1.72 TT=720n ) + +*SRC=PR6001;DI_PR6001;Diodes;Si; 50.0V 6.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_PR6001 D ( IS=863n RS=12.6m BV=50.0 IBV=10.0u ++ CJO=663p M=0.333 N=1.70 TT=216n ) + +*SRC=RS1A;DI_RS1A;Diodes;Si; 50.0V 1.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1A D ( IS=948n RS=81.3m BV=50.0 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=216n ) +************************************************************************************************************************************* + +*SRC=RS1AB;DI_RS1AB;Diodes;Si; 50.0V 1.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1AB D ( IS=948n RS=81.3m BV=50.0 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=216n ) +************************************************************************************************************************************* + +*SRC=RS1B;DI_RS1B;Diodes;Si; 100V 1.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1B D ( IS=948n RS=81.3m BV=100 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=216n ) +************************************************************************************************************************************** + +*SRC=RS1BB;DI_RS1BB;Diodes;Si; 100V 1.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1BB D ( IS=948n RS=81.3m BV=100 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=216n ) +************************************************************************************************************************************** + +*SRC=RS1D;DI_RS1D;Diodes;Si; 200V 1.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1D D ( IS=948n RS=81.3m BV=200 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=216n ) +************************************************************************************************************************************** + +*SRC=RS1DB;DI_RS1DB;Diodes;Si; 200V 1.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1DB D ( IS=948n RS=81.3m BV=200 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=216n ) +************************************************************************************************************************************** + +*SRC=RS1G;DI_RS1G;Diodes;Si; 400V 1.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1G D ( IS=948n RS=81.3m BV=400 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=216n ) +************************************************************************************************************************************** + +*SRC=RS1GB;DI_RS1GB;Diodes;Si; 400V 1.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1GB D ( IS=948n RS=81.3m BV=400 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=216n ) +************************************************************************************************************************************** + +*SRC=RS1J;DI_RS1J;Diodes;Si; 600V 1.00A 250ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1J D ( IS=948n RS=81.3m BV=600 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=360n ) +************************************************************************************************************************************** + +*SRC=RS1JB;DI_RS1JB;Diodes;Si; 600V 1.00A 250ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1JB D ( IS=948n RS=81.3m BV=600 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=360n ) +************************************************************************************************************************************** + +*SRC=RS1K;DI_RS1K;Diodes;Si; 800V 1.00A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1K D ( IS=948n RS=81.3m BV=800 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=720n ) +************************************************************************************************************************************** + +*SRC=RS1KB;DI_RS1KB;Diodes;Si; 800V 1.00A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1KB D ( IS=948n RS=81.3m BV=800 IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=720n ) +************************************************************************************************************************************** + +*SRC=RS1M;DI_RS1M;Diodes;Si; 1.00kV 1.00A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1M D ( IS=948n RS=81.3m BV=1.00k IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=720n ) +************************************************************************************************************************************** + +*SRC=RS1MB;DI_RS1MB;Diodes;Si; 1.00kV 1.00A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS1MB D ( IS=948n RS=81.3m BV=1.00k IBV=5.00u ++ CJO=27.7p M=0.333 N=2.48 TT=720n ) +************************************************************************************************************************************** + +*SRC=RS2A;DI_RS2A;Diodes;Si; 50.0V 1.50A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2A D ( IS=169u RS=4.81m BV=50.0 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=216n ) +****************************************************************************************************** + +*SRC=RS2AA;DI_RS2AA;Diodes;Si; 50.0V 1.50A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2AA D ( IS=169u RS=4.81m BV=50.0 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=216n ) +****************************************************************************************************** + +*SRC=RS2B;DI_RS2B;Diodes;Si; 100V 1.50A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2B D ( IS=169u RS=4.81m BV=100 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=216n ) +****************************************************************************************************** + +*SRC=RS2BA;DI_RS2BA;Diodes;Si; 100V 1.50A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2BA D ( IS=169u RS=4.81m BV=100 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=216n ) +****************************************************************************************************** + +*SRC=RS2D;DI_RS2D;Diodes;Si; 200V 1.50A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2D D ( IS=169u RS=4.81m BV=200 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=216n ) +****************************************************************************************************** + +*SRC=RS2DA;DI_RS2DA;Diodes;Si; 200V 1.50A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2DA D ( IS=169u RS=4.81m BV=200 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=216n ) +****************************************************************************************************** + +*SRC=RS2G;DI_RS2G;Diodes;Si; 400V 1.50A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2G D ( IS=169u RS=4.81m BV=400 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=216n ) +****************************************************************************************************** + +*SRC=RS2GA;DI_RS2GA;Diodes;Si; 400V 1.50A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2GA D ( IS=169u RS=4.81m BV=400 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=216n ) +****************************************************************************************************** + +*SRC=RS2J;DI_RS2J;Diodes;Si; 600V 1.50A 250ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2J D ( IS=169u RS=4.81m BV=600 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=360n ) +****************************************************************************************************** + +*SRC=RS2JA;DI_RS2JA;Diodes;Si; 600V 1.50A 250ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2JA D ( IS=169u RS=4.81m BV=600 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=360n ) +****************************************************************************************************** + +*SRC=RS2K;DI_RS2K;Diodes;Si; 800V 1.50A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2K D ( IS=169u RS=4.81m BV=800 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=720n ) +****************************************************************************************************** + +*SRC=RS2KA;DI_RS2KA;Diodes;Si; 800V 1.50A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2KA D ( IS=169u RS=4.81m BV=800 IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=720n ) +****************************************************************************************************** + +*SRC=RS2M;DI_RS2M;Diodes;Si; 1.00kV 1.50A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2M D ( IS=169u RS=4.81m BV=1.00k IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=720n ) +****************************************************************************************************** + +*SRC=RS2MA;DI_RS2MA;Diodes;Si; 1.00kV 1.50A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS2MA D ( IS=169u RS=4.81m BV=1.00k IBV=5.00u ++ CJO=55.5p M=0.333 N=6.02 TT=720n ) +****************************************************************************************************** + +*SRC=RS3A;DI_RS3A;Diodes;Si; 50.0V 3.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3A D ( IS=200n RS=25.4m BV=50.0 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=216n ) +********************************************************************************************************** + +*SRC=RS3AB;DI_RS3AB;Diodes;Si; 50.0V 3.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3AB D ( IS=200n RS=25.4m BV=50.0 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=216n ) +********************************************************************************************************** + +*SRC=RS3B;DI_RS3B;Diodes;Si; 100V 3.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3B D ( IS=200n RS=25.4m BV=100 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=216n ) +********************************************************************************************************** + +*SRC=RS3BB;DI_RS3BB;Diodes;Si; 100V 3.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3BB D ( IS=200n RS=25.4m BV=100 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=216n ) +********************************************************************************************************** + +*SRC=RS3D;DI_RS3D;Diodes;Si; 200V 3.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3D D ( IS=200n RS=25.4m BV=200 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=216n ) +********************************************************************************************************** + +*SRC=RS3DB;DI_RS3DB;Diodes;Si; 200V 3.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3DB D ( IS=200n RS=25.4m BV=200 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=216n ) +********************************************************************************************************** + +*SRC=RS3G;DI_RS3G;Diodes;Si; 400V 3.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3G D ( IS=200n RS=25.4m BV=400 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=216n ) +********************************************************************************************************** + +*SRC=RS3GB;DI_RS3GB;Diodes;Si; 400V 3.00A 150ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3GB D ( IS=200n RS=25.4m BV=400 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=216n ) +********************************************************************************************************** + +*SRC=RS3J;DI_RS3J;Diodes;Si; 600V 3.00A 250ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3J D ( IS=200n RS=25.4m BV=600 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=360n ) +********************************************************************************************************** + +*SRC=RS3JB;DI_RS3JB;Diodes;Si; 600V 3.00A 250ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3JB D ( IS=200n RS=25.4m BV=600 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=360n ) +********************************************************************************************************** + +*SRC=RS3K;DI_RS3K;Diodes;Si; 800V 3.00A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3K D ( IS=200n RS=25.4m BV=800 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=720n ) +*********************************************************************************************************** + +*SRC=RS3KB;DI_RS3KB;Diodes;Si; 800V 3.00A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3KB D ( IS=200n RS=25.4m BV=800 IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=720n ) +*********************************************************************************************************** + +*SRC=RS3M;DI_RS3M;Diodes;Si; 1.00kV 3.00A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3M D ( IS=200n RS=25.4m BV=1.00k IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=720n ) +*********************************************************************************************************** + +*SRC=RS3MB;DI_RS3MB;Diodes;Si; 1.00kV 3.00A 500ns Diodes Inc. Fast Rectifier +.MODEL DI_RS3MB D ( IS=200n RS=25.4m BV=1.00k IBV=5.00u ++ CJO=92.5p M=0.333 N=2.23 TT=720n ) +*********************************************************************************************************** + +*SRC=SF10AG;DI_SF10AG;Diodes;Si; 50.0V 1.00A 35.0ns Diodes Inc. +.MODEL DI_SF10AG D ( IS=1.42n RS=42.0m BV=50.0 IBV=10.0u ++ CJO=139p M=0.333 N=1.70 TT=50.4n ) + +*SRC=SF10BG;DI_SF10BG;Diodes;Si; 100V 1.00A 35.0ns Diodes Inc. +.MODEL DI_SF10BG D ( IS=1.42n RS=42.0m BV=100 IBV=10.0u ++ CJO=139p M=0.333 N=1.70 TT=50.4n ) + +*SRC=SF10CG;DI_SF10CG;Diodes;Si; 150V 1.00A 35.0ns Diodes Inc. +.MODEL DI_SF10CG D ( IS=1.42n RS=42.0m BV=150 IBV=10.0u ++ CJO=139p M=0.333 N=1.70 TT=50.4n ) + +*SRC=SF10DG;DI_SF10DG;Diodes;Si; 200V 1.00A 35.0ns Diodes Inc. +.MODEL DI_SF10DG D ( IS=1.42n RS=42.0m BV=200 IBV=10.0u ++ CJO=139p M=0.333 N=1.70 TT=50.4n ) + +*SRC=SF10FG;DI_SF10FG;Diodes;Si; 300V 1.00A 40.0ns Diodes Inc. - +.MODEL DI_SF10FG D ( IS=50.9p RS=75.5m BV=300 IBV=10.0u ++ CJO=139p M=0.333 N=1.70 TT=57.6n ) + +*SRC=SF10GG;DI_SF10GG;Diodes;Si; 400V 1.00A 40.0ns Diodes Inc. - +.MODEL DI_SF10GG D ( IS=50.9p RS=75.5m BV=400 IBV=10.0u ++ CJO=139p M=0.333 N=1.70 TT=57.6n ) + +*SRC=SF10HG;DI_SF10HG;Diodes;Si; 500V 1.00A 50.0ns Diodes Inc. - +.MODEL DI_SF10HG D ( IS=13.5u RS=30.9m BV=500 IBV=10.0u ++ CJO=92.5p M=0.333 N=5.40 TT=72.0n ) + +*SRC=SF10JG;DI_SF10JG;Diodes;Si; 600V 1.00A 50.0ns Diodes Inc. - +.MODEL DI_SF10JG D ( IS=13.5u RS=30.9m BV=600 IBV=10.0u ++ CJO=92.5p M=0.333 N=5.40 TT=72.0n ) + +*SRC=US1A;DI_US1A;Diodes;Si; 50.0V 1.00A 50.0ns Diodes Inc. - +.MODEL DI_US1A D ( IS=667n RS=72.0m BV=50.0 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.41 TT=72.0n ) + +*SRC=US1B;DI_US1B;Diodes;Si; 100V 1.00A 50.0ns Diodes Inc. - +.MODEL DI_US1B D ( IS=667n RS=72.0m BV=100 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.41 TT=72.0n ) + +*SRC=US1D;DI_US1D;Diodes;Si; 200V 1.00A 50.0ns Diodes Inc. - +.MODEL DI_US1D D ( IS=667n RS=72.0m BV=200 IBV=5.00u ++ CJO=37.0p M=0.333 N=2.41 TT=72.0n ) + +*SRC=US1G;DI_US1G;Diodes;Si; 400V 1.00A 50.0ns Diodes Inc. +.MODEL DI_US1G D ( IS=540p RS=0.116 BV=400 IBV=5.00u ++ CJO=37.0p M=0.333 N=1.70 TT=72.0n ) + +*SRC=US1J;DI_US1J;Diodes;Si; 600V 1.00A 75.0ns Diodes Inc. - +.MODEL DI_US1J D ( IS=709n RS=82.3m BV=600 IBV=5.00u ++ CJO=18.5p M=0.333 N=3.23 TT=108n ) + +*SRC=US1K;DI_US1K;Diodes;Si; 800V 1.00A 75.0ns Diodes Inc. - +.MODEL DI_US1K D ( IS=709n RS=82.3m BV=800 IBV=5.00u ++ CJO=18.5p M=0.333 N=3.23 TT=108n ) + +*SRC=US1M;DI_US1M;Diodes;Si; 1.00kV 1.00A 75.0ns Diodes Inc. - +.MODEL DI_US1M D ( IS=709n RS=82.3m BV=1.00k IBV=5.00u ++ CJO=18.5p M=0.333 N=3.23 TT=108n ) + +*SRC=MBR10100CT;DI_MBR10100CT;Diodes;Si; 100V 10.0A 5.00ns Diodes Inc. +.MODEL DI_MBR10100CT D ( IS=27.9n RS=4.20m BV=100 IBV=100u ++ CJO=555p M=0.333 N=1.28 TT=7.20n ) + +*SRC=MBR1030CT;DI_MBR1030CT;Diodes;Si; 30.0V 10.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_MBR1030CT D ( IS=4.25u RS=13.0m BV=30.0 IBV=100u ++ CJO=318p M=0.333 N=1.15 TT=14.4n ) + +*SRC=MBR1040CT;DI_MBR1040CT;Diodes;Si; 40.0V 10.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_MBR1040CT D ( IS=4.25u RS=13.0m BV=40.0 IBV=100u ++ CJO=318p M=0.333 N=1.15 TT=14.4n ) + +*SRC=MBR1045CT;DI_MBR1045CT;Diodes;Si; 45.0V 10.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_MBR1045CT D ( IS=4.25u RS=13.0m BV=45.0 IBV=100u ++ CJO=318p M=0.333 N=1.15 TT=14.4n ) + +*SRC=MBR1050CT;DI_MBR1050CT;Diodes;Si; 50.0V 10.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_MBR1050CT D ( IS=7.24u RS=14.5m BV=50.0 IBV=100u ++ CJO=318p M=0.333 N=1.29 TT=14.4n ) + +*SRC=MBR1060CT;DI_MBR1060CT;Diodes;Si; 60.0V 10.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_MBR1060CT D ( IS=7.24u RS=14.5m BV=60.0 IBV=100u ++ CJO=318p M=0.333 N=1.29 TT=14.4n ) + +*SRC=SB1100;DI_SB1100;Diodes;Si; 100.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SB1100 D ( IS=6.63u RS=62.3m BV=100.0 IBV=500u ++ CJO=199p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SB120;DI_SB120;Diodes;Si; 20.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SB120 D ( IS=31.5u RS=49.2m BV=20.0 IBV=500u ++ CJO=239p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SB130;DI_SB130;Diodes;Si; 30.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SB130 D ( IS=31.5u RS=49.2m BV=30.0 IBV=500u ++ CJO=239p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SB140;DI_SB140;Diodes;Si; 40.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SB140 D ( IS=31.5u RS=49.2m BV=40.0 IBV=500u ++ CJO=239p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SB150;DI_SB150;Diodes;Si; 50.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SB150 D ( IS=1.17u RS=42.0m BV=50.0 IBV=500u ++ CJO=172p M=0.333 N=1.28 TT=7.20n ) + +*SRC=SB160;DI_SB160;Diodes;Si; 60.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SB160 D ( IS=1.17u RS=42.0m BV=60.0 IBV=500u ++ CJO=172p M=0.333 N=1.28 TT=7.20n ) + +*SRC=SB170;DI_SB170;Diodes;Si; 70.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SB170 D ( IS=6.63u RS=62.3m BV=70.0 IBV=500u ++ CJO=199p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SB180;DI_SB180;Diodes;Si; 80.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SB180 D ( IS=6.63u RS=62.3m BV=80.0 IBV=500u ++ CJO=199p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SB190;DI_SB190;Diodes;Si; 90.0V 1.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SB190 D ( IS=6.63u RS=62.3m BV=90.0 IBV=500u ++ CJO=199p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SB340;DI_SB340;Diodes;Si; 40.0V 3.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SB340 D ( IS=85.9n RS=18.5m BV=40.0 IBV=70.0u ++ CJO=411p M=0.333 N=0.754 TT=7.20n ) + +*SRC=SBL1030;DI_SBL1030;Diodes;Si; 30.0V 10.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1030 D ( IS=759u RS=4.20m BV=30.0 IBV=1.00m + CJO=2.12n M=0.333 N=1.70 TT=7.20n ) + +*SRC=SBL1030CT;DI_SBL1030CT;Diodes;Si; 30.0V 10.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL1030CT D ( IS=759u RS=4.20m BV=30.0 IBV=500u + CJO=941p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SBL1035;DI_SBL1035;Diodes;Si; 35.0V 10.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1035 D ( IS=759u RS=4.20m BV=35.0 IBV=1.00m + CJO=2.12n M=0.333 N=1.70 TT=7.20n ) + +*SRC=SBL1035CT;DI_SBL1035CT;Diodes;Si; 35.0V 10.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL1035CT D ( IS=759u RS=4.20m BV=35.0 IBV=500u + CJO=941p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SBL1040;DI_SBL1040;Diodes;Si; 40.0V 10.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1040 D ( IS=759u RS=4.20m BV=40.0 IBV=1.00m + CJO=2.12n M=0.333 N=1.70 TT=7.20n ) + +*SRC=SBL1040CT;DI_SBL1040CT;Diodes;Si; 40.0V 10.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL1040CT D ( IS=759u RS=4.20m BV=40.0 IBV=500u + CJO=941p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SBL1045;DI_SBL1045;Diodes;Si; 45.0V 10.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1045 D ( IS=759u RS=4.20m BV=45.0 IBV=1.00m + CJO=2.12n M=0.333 N=1.70 TT=7.20n ) + +*SRC=SBL1045CT;DI_SBL1045CT;Diodes;Si; 45.0V 10.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL1045CT D ( IS=759u RS=4.20m BV=45.0 IBV=500u + CJO=941p M=0.333 N=1.70 TT=7.20n ) + +*SRC=SBL1050;DI_SBL1050;Diodes;Si; 50.0V 10.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1050 D ( IS=210u RS=4.22m BV=50.0 IBV=1.00m + CJO=2.12n M=0.333 N=2.03 TT=7.20n ) + +*SRC=SBL1050CT;DI_SBL1050CT;Diodes;Si; 50.0V 10.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL1050CT D ( IS=210u RS=4.22m BV=50.0 IBV=500u + CJO=941p M=0.333 N=2.03 TT=7.20n ) + +*SRC=SBL1060;DI_SBL1060;Diodes;Si; 60.0V 10.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1060 D ( IS=210u RS=4.22m BV=60.0 IBV=1.00m + CJO=2.12n M=0.333 N=2.03 TT=7.20n ) + +*SRC=SBL1060CT;DI_SBL1060CT;Diodes;Si; 60.0V 10.0A 5.00ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL1060CT D ( IS=210u RS=4.22m BV=60.0 IBV=500u + CJO=941p M=0.333 N=2.03 TT=7.20n ) + +*SRC=SBL1630;DI_SBL1630;Diodes;Si; 30.0V 16.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1630 D ( IS=903u RS=3.60m BV=30.0 IBV=1.00m + CJO=1.72n M=0.333 N=1.67 TT=7.20n ) + +*SRC=SBL1630PT;DI_SBL1630PT;Diodes;Si; 30.0V 16.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL1630PT D ( IS=575u RS=3.47m BV=30.0 IBV=500u ++ CJO=1.86n M=0.333 N=1.68 TT=7.20n ) + +*SRC=SBL1635;DI_SBL1635;Diodes;Si; 35.0V 16.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1635 D ( IS=903u RS=3.60m BV=35.0 IBV=1.00m + CJO=1.72n M=0.333 N=1.67 TT=7.20n ) + +*SRC=SBL1635PT;DI_SBL1635PT;Diodes;Si; 35.0V 16.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL1635PT D ( IS=575u RS=3.47m BV=35.0 IBV=500u ++ CJO=1.86n M=0.333 N=1.68 TT=7.20n ) + +*SRC=SBL1640;DI_SBL1640;Diodes;Si; 40.0V 16.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1640 D ( IS=903u RS=3.60m BV=40.0 IBV=1.00m + CJO=1.72n M=0.333 N=1.67 TT=7.20n ) + +*SRC=SBL1640PT;DI_SBL1640PT;Diodes;Si; 40.0V 16.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL1640PT D ( IS=575u RS=3.47m BV=40.0 IBV=500u ++ CJO=1.86n M=0.333 N=1.68 TT=7.20n ) + +*SRC=SBL1645;DI_SBL1645;Diodes;Si; 45.0V 16.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1645 D ( IS=903u RS=3.60m BV=45.0 IBV=1.00m + CJO=1.72n M=0.333 N=1.67 TT=7.20n ) + +*SRC=SBL1645PT;DI_SBL1645PT;Diodes;Si; 45.0V 16.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL1645PT D ( IS=575u RS=3.47m BV=45.0 IBV=500u ++ CJO=1.86n M=0.333 N=1.68 TT=7.20n ) + +*SRC=SBL1650;DI_SBL1650;Diodes;Si; 50.0V 16.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1650 D ( IS=1.38m RS=3.22m BV=50.0 IBV=1.00m + CJO=1.72n M=0.333 N=2.27 TT=7.20n ) + +*SRC=SBL1650PT;DI_SBL1650PT;Diodes;Si; 50.0V 16.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL1650PT D ( IS=89.9u RS=3.60m BV=50.0 IBV=500u ++ CJO=1.86n M=0.333 N=1.67 TT=7.20n ) + +*SRC=SBL1660;DI_SBL1660;Diodes;Si; 60.0V 16.0A 5.00ns Diodes Inc. Schottky .MODEL DI_SBL1660 D ( IS=1.38m RS=3.22m BV=60.0 IBV=1.00m + CJO=1.72n M=0.333 N=2.27 TT=7.20n ) + +*SRC=SBL1660PT;DI_SBL1660PT;Diodes;Si; 60.0V 16.0A 5.00ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL1660PT D ( IS=89.9u RS=3.60m BV=60.0 IBV=500u ++ CJO=1.86n M=0.333 N=1.67 TT=7.20n ) + +*SRC=SBL2030CT;DI_SBL2030CT;Diodes;Si; 30.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2030CT D ( IS=4.83m RS=2.37m BV=30.0 IBV=1.00m + CJO=1.34n M=0.333 N=2.28 TT=14.4n ) + +*SRC=SBL2030PT;DI_SBL2030PT;Diodes;Si; 30.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2030PT D ( IS=597u RS=2.88m BV=30.0 IBV=1.00m + CJO=2.52n M=0.333 N=1.59 TT=14.4n ) + +*SRC=SBL2035CT;DI_SBL2035CT;Diodes;Si; 35.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2035CT D ( IS=4.83m RS=2.37m BV=35.0 IBV=1.00m + CJO=1.34n M=0.333 N=2.28 TT=14.4n ) + +*SRC=SBL2035PT;DI_SBL2035PT;Diodes;Si; 35.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2035PT D ( IS=597u RS=2.88m BV=35.0 IBV=1.00m + CJO=2.52n M=0.333 N=1.59 TT=14.4n ) + +*SRC=SBL2040CT;DI_SBL2040CT;Diodes;Si; 40.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2040CT D ( IS=4.83m RS=2.37m BV=40.0 IBV=1.00m + CJO=1.34n M=0.333 N=2.28 TT=14.4n ) + +*SRC=SBL2040PT;DI_SBL2040PT;Diodes;Si; 40.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2040PT D ( IS=597u RS=2.88m BV=40.0 IBV=1.00m + CJO=2.52n M=0.333 N=1.59 TT=14.4n ) + +*SRC=SBL2045CT;DI_SBL2045CT;Diodes;Si; 45.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2045CT D ( IS=4.83m RS=2.37m BV=45.0 IBV=1.00m + CJO=1.34n M=0.333 N=2.28 TT=14.4n ) + +*SRC=SBL2045PT;DI_SBL2045PT;Diodes;Si; 45.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2045PT D ( IS=597u RS=2.88m BV=45.0 IBV=1.00m + CJO=2.52n M=0.333 N=1.59 TT=14.4n ) + +*SRC=SBL2050CT;DI_SBL2050CT;Diodes;Si; 50.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2050CT D ( IS=3.50m RS=2.11m BV=50.0 IBV=1.00m + CJO=1.34n M=0.333 N=2.95 TT=14.4n ) + +*SRC=SBL2050PT;DI_SBL2050PT;Diodes;Si; 50.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2050PT D ( IS=587u RS=2.11m BV=50.0 IBV=1.00m + CJO=2.52n M=0.333 N=2.12 TT=14.4n ) + +*SRC=SBL2060CT;DI_SBL2060CT;Diodes;Si; 60.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2060CT D ( IS=3.50m RS=2.11m BV=60.0 IBV=1.00m + CJO=1.34n M=0.333 N=2.95 TT=14.4n ) + +*SRC=SBL2060PT;DI_SBL2060PT;Diodes;Si; 60.0V 20.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL2060PT D ( IS=587u RS=2.11m BV=60.0 IBV=1.00m + CJO=2.52n M=0.333 N=2.12 TT=14.4n ) + +*SRC=SBL3030CT;DI_SBL3030CT;Diodes;Si; 30.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL3030CT D ( IS=200u RS=1.92m BV=30.0 IBV=1.00m + CJO=809p M=0.333 N=1.42 TT=14.4n ) + +*SRC=SBL3030PT;DI_SBL3030PT;Diodes;Si; 30.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL3030PT D ( IS=441u RS=1.92m BV=30.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=1.51 TT=14.4n ) + +*SRC=SBL3035PT;DI_SBL3035PT;Diodes;Si; 35.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL3035PT D ( IS=441u RS=1.92m BV=35.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=1.51 TT=14.4n ) + +*SRC=SBL3040CT;DI_SBL3040CT;Diodes;Si; 40.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL3040CT D ( IS=200u RS=1.92m BV=40.0 IBV=1.00m + CJO=809p M=0.333 N=1.42 TT=14.4n ) + +*SRC=SBL3040PT;DI_SBL3040PT;Diodes;Si; 40.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL3040PT D ( IS=441u RS=1.92m BV=40.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=1.51 TT=14.4n ) + +*SRC=SBL3045CT;DI_SBL3045CT;Diodes;Si; 45.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL3045CT D ( IS=200u RS=1.92m BV=45.0 IBV=1.00m + CJO=809p M=0.333 N=1.42 TT=14.4n ) + +*SRC=SBL3045PT;DI_SBL3045PT;Diodes;Si; 45.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL3045PT D ( IS=441u RS=1.92m BV=45.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=1.51 TT=14.4n ) + +*SRC=SBL3050CT;DI_SBL3050CT;Diodes;Si; 50.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL3050CT D ( IS=264u RS=1.99m BV=50.0 IBV=1.00m + CJO=809p M=0.333 N=1.67 TT=14.4n ) + +*SRC=SBL3050PT;DI_SBL3050PT;Diodes;Si; 50.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL3050PT D ( IS=346u RS=1.61m BV=50.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=2.02 TT=14.4n ) + +*SRC=SBL3060CT;DI_SBL3060CT;Diodes;Si; 60.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL3060CT D ( IS=264u RS=1.99m BV=60.0 IBV=1.00m + CJO=809p M=0.333 N=1.67 TT=14.4n ) + +*SRC=SBL3060PT;DI_SBL3060PT;Diodes;Si; 60.0V 30.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL3060PT D ( IS=346u RS=1.61m BV=60.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=2.02 TT=14.4n) + +*SRC=SBL4030PT;DI_SBL4030PT;Diodes;Si; 30.0V 40.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL4030PT D ( IS=10.9u RS=1.53m BV=30.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=1.08 TT=14.4n ) + +*SRC=SBL4035PT;DI_SBL4035PT;Diodes;Si; 35.0V 40.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL4035PT D ( IS=10.9u RS=1.53m BV=35.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=1.08 TT=14.4n ) + +*SRC=SBL4040PT;DI_SBL4040PT;Diodes;Si; 40.0V 40.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL4040PT D ( IS=10.9u RS=1.53m BV=40.0 IBV=1.00m + CJO=1.33n M=0.333 N=1.08 TT=14.4n ) + +*SRC=SBL4045PT;DI_SBL4045PT;Diodes;Si; 45.0V 40.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL4045PT D ( IS=10.9u RS=1.53m BV=45.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=1.08 TT=14.4n ) + +*SRC=SBL4050PT;DI_SBL4050PT;Diodes;Si; 50.0V 40.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL4050PT D ( IS=53.0u RS=1.26m BV=50.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=1.70 TT=14.4n ) + +*SRC=SBL4060PT;DI_SBL4060PT;Diodes;Si; 60.0V 40.0A 10.0ns Diodes Inc. Schottky - Single device of dual +.MODEL DI_SBL4060PT D ( IS=53.0u RS=1.26m BV=60.0 IBV=1.00m ++ CJO=1.33n M=0.333 N=1.70 TT=14.4n ) + +*SRC=SBL530;DI_SBL530;Diodes;Si; 30.0V 5.00A 10.0ns Diodes Inc. Schottky .MODEL DI_SBL530 D ( IS=926u RS=9.47m BV=30.0 IBV=500u + CJO=968p M=0.333 N=1.69 TT=14.4n ) + +*SRC=SBL535;DI_SBL535;Diodes;Si; 35.0V 5.00A 10.0ns Diodes Inc. Schottky .MODEL DI_SBL535 D ( IS=926u RS=9.47m BV=35.0 IBV=500u + CJO=968p M=0.333 N=1.69 TT=14.4n ) + +*SRC=SBL540;DI_SBL540;Diodes;Si; 40.0V 5.00A 10.0ns Diodes Inc. Schottky .MODEL DI_SBL540 D ( IS=926u RS=9.47m BV=40.0 IBV=500u + CJO=968p M=0.333 N=1.69 TT=14.4n ) + +*SRC=SBL545;DI_SBL545;Diodes;Si; 45.0V 5.00A 10.0ns Diodes Inc. Schottky .MODEL DI_SBL545 D ( IS=926u RS=9.47m BV=45.0 IBV=500u + CJO=968p M=0.333 N=1.69 TT=14.4n ) + +*SRC=SBL550;DI_SBL550;Diodes;Si; 50.0V 5.00A 10.0ns Diodes Inc. Schottky .MODEL DI_SBL550 D ( IS=14.0u RS=8.33m BV=50.0 IBV=500u + CJO=968p M=0.333 N=1.70 TT=14.4n ) + +*SRC=SBL560;DI_SBL560;Diodes;Si; 60.0V 5.00A 10.0ns Diodes Inc. Schottky .MODEL DI_SBL560 D ( IS=14.0u RS=8.33m BV=60.0 IBV=500u + CJO=968p M=0.333 N=1.70 TT=14.4n ) + +*SRC=SBL6030PT;DI_SBL6030PT;Diodes;Si; 30.0V 60.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL6030PT D ( IS=1.93m RS=917u BV=30.0 IBV=20.0m + CJO=3.25n M=0.333 N=1.68 TT=14.4n ) + +*SRC=SBL6040PT;DI_SBL6040PT;Diodes;Si; 40.0V 60.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL6040PT D ( IS=1.93m RS=917u BV=40.0 IBV=20.0m + CJO=3.25n M=0.333 N=1.68 TT=14.4n ) + +*SRC=SBL6050PT;DI_SBL6050PT;Diodes;Si; 50.0V 60.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL6050PT D ( IS=353u RS=909u BV=50.0 IBV=20.0m + CJO=3.25n M=0.333 N=1.76 TT=14.4n ) + +*SRC=SBL6060PT;DI_SBL6060PT;Diodes;Si; 60.0V 60.0A 10.0ns Diodes Inc. Schottky - Single device of dual .MODEL DI_SBL6060PT D ( IS=353u RS=909u BV=60.0 IBV=20.0m + CJO=3.25n M=0.333 N=1.76 TT=14.4n ) + +*SRC=SBL830;DI_SBL830;Diodes;Si; 30.0V 8.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_SBL830 D ( IS=396u RS=4.50m BV=30.0 IBV=500u ++ CJO=1.72n M=0.333 N=1.71 TT=14.4n ) + +*SRC=SBL835;DI_SBL835;Diodes;Si; 35.0V 8.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_SBL835 D ( IS=396u RS=4.50m BV=35.0 IBV=500u ++ CJO=1.72n M=0.333 N=1.71 TT=14.4n ) + +*SRC=SBL840;DI_SBL840;Diodes;Si; 40.0V 8.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_SBL840 D ( IS=396u RS=4.50m BV=40.0 IBV=500u ++ CJO=1.72n M=0.333 N=1.71 TT=14.4n ) + +*SRC=SBL845;DI_SBL845;Diodes;Si; 45.0V 8.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_SBL845 D ( IS=396u RS=4.50m BV=45.0 IBV=500u ++ CJO=1.72n M=0.333 N=1.71 TT=14.4n ) + +*SRC=SBL850;DI_SBL850;Diodes;Si; 50.0V 8.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_SBL850 D ( IS=30.8u RS=5.66m BV=50.0 IBV=500u ++ CJO=1.72n M=0.333 N=1.69 TT=14.4n ) + +*SRC=SBL860;DI_SBL860;Diodes;Si; 60.0V 8.00A 10.0ns Diodes Inc. Schottky +.MODEL DI_SBL860 D ( IS=30.8u RS=5.66m BV=60.0 IBV=500u ++ CJO=1.72n M=0.333 N=1.69 TT=14.4n ) + +*SRC=SD830;DI_SD830;Diodes;Si; 30.0V 8.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SD830 D ( IS=248u RS=5.25m BV=30.0 IBV=1.00m ++ CJO=1.06n M=0.333 N=1.70 TT=7.20n ) + +*SRC=SD840;DI_SD840;Diodes;Si; 40.0V 8.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SD840 D ( IS=248u RS=5.25m BV=40.0 IBV=1.00m ++ CJO=1.06n M=0.333 N=1.70 TT=7.20n ) + +*SRC=SD845;DI_SD845;Diodes;Si; 45.0V 8.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SD845 D ( IS=248u RS=5.25m BV=45.0 IBV=1.00m ++ CJO=1.06n M=0.333 N=1.70 TT=7.20n ) + +*SRC=SD860;DI_SD860;Diodes;Si; 60.0V 8.00A 5.00ns Diodes Inc. Schottky +.MODEL DI_SD860 D ( IS=248u RS=5.25m BV=60.0 IBV=1.00m ++ CJO=1.06n M=0.333 N=1.70 TT=7.20n ) + +*SRC=BC807-16;DI_BC807-16;BJTs PNP; Si; 45.0V 0.500A 220MHz Diodes +Inc. BJTs +.MODEL DI_BC807-16 PNP (IS=50.7f NF=1.00 BF=342 VAF=121 ++ IKF=0.273 ISE=24.2p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.675 RE=0.213 RB=0.852 RC=85.2m ++ XTB=1.5 CJE=107p VJE=1.10 MJE=0.500 CJC=34.7p VJC=0.300 MJC=0.300 ++ TF=631p TR=111n EG=1.12 ) + +*SRC=BC807-25;DI_BC807-25;BJTs PNP; Si; 45.0V 0.500A 220MHz Diodes +Inc. BJTs +.MODEL DI_BC807-25 PNP (IS=50.7f NF=1.00 BF=547 VAF=121 ++ IKF=0.273 ISE=15.1p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.675 RE=0.213 RB=0.852 RC=85.2m ++ XTB=1.5 CJE=107p VJE=1.10 MJE=0.500 CJC=34.7p VJC=0.300 MJC=0.300 ++ TF=631p TR=109n EG=1.12 ) + +*SRC=BC807-40;DI_BC807-40;BJTs PNP; Si; 45.0V 0.500A 220MHz Diodes +Inc. BJTs +.MODEL DI_BC807-40 PNP (IS=50.7f NF=1.00 BF=821 VAF=121 ++ IKF=0.273 ISE=10.1p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.675 RE=0.213 RB=0.852 RC=85.2m ++ XTB=1.5 CJE=107p VJE=1.10 MJE=0.500 CJC=34.7p VJC=0.300 MJC=0.300 ++ TF=631p TR=108n EG=1.12 ) + +*SRC=BC817-16;DI_BC817-16;BJTs NPN; Si; 45.0V 0.800A 220MHz Diodes +Inc. BJTs +.MODEL DI_BC817-16 NPN (IS=4.04n NF=1.00 BF=342 VAF=121 ++ IKF=0.273 ISE=6.86n NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.675 RE=0.227 RB=0.907 RC=90.7m ++ XTB=1.5 CJE=107p VJE=1.10 MJE=0.500 CJC=34.7p VJC=0.300 MJC=0.300 ++ TF=651p TR=111n EG=1.12 ) + +*SRC=BC817-25;DI_BC817-25;BJTs NPN; Si; 45.0V 0.800A 220MHz Diodes +Inc. BJTs +.MODEL DI_BC817-25 NPN (IS=4.04n NF=1.00 BF=548 VAF=121 ++ IKF=0.273 ISE=4.29n NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.675 RE=0.227 RB=0.907 RC=90.7m ++ XTB=1.5 CJE=107p VJE=1.10 MJE=0.500 CJC=34.7p VJC=0.300 MJC=0.300 ++ TF=651p TR=109n EG=1.12 ) + +*SRC=BC817-40;DI_BC817-40;BJTs NPN; Si; 45.0V 0.800A 220MHz Diodes +Inc. BJTs +.MODEL DI_BC817-40 NPN (IS=4.04n NF=1.00 BF=822 VAF=121 ++ IKF=0.273 ISE=2.86n NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.675 RE=0.227 RB=0.907 RC=90.7m ++ XTB=1.5 CJE=107p VJE=1.10 MJE=0.500 CJC=34.7p VJC=0.300 MJC=0.300 ++ TF=651p TR=108n EG=1.12 ) + +*SRC=BC846A;DI_BC846A;BJTs NPN; Si; 65.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC846A NPN (IS=10.2f NF=1.00 BF=305 VAF=145 ++ IKF=53.6m ISE=5.86p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=416p TR=50.3n EG=1.12 ) + +*SRC=BC846AW;DI_BC846AW;BJTs NPN; Si; 65.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC846AW NPN (IS=10.2f NF=1.00 BF=305 VAF=145 ++ IKF=53.6m ISE=5.86p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=416p TR=50.3n EG=1.12 ) + +*SRC=BC846B;DI_BC846B;BJTs NPN; Si; 65.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC846B NPN (IS=10.2f NF=1.00 BF=650 VAF=145 ++ IKF=39.5m ISE=2.93p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.105 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=385p TR=49.0n EG=1.12 ) + +*SRC=BC846BW;DI_BC846BW;BJTs NPN; Si; 65.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC846BW NPN (IS=10.2f NF=1.00 BF=650 VAF=145 ++ IKF=39.5m ISE=2.93p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.105 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=385p TR=49.0n EG=1.12 ) + +*SRC=BC846C;DI_BC846C;BJTs NPN; Si; 65.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC846C NPN (IS=10.2f NF=1.00 BF=1.09k VAF=145 ++ IKF=60.7m ISE=1.60p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=48.6n EG=1.12 ) + +*SRC=BC846CW;DI_BC846CW;BJTs NPN; Si; 65.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC846CW NPN (IS=10.2f NF=1.00 BF=1.09k VAF=145 ++ IKF=60.7m ISE=1.60p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=48.6n EG=1.12 ) + +*SRC=BC847A;DI_BC847A;BJTs NPN; Si; 45.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC847A NPN (IS=10.2f NF=1.00 BF=301 VAF=121 ++ IKF=60.7m ISE=5.82p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=50.3n EG=1.12 ) + +*SRC=BC847AT;DI_BC847AT;BJTs NPN; Si; 45.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC847AT NPN (IS=9.98f NF=1.00 BF=301 VAF=121 ++ IKF=60.7m ISE=5.75p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=13.0p VJC=0.300 MJC=0.300 ++ TF=423p TR=50.3n EG=1.12 ) + +*SRC=BC847AW;DI_BC847AW;BJTs NPN; Si; 45.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC847AW NPN (IS=10.2f NF=1.00 BF=301 VAF=121 ++ IKF=60.7m ISE=5.82p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=50.3n EG=1.12 ) + +*SRC=BC847B;DI_BC847B;BJTs NPN; Si; 45.0V 0.100A 300MHz Diodes, Inc. transistor +.MODEL DI_BC847B NPN (IS=3.75f NF=1.00 BF=1.61k VAF=121 ++ IKF=8.79m ISE=8.38p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=90.0m RE=0.765 RB=3.06 RC=0.306 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 ++ MJC=0.300 TF=520p TR=78.9n EG=1.12 ) + +*SRC=BC847BS;DI_BC847BS;BJTs NPN; Si; 45.0V 0.100A 250MHz Diodes Inc. +BJTs +.MODEL DI_BC847BS NPN (IS=9.98f NF=1.00 BF=616 VAF=121 ++ IKF=60.7m ISE=2.81p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=4.33p VJC=0.300 MJC=0.300 ++ TF=585p TR=49.1n EG=1.12 ) + +*SRC=BC847BT;DI_BC847BT;BJTs NPN; Si; 45.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC847BT NPN (IS=9.98f NF=1.00 BF=616 VAF=121 ++ IKF=60.7m ISE=2.81p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=13.0p VJC=0.300 MJC=0.300 ++ TF=423p TR=49.1n EG=1.12 ) + +*SRC=BC847BV;DI_BC847BV;BJTs NPN; Si; 45.0V 0.100A 200MHz Diodes Inc. BJTs - Single device of dual .MODEL DI_BC847BV NPN (IS=10.2f NF=1.00 BF=616 VAF=121 + IKF=42.5m ISE=2.38p NE=2.00 BR=4.00 NR=1.00 + VAR=24.0 IKR=0.105 RE=0.915 RB=3.66 RC=0.366 + XTB=1.5 CJE=35.8p VJE=1.10 MJE=0.500 CJC=11.6p VJC=0.300 + MJC=0.300 TF=665p TR=120n EG=1.12 ) + +*SRC=BC847BW;DI_BC847BW;BJTs NPN; Si; 45.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC847BW NPN (IS=10.2f NF=1.00 BF=616 VAF=121 ++ IKF=60.7m ISE=2.84p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=49.1n EG=1.12 ) + +*SRC=BC847C;DI_BC847C;BJTs NPN; Si; 45.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC847C NPN (IS=10.3f NF=1.00 BF=1.09k VAF=121 ++ IKF=60.7m ISE=1.61p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.965 RB=3.86 RC=0.386 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=48.6n EG=1.12 ) + +*SRC=BC847CT;DI_BC847CT;BJTs NPN; Si; 45.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC847CT NPN (IS=9.98f NF=1.00 BF=1.09k VAF=121 ++ IKF=60.7m ISE=1.58p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=13.0p VJC=0.300 MJC=0.300 ++ TF=423p TR=48.6n EG=1.12 ) + +*SRC=BC847CW;DI_BC847CW;BJTs NPN; Si; 45.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC847CW NPN (IS=10.2f NF=1.00 BF=1.09k VAF=121 ++ IKF=60.7m ISE=1.60p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=48.6n EG=1.12 ) + +***************************************************************************************************************************************** +*SRC=BC847PN;DI_BC847PN_NPN;BJTs NPN; Si; 45.0V 0.100A 250MHz Diodes Inc BJTs - Complementary +.MODEL DI_BC847PN_NPN NPN (IS=9.98f NF=1.00 BF=616 VAF=121 ++ IKF=60.7m ISE=2.81p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=4.33p VJC=0.300 ++ MJC=0.300 TF=585p TR=49.1n EG=1.12 ) + +*SRC=BC847PN;DI_BC847PN_PNP;BJTs PNP; Si; 45.0V 0.100A 250MHz Diodes Inc. BJTs - Complementary +.MODEL DI_BC847PN_PNP PNP (IS=10.2f NF=1.00 BF=650 VAF=121 ++ IKF=42.5m ISE=2.25p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.105 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=586p TR=95.9n EG=1.12 ) +***************************************************************************************************************************************** + +*SRC=BC848A;DI_BC848A;BJTs NPN; Si; 30.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC848A NPN (IS=10.2f NF=1.00 BF=1.09k VAF=98.6 ++ IKF=60.7m ISE=1.60p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=48.6n EG=1.12 ) + +*SRC=BC848AW;DI_BC848AW;BJTs NPN; Si; 30.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC848AW NPN (IS=10.2f NF=1.00 BF=1.09k VAF=98.6 ++ IKF=60.7m ISE=1.60p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=48.6n EG=1.12 ) + +*SRC=BC848B;DI_BC848B;BJTs NPN; Si; 30.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC848B NPN (IS=10.2f NF=1.00 BF=616 VAF=98.6 ++ IKF=60.7m ISE=2.84p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=49.1n EG=1.12 ) + +*SRC=BC848BW;DI_BC848BW;BJTs NPN; Si; 30.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC848BW NPN (IS=10.2f NF=1.00 BF=616 VAF=98.6 ++ IKF=60.7m ISE=2.84p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=49.1n EG=1.12 ) + +*SRC=BC848C;DI_BC848C;BJTs NPN; Si; 30.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC848C NPN (IS=10.2f NF=1.00 BF=1.09k VAF=98.6 ++ IKF=60.7m ISE=1.60p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=48.6n EG=1.12 ) + +*SRC=BC848CW;DI_BC848CW;BJTs NPN; Si; 30.0V 0.100A 300MHz Diodes Inc +BJTs +.MODEL DI_BC848CW NPN (IS=10.2f NF=1.00 BF=1.09k VAF=98.6 ++ IKF=60.7m ISE=1.60p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=0.915 RB=3.66 RC=0.366 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 MJC=0.300 ++ TF=427p TR=48.6n EG=1.12 ) + +*SRC=BC856A;DI_BC856A;BJTs PNP; Si; 65.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC856A PNP (IS=10.2f NF=1.00 BF=342 VAF=145 ++ IKF=72.9m ISE=5.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 ++ MJC=0.300 TF=581p TR=97.8n EG=1.12 ) + +*SRC=BC856AW;DI_BC856AW;BJTs PNP; Si; 65.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC856AW PNP (IS=10.2f NF=1.00 BF=342 VAF=145 ++ IKF=72.9m ISE=5.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=581p TR=97.8n EG=1.12 ) + +*SRC=BC856B;DI_BC856B;BJTs PNP; Si; 80.0V 0.200A 257MHz Diodes Inc. Transistor +.MODEL DI_BC856B PNP (IS=3.90f NF=1.00 BF=408 VAF=161 ++ IKF=91.1m ISE=3.25p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.225 RE=0.782 RB=3.13 RC=0.313 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 ++ MJC=0.300 TF=548p TR=94.5n EG=1.12 ) + +*SRC=BC856BW;DI_BC856BW;BJTs PNP; Si; 80.0V 0.200A 257MHz Diodes Inc. Transistor +.MODEL DI_BC856BW PNP (IS=3.90f NF=1.00 BF=408 VAF=161 ++ IKF=91.1m ISE=3.25p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.225 RE=0.782 RB=3.13 RC=0.313 ++ XTB=1.5 CJE=26.8p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 ++ MJC=0.300 TF=548p TR=94.5n EG=1.12 ) + +*SRC=BC857A;DI_BC857A;BJTs PNP; Si; 45.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC857A PNP (IS=10.2f NF=1.00 BF=342 VAF=121 ++ IKF=72.9m ISE=5.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=581p TR=97.8n EG=1.12 ) + +*SRC=BC857AT;DI_BC857AT;BJTs PNP; Si; 45.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC857AT PNP (IS=10.2f NF=1.00 BF=342 VAF=121 ++ IKF=72.9m ISE=5.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=37.6p VJE=1.10 MJE=0.500 CJC=12.1p VJC=0.300 ++ MJC=0.300 TF=488p TR=97.8n EG=1.12 ) + +*SRC=BC857AW;DI_BC857AW;BJTs PNP; Si; 45.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC857AW PNP (IS=10.2f NF=1.00 BF=342 VAF=121 ++ IKF=72.9m ISE=5.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=581p TR=97.8n EG=1.12 ) + +*SRC=BC857B;DI_BC857B;BJTs PNP; Si; 45.0V 0.100A 200MHz Diodes, Inc. transistor +.MODEL DI_BC857B PNP (IS=5.51f NF=1.00 BF=424 VAF=121 ++ IKF=36.4m ISE=2.35p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=90.0m RE=0.765 RB=3.06 RC=0.306 ++ XTB=1.5 CJE=26.9p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 ++ MJC=0.300 TF=700p TR=121n EG=1.12 ) + +*SRC=BC857BS;DI_BC857BS;BJTs PNP; Si; 45.0V 0.100A 250MHz Diodes Inc. +BJTs - Single device of dual +.MODEL DI_BC857BS PNP (IS=10.2f NF=1.00 BF=650 VAF=121 ++ IKF=42.5m ISE=2.25p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.105 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 MJC=0.300 ++ TF=586p TR=95.9n EG=1.12 ) + +*SRC=BC857BT;DI_BC857BT;BJTs PNP; Si; 45.0V 0.100A 200MHz Diodes, Inc. transistor +.MODEL DI_BC857B PNP (IS=5.51f NF=1.00 BF=424 VAF=121 ++ IKF=36.4m ISE=2.35p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=90.0m RE=0.765 RB=3.06 RC=0.306 ++ XTB=1.5 CJE=26.9p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 ++ MJC=0.300 TF=700p TR=121n EG=1.12 ) + +*SRC=BC857BV;DI_BC857BV;BJTs PNP; Si; 45.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC857BV PNP (IS=10.2f NF=1.00 BF=650 VAF=121 ++ IKF=42.5m ISE=2.25p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.105 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=37.6p VJE=1.10 MJE=0.500 CJC=12.1p VJC=0.300 ++ MJC=0.300 TF=499p TR=95.9n EG=1.12 )=499p TR=95.9n EG=1.12 ) + +*SRC=BC857BW;DI_BC857BW;BJTs PNP; Si; 45.0V 0.100A 200MHz Diodes, Inc. transistor +.MODEL DI_BC857BW PNP (IS=5.51f NF=1.00 BF=424 VAF=121 ++ IKF=36.4m ISE=2.35p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=90.0m RE=0.765 RB=3.06 RC=0.306 ++ XTB=1.5 CJE=26.9p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 ++ MJC=0.300 TF=700p TR=121n EG=1.12 ) + +*SRC=BC857C;DI_BC857C;BJTs PNP; Si; 45.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC857C PNP (IS=10.2f NF=1.00 BF=1.09k VAF=121 ++ IKF=36.4m ISE=1.24p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=90.0m RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=587p TR=95.0n EG=1.12 ) + +*SRC=BC857CT;DI_BC857CT;BJTs PNP; Si; 45.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC857CT PNP (IS=10.2f NF=1.00 BF=1.09k VAF=121 ++ IKF=36.4m ISE=1.24p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=90.0m RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=30.8p VJE=1.10 MJE=0.500 CJC=12.1p VJC=0.300 ++ MJC=0.300 TF=526p TR=95.0n EG=1.12 ) + +*SRC=BC857CW;DI_BC857CW;BJTs PNP; Si; 45.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC857CW PNP (IS=10.2f NF=1.00 BF=1.09k VAF=121 ++ IKF=36.4m ISE=1.24p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=90.0m RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=587p TR=95.0n EG=1.12 ) + +*SRC=BC858A;DIBC858A;BJTs PNP; Si; 30.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DIBC858A PNP (IS=10.2f NF=1.00 BF=342 VAF=98.6 ++ IKF=72.9m ISE=5.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=581p TR=97.8n EG=1.12 ) + +*SRC=BC858AW;DI_BC858AW;BJTs PNP; Si; 30.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC858AW PNP (IS=10.2f NF=1.00 BF=342 VAF=98.6 ++ IKF=72.9m ISE=5.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=581p TR=97.8n EG=1.12 ) + +*SRC=BC858B;DI_BC858B;BJTs PNP; Si; 30.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC858B PNP (IS=10.2f NF=1.00 BF=650 VAF=98.6 ++ IKF=42.5m ISE=2.25p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.105 RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=586p TR=95.9n EG=1.12 ) + +*SRC=BC858BW;DI_BC858BW;BJTs PNP; Si; 30.0V 0.100A 200MHz Diodes, Inc. transistor +.MODEL DI_BC858BW PNP (IS=5.51f NF=1.00 BF=424 VAF=98.6 ++ IKF=36.4m ISE=2.35p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=90.0m RE=0.765 RB=3.06 RC=0.306 ++ XTB=1.5 CJE=26.9p VJE=1.10 MJE=0.500 CJC=8.67p VJC=0.300 ++ MJC=0.300 TF=700p TR=121n EG=1.12 ) + +*SRC=BC858C;DI_BC858C;BJTs PNP; Si; 30.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC858C PNP (IS=10.2f NF=1.00 BF=1.09k VAF=98.6 ++ IKF=36.4m ISE=1.24p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=90.0m RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=587p TR=95.0n EG=1.12 ) + +*SRC=BC858CW;DI_BC858CW;BJTs PNP; Si; 30.0V 0.100A 250MHz Diodes Inc. BJTs +.MODEL DI_BC858CW PNP (IS=10.2f NF=1.00 BF=1.09k VAF=98.6 ++ IKF=36.4m ISE=1.24p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=90.0m RE=0.715 RB=2.86 RC=0.286 ++ XTB=1.5 CJE=13.3p VJE=1.10 MJE=0.500 CJC=7.80p VJC=0.300 ++ MJC=0.300 TF=587p TR=95.0n EG=1.12 ) + +*SRC=DMMT3904W;DI_DMMT3904W;BJTs NPN; Si; 40.0V 0.200A 347MHz Diodes +Inc. Matched Transistor +.MODEL DI_DMMT3904W NPN (IS=20.3f NF=1.00 BF=274 VAF=114 ++ IKF=36.4m ISE=6.99p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=90.0m RE=0.657 RB=2.63 RC=0.263 ++ XTB=1.5 CJE=8.29p VJE=1.10 MJE=0.500 CJC=7.10p VJC=0.300 ++ MJC=0.300 TF=426p TR=71.3n EG=1.12 ) + +***************************************************************************************************************************************** +*SRC=DMMT3906;DI_DMMT3906;BJTs PNP; Si; 40.0V 0.200A 257MHz Diodes Inc. Matched BJTs - Single device of dual +.MODEL DI_DMMT3906 PNP (IS=20.3f NF=1.00 BF=437 VAF=114 ++ IKF=44.6m ISE=6.81p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.120 RE=1.16 RB=4.63 RC=0.463 ++ XTB=1.5 CJE=23.5p VJE=1.10 MJE=0.500 CJC=10.7p VJC=0.300 ++ MJC=0.300 TF=504p TR=94.3n EG=1.12 ) +***************************************************************************************************************************************** + +*SRC=DMMT3906W;DI_DMMT3906W;BJTs PNP; Si; 40.0V 0.200A 257MHz Diodes, Inc. PNP +.MODEL DI_DMMT3906W PNP (IS=20.3f NF=1.00 BF=274 VAF=114 ++ IKF=36.4m ISE=6.99p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=90.0m RE=1.01 RB=4.03 RC=0.403 ++ XTB=1.5 CJE=12.1p VJE=1.10 MJE=0.500 CJC=10.7p VJC=0.300 ++ MJC=0.300 TF=531p TR=85.6n EG=1.12 ) + +*SRC=DMMT5551;DI_DMMT5551;BJTs NPN; Si; 160V 0.200A 150MHz Diodes Inc. Matched BJTs - Single device of dual +.MODEL DI_DMMT5551 NPN (IS=15.4f NF=1.00 BF=342 VAF=228 ++ IKF=42.5m ISE=5.27p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.105 RE=0.257 RB=1.03 RC=0.103 ++ XTB=1.5 CJE=52.0p VJE=1.10 MJE=0.500 CJC=16.8p VJC=0.300 ++ MJC=0.300 TF=873p TR=163n EG=1.12 ) + +*SRC=IMT4;DI_IMT4;BJTs PNP; Si; 120V 50.0mA 200MHz Diodes Inc. +Transistor +.MODEL DI_IMT4 PNP (IS=12.8f NF=1.00 BF=513 VAF=197 ++ IKF=30.4m ISE=2.70p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=75.0m RE=1.43 RB=5.72 RC=0.572 ++ XTB=1.5 CJE=19.1p VJE=1.10 MJE=0.500 CJC=6.15p VJC=0.300 ++ MJC=0.300 TF=710p TR=121n EG=1.12 ) + +*SRC=IMX8;DI_IMX8;BJTs NPN; Si; 120V 50.0mA 300MHz Diodes Inc. +Transistor +.MODEL DI_IMX8 NPN (IS=14.6f NF=1.00 BF=581 VAF=197 ++ IKF=30.4m ISE=2.54p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=75.0m RE=0.830 RB=3.32 RC=0.332 ++ XTB=1.5 CJE=12.5p VJE=1.10 MJE=0.500 CJC=4.02p VJC=0.300 ++ MJC=0.300 TF=475p TR=80.1n EG=1.12 ) + +*SRC=MMBT123S;DI_MMBT123S;BJTs NPN; Si; 18.0V 1.00A 100MHz Diodes Inc. +BJTs +.MODEL DI_MMBT123S NPN (IS=102f NF=1.00 BF=1.09k VAF=76.4 ++ IKF=0.425 ISE=13.4p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=1.05 RE=0.181 RB=0.726 RC=72.6m ++ XTB=1.5 CJE=71.7p VJE=1.10 MJE=0.500 CJC=23.1p VJC=0.300 MJC=0.300 ++ TF=1.55n TR=238n EG=1.12 ) + +*SRC=MMBT2222A;DI_MMBT2222A;BJTs NPN; Si; 40.0V 0.600A 200MHz Diodes Inc. Transistor +.MODEL DI_MMBT2222A NPN (IS=25.4f NF=1.00 BF=274 VAF=114 ++ IKF=0.121 ISE=14.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.300 RE=0.219 RB=0.877 RC=87.7m ++ XTB=1.5 CJE=27.6p VJE=1.10 MJE=0.500 CJC=14.2p VJC=0.300 ++ MJC=0.300 TF=622p TR=124n EG=1.12 ) + +*SRC=MMBT2222AT;DI_MMBT2222AT;BJTs NPN; Si; 40.0V 0.600A 300MHz Diodes +Inc. BJTs +.MODEL DI_MMBT2222AT NPN (IS=60.4f NF=1.00 BF=301 VAF=114 ++ IKF=66.8m ISE=14.8p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.165 RE=0.261 RB=1.04 RC=0.104 ++ XTB=1.5 CJE=36.2p VJE=1.10 MJE=0.500 CJC=23.1p VJC=0.300 MJC=0.300 ++ TF=491p TR=82.1n EG=1.12 ) + +*SRC=MMBT2907A;DI_MMBT2907A;BJTs PNP; Si; 60.0V 0.600A 200MHz Diodes Inc. Transistor +.MODEL DI_MMBT2907A PNP (IS=60.7f NF=1.00 BF=312 VAF=139 ++ IKF=0.219 ISE=26.0p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.540 RE=85.8m RB=0.343 RC=34.3m ++ XTB=1.5 CJE=50.4p VJE=1.10 MJE=0.500 CJC=23.1p VJC=0.300 ++ MJC=0.300 TF=758p TR=123n EG=1.12 ) + +*SRC=MMBT2907AT;DI_MMBT2907AT;BJTs PNP; Si; 60.0V 0.500A 300MHz Diodes Inc. BJTs .MODEL DI_MMBT2907AT PNP (IS=50.0f NF=1.00 BF=410 VAF=139 + IKF=0.182 ISE=16.4p NE=2.00 BR=4.00 NR=1.00 + VAR=20.0 IKR=0.450 RE=0.343 RB=1.37 RC=0.137 + XTB=1.5 CJE=34.9p VJE=1.10 MJE=0.500 CJC=14.7p VJC=0.300 + MJC=0.300 TF=484p TR=29.9n EG=1.12 ) + +*SRC=MMBT3904;DI_MMBT3904;BJTs NPN; Si; 40.0V 0.200A 347MHz Diodes Inc. NPN Transistor +.MODEL DI_MMBT3904 NPN (IS=48.3f NF=1.00 BF=410 VAF=114 ++ IKF=0.121 ISE=13.1p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.300 RE=2.63 RB=10.5 RC=1.05 ++ XTB=1.5 CJE=9.67p VJE=1.10 MJE=0.500 CJC=8.70p VJC=0.300 ++ MJC=0.300 TF=440p TR=74.7n EG=1.12 ) + +*SRC=MMBT3904T;DI_MMBT3904T;BJTs NPN; Si; 40.0V 0.200A 347MHz Diodes +Inc. BJTs +.MODEL DI_MMBT3904T NPN (IS=20.2f NF=1.00 BF=410 VAF=114 ++ IKF=30.4m ISE=4.25p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=75.0m RE=0.707 RB=2.83 RC=0.283 ++ XTB=1.5 CJE=8.92p VJE=1.10 MJE=0.500 CJC=7.10p VJC=0.300 MJC=0.300 ++ TF=383p TR=69.9n EG=1.12 ) + +*SRC=MMBT3906;DI_MMBT3906;BJTs PNP; Si; 40.0V 0.200A 257MHz Diodes Inc. Transistor +.MODEL DI_MMBT3906 PNP (IS=20.3f NF=1.00 BF=192 VAF=114 ++ IKF=60.7m ISE=12.9p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=1.16 RB=4.63 RC=0.463 ++ XTB=1.5 CJE=7.60p VJE=1.10 MJE=0.500 CJC=6.52p VJC=0.300 ++ MJC=0.300 TF=589p TR=98.4n EG=1.12 ) + +*SRC=MMBT3906T;DI_MMBT3906T;BJTs PNP; Si; 40.0V 0.200A 257MHz Didoes +Inc. BJTs +.MODEL DI_MMBT3906T NPN (IS=7.21e-016 NF=1.00 BF=410 VAF=114 ++ IKF=60.7m ISE=1.13p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=1.21 RB=4.83 RC=0.483 ++ XTB=1.5 CJE=10.9p VJE=1.10 MJE=0.500 CJC=6.63p VJC=0.300 MJC=0.300 ++ TF=571p TR=84.1n EG=1.12 ) + +*SRC=MMBT4124;DI_MMBT4124;BJTs NPN; Si; 30.0V 0.200A 347MHz Diodes Inc. NPN Transistor +.MODEL DI_MMBT4124 NPN (IS=20.7f NF=1.00 BF=492 VAF=98.6 ++ IKF=72.9m ISE=5.54p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=2.63 RB=10.5 RC=1.05 ++ XTB=1.5 CJE=9.65p VJE=1.10 MJE=0.500 CJC=9.47p VJC=0.300 ++ MJC=0.300 TF=415p TR=69.8n EG=1.12 ) + +*SRC=MMBT4126;DI_MMBT4126;BJTs PNP; Si; 25.0V 0.200A 257MHz Diodes Inc. Transistor +.MODEL DI_MMBT4126 PNP (IS=20.3f NF=1.00 BF=598 VAF=90.0 ++ IKF=72.9m ISE=4.52p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.180 RE=0.257 RB=1.03 RC=0.103 ++ XTB=1.5 CJE=13.8p VJE=1.10 MJE=0.500 CJC=10.7p VJC=0.300 ++ MJC=0.300 TF=569p TR=93.4n EG=1.12 ) + +*SRC=MMBT4126;DI_MMBT4126;BJTs PNP; Si; 25.0V 0.200A 257MHz Diodes Inc. Transistor +.MODEL DI_MMBT4126 PNP (IS=20.3f NF=1.00 BF=598 VAF=90.0 ++ IKF=72.9m ISE=4.52p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.180 RE=0.257 RB=1.03 RC=0.103 ++ XTB=1.5 CJE=13.8p VJE=1.10 MJE=0.500 CJC=10.7p VJC=0.300 ++ MJC=0.300 TF=569p TR=93.4n EG=1.12 ) + +*SRC=MMBT4401;DI_MMBT4401;BJTs NPN; Si; 40.0V 0.600A 200MHz Diodes, Inc. transistor +.MODEL DI_MMBT4401 NPN (IS=60.9f NF=1.00 BF=410 VAF=114 ++ IKF=0.364 ISE=25.5p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.900 RE=0.713 RB=2.85 RC=0.285 ++ XTB=1.5 CJE=36.2p VJE=1.10 MJE=0.500 CJC=15.4p VJC=0.300 ++ MJC=0.300 TF=717p TR=121n EG=1.12 ) + +*SRC=MMBT4401T;DI_MMBT4401T;BJTs NPN; Si; 40.0V 0.600A 275MHz Diodes +Inc. BJTs +.MODEL DI_MMBT4401T NPN (IS=1.27p NF=1.00 BF=410 VAF=114 ++ IKF=60.7m ISE=47.7p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.261 RB=1.04 RC=0.104 ++ XTB=1.5 CJE=27.7p VJE=1.10 MJE=0.500 CJC=14.2p VJC=0.300 MJC=0.300 ++ TF=533p TR=84.1n EG=1.12 ) + +*SRC=MMBT4403;DI_MMBT4403;BJTs PNP; Si; 40.0V 0.600A 300MHz Diodes Inc. Transistor +.MODEL DI_MMBT4403 PNP (IS=26.9f NF=1.00 BF=274 VAF=114 ++ IKF=0.304 ISE=23.2p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.750 RE=0.263 RB=1.05 RC=0.105 ++ XTB=1.5 CJE=36.2p VJE=1.10 MJE=0.500 CJC=24.6p VJC=0.300 ++ MJC=0.300 TF=500p TR=82.4n EG=1.12 ) + +***************************************************************************************************************************************** +*SRC=MMBT4403T;DI_MMBT4403T;BJTs PNP; Si; 40.0V 0.600A 200MHz Diodes Inc. BJTs +.MODEL DI_MMBT4403T PNP (IS=60.4f NF=1.00 BF=410 VAF=114 ++ IKF=0.304 ISE=23.2p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.750 RE=0.261 RB=1.04 RC=0.104 ++ XTB=1.5 CJE=27.7p VJE=1.10 MJE=0.500 CJC=18.5p VJC=0.300 ++ MJC=0.300 TF=667p TR=84.1n EG=1.12 ) +***************************************************************************************************************************************** + +*SRC=MMBT5401;DI_MMBT5401;BJTs PNP; Si; 150V 0.200A 300MHz Diodes Inc. +Transistor +.MODEL DI_MMBT5401 PNP (IS=20.3f NF=1.00 BF=328 VAF=220 ++ IKF=72.9m ISE=8.24p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=0.257 RB=1.03 RC=0.103 ++ XTB=1.5 CJE=54.3p VJE=1.10 MJE=0.500 CJC=17.5p VJC=0.300 ++ MJC=0.300 TF=315p TR=81.7n EG=1.12 ) + +*SRC=MMBT5551;DI_MMBT5551;BJTs NPN; Si; 160V 0.200A 130MHz Diodes Inc. +Transistor +.MODEL DI_MMBT5551 NPN (IS=20.2f NF=1.00 BF=219 VAF=228 ++ IKF=36.4m ISE=8.72p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=90.0m RE=0.257 RB=1.03 RC=0.103 ++ XTB=1.5 CJE=27.9p VJE=1.10 MJE=0.500 CJC=8.99p VJC=0.300 MJC=0.300 ++ TF=1.13n TR=193n EG=1.12 ) + +*SRC=MMBTA05;DI_MMBTA05;BJTs NPN; Si; 60.0V 0.500A 219MHz Diodes Inc. +BJTs +.MODEL DI_MMBTA05 NPN (IS=51.3f NF=1.00 BF=547 VAF=139 ++ IKF=0.146 ISE=11.1p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.360 RE=0.223 RB=0.892 RC=89.2m ++ XTB=1.5 CJE=58.7p VJE=1.10 MJE=0.500 CJC=18.9p VJC=0.300 MJC=0.300 ++ TF=631p TR=110n EG=1.12 ) + +*SRC=MMBTA06;DI_MMBTA06;BJTs NPN; Si; 80.0V 0.500A 219MHz Diodes Inc. Transistor +.MODEL DI_MMBTA06 NPN (IS=50.8f NF=1.00 BF=479 VAF=161 ++ IKF=91.1m ISE=9.99p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.225 RE=0.103 RB=0.412 RC=41.2m ++ XTB=1.5 CJE=58.7p VJE=1.10 MJE=0.500 CJC=18.9p VJC=0.300 ++ MJC=0.300 TF=576p TR=110n EG=1.12 ) + +*SRC=MMBTA42;DI_MMBTA42;BJTs NPN; Si; 300V 0.500A 219MHz Diodes Inc. NPN Transistor +.MODEL DI_MMBTA42 NPN (IS=51.0f NF=1.00 BF=194 VAF=312 ++ IKF=0.182 ISE=34.9p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.450 RE=11.6 RB=46.3 RC=4.63 ++ XTB=1.5 CJE=58.7p VJE=1.10 MJE=0.500 CJC=18.9p VJC=0.300 ++ MJC=0.300 TF=481p TR=115n EG=1.12 ) + +*SRC=MMBTA55;DI_MMBTA55;BJTs PNP; Si; 60.0V 0.500A 163MHz Diodes Inc. Transistor +.MODEL DI_MMBTA55 PNP (IS=50.8f NF=1.00 BF=479 VAF=139 ++ IKF=91.1m ISE=9.99p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.225 RE=0.103 RB=0.412 RC=41.2m ++ XTB=1.5 CJE=125p VJE=1.10 MJE=0.500 CJC=40.2p VJC=0.300 ++ MJC=0.300 TF=660p TR=149n EG=1.12 ) + +*SRC=MMBTA56;DI_MMBTA56;BJTs PNP; Si; 80.0V 0.500A 163MHz Diodes Inc. +Transistor +.MODEL DI_MMBTA56 PNP (IS=50.8f NF=1.00 BF=479 VAF=161 ++ IKF=91.1m ISE=9.99p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.225 RE=0.103 RB=0.412 RC=41.2m ++ XTB=1.5 CJE=125p VJE=1.10 MJE=0.500 CJC=40.2p VJC=0.300 ++ MJC=0.300 TF=660p TR=149n EG=1.12 ) + +*SRC=MMBTA92;DI_MMBTA92;BJTs PNP; Si; 300V 0.500A 60.0MHz Diodes Inc. +Transistor +.MODEL DI_MMBTA92 PNP (IS=177f NF=1.00 BF=239 VAF=312 ++ IKF=72.9m ISE=33.4p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=1.16 RB=4.63 RC=0.463 ++ XTB=1.5 CJE=125p VJE=1.10 MJE=0.500 CJC=40.2p VJC=0.300 MJC=0.300 ++ TF=2.18n TR=415n EG=1.12 ) + +*SRC=MMBTH10;DI_MMBTH10;BJTs NPN; Si; 25.0V 50.0mA 1.00kMHz Diodes Inc. Transistor +.MODEL DI_MMBTH10 NPN (IS=1.26e-016 NF=1.00 BF=95.8 VAF=90.0 ++ IKF=24.3m ISE=1.28p NE=2.00 BR=4.00 NR=1.00 ++ VAR=12.0 IKR=60.0m RE=1.51 RB=6.05 RC=0.605 ++ XTB=1.5 CJE=6.27p VJE=1.10 MJE=0.500 CJC=2.02p VJC=0.300 ++ MJC=0.300 TF=130p TR=27.4n EG=1.12 ) + +*SRC=MMBTH24;DI_MMBTH24;BJTs NPN; Si; 40.0V 50.0mA 1.00kMHz Diodes Inc. Transistor +.MODEL DI_MMBTH24 NPN (IS=1.26e-016 NF=1.00 BF=95.8 VAF=114 ++ IKF=24.3m ISE=1.28p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=60.0m RE=1.51 RB=6.05 RC=0.605 ++ XTB=1.5 CJE=6.27p VJE=1.10 MJE=0.500 CJC=2.02p VJC=0.300 ++ MJC=0.300 TF=130p TR=27.4n EG=1.12 ) + +F=496p TR=81.1n EG=1.12 ) + +***************************************************************************************************************************************** +*SRC=MMDT2227;DI_MMDT2227_NPN;BJTs NPN; Si; 40.0V 0.600A 300MHz Diodes Inc. BJTs - Complementary +.MODEL DI_MMDT2227_NPN NPN (IS=61.0f NF=1.00 BF=410 VAF=114 ++ IKF=0.121 ISE=14.8p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.300 RE=0.269 RB=1.08 RC=0.108 ++ XTB=1.5 CJE=27.7p VJE=1.10 MJE=0.500 CJC=15.3p VJC=0.300 ++ MJC=0.300 TF=496p TR=81.1n EG=1.12 ) + +*SRC=MMDT2227;DI_MMDT2227_PNP;BJTs PNP; Si; 60.0V 0.600A 300MHz Diodes Inc. BJTs - Complementary +.MODEL DI_MMDT2227_PNP PNP (IS=61.2f NF=1.00 BF=410 VAF=139 ++ IKF=0.279 ISE=22.4p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.690 RE=0.361 RB=1.44 RC=0.144 ++ XTB=1.5 CJE=27.6p VJE=1.10 MJE=0.500 CJC=18.5p VJC=0.300 ++ MJC=0.300 TF=491p TR=81.1n EG=1.12 ) +***************************************************************************************************************************************** + +***************************************************************************************************************************************** +*SRC=MMDT2907A;DI_MMDT2907A;BJTs PNP; Si; 60.0V 0.600A 300MHz Diodes Inc. BJTs - Single device of dual +.MODEL DI_MMDT2907A PNP (IS=61.2f NF=1.00 BF=410 VAF=139 ++ IKF=0.279 ISE=22.4p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.690 RE=0.361 RB=1.44 RC=0.144 ++ XTB=1.5 CJE=27.6p VJE=1.10 MJE=0.500 CJC=18.5p VJC=0.300 ++ MJC=0.300 TF=491p TR=81.1n EG=1.12 ) +***************************************************************************************************************************************** + +*SRC=MMDT3904;DI_MMDT3904;BJTs NPN; Si; 40.0V 0.200A 347MHz Diodes +Inc. BJTs - Single device of dual +.MODEL DI_MMDT3904 NPN (IS=5.81e-016 NF=1.00 BF=410 VAF=114 ++ IKF=0.304 ISE=2.28p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.750 RE=0.707 RB=2.83 RC=0.283 ++ XTB=1.5 CJE=9.67p VJE=1.10 MJE=0.500 CJC=6.86p VJC=0.300 MJC=0.300 ++ TF=450p TR=70.2n EG=1.12 ) + +*SRC=MMDT3906;DI_MMDT3906;BJTs PNP; Si; 40.0V 0.200A 257MHz Diodes +Inc. BJTs - Single device of dual +.MODEL DI_MMDT3906 PNP (IS=7.21e-016 NF=1.00 BF=410 VAF=114 ++ IKF=48.6m ISE=1.01p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.120 RE=1.21 RB=4.83 RC=0.483 ++ XTB=1.5 CJE=10.9p VJE=1.10 MJE=0.500 CJC=7.57p VJC=0.300 MJC=0.300 ++ TF=558p TR=84.1n EG=1.12 ) + +***************************************************************************************************************************************** +*SRC=MMDT3946;DI_MMDT3946_NPN;BJTs NPN; Si; 40.0V 0.200A 347MHz Diodes Inc. BJTs - Complementary +.MODEL DI_MMDT3946_NPN NPN (IS=5.81e-016 NF=1.00 BF=410 VAF=114 ++ IKF=0.304 ISE=2.28p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.750 RE=0.707 RB=2.83 RC=0.283 ++ XTB=1.5 CJE=9.67p VJE=1.10 MJE=0.500 CJC=6.86p VJC=0.300 ++ MJC=0.300 TF=450p TR=70.2n EG=1.12 ) + +*SRC=MMDT3946;DI_MMDT3946_PNP;BJTs PNP; Si; 40.0V 0.200A 257MHz Diodes Inc. BJTs - Complementary +.MODEL DI_MMDT3946_PNP PNP (IS=7.21e-016 NF=1.00 BF=410 VAF=114 ++ IKF=48.6m ISE=1.01p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.120 RE=1.21 RB=4.83 RC=0.483 ++ XTB=1.5 CJE=10.9p VJE=1.10 MJE=0.500 CJC=7.57p VJC=0.300 ++ MJC=0.300 TF=558p TR=84.1n EG=1.12 ) +***************************************************************************************************************************************** + +*SRC=MMDT4124;DI_MMDT4124;BJTs NPN; Si; 25.0V 0.200A 347MHz Diodes +Inc. BTJs - Single device of dual +.MODEL DI_MMDT4124 NPN (IS=5.81e-016 NF=1.00 BF=492 VAF=90.0 ++ IKF=30.4m ISE=600f NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=75.0m RE=0.707 RB=2.83 RC=0.283 ++ XTB=1.5 CJE=7.96p VJE=1.10 MJE=0.500 CJC=7.10p VJC=0.300 MJC=0.300 ++ TF=386p TR=69.8n EG=1.12 ) + +*SRC=MMDT4126;DI_MMDT4126;BJTs PNP; Si; 25.0V 0.200A 257MHz Diodes +Inc. BTJs - Single device of dual +.MODEL DI_MMDT4126 PNP (IS=7.06e-016 NF=1.00 BF=492 VAF=90.0 ++ IKF=60.7m ISE=935f NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.150 RE=1.16 RB=4.63 RC=0.463 ++ XTB=1.5 CJE=7.24p VJE=1.10 MJE=0.500 CJC=7.10p VJC=0.300 MJC=0.300 ++ TF=585p TR=94.0n EG=1.12 ) + +*SRC=MMBT4124;DI_MMBT4124;BJTs NPN; Si; 30.0V 0.200A 347MHz Diodes Inc. NPN Transistor +.MODEL DI_MMBT4124 NPN (IS=20.7f NF=1.00 BF=492 VAF=98.6 ++ IKF=72.9m ISE=5.54p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=2.63 RB=10.5 RC=1.05 ++ XTB=1.5 CJE=9.65p VJE=1.10 MJE=0.500 CJC=9.47p VJC=0.300 ++ MJC=0.300 TF=415p TR=69.8n EG=1.12 ) + +*SRC=MMBT4126;DI_MMBT4126;BJTs PNP; Si; 25.0V 0.200A 257MHz Diodes Inc. Transistor +.MODEL DI_MMBT4126 PNP (IS=20.3f NF=1.00 BF=598 VAF=90.0 ++ IKF=72.9m ISE=4.52p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.180 RE=0.257 RB=1.03 RC=0.103 ++ XTB=1.5 CJE=13.8p VJE=1.10 MJE=0.500 CJC=10.7p VJC=0.300 ++ MJC=0.300 TF=569p TR=93.4n EG=1.12 ) + +*SRC=MMDT4401;DI_MMDT4401;BJTs NPN; Si; 40.0V 0.600A 275MHz Diodes +Inc. BJTs - Single device of dual +.MODEL DI_MMDT4401 NPN (IS=60.7f NF=1.00 BF=410 VAF=114 ++ IKF=0.219 ISE=19.7p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.540 RE=85.8m RB=0.343 RC=34.3m ++ XTB=1.5 CJE=36.2p VJE=1.10 MJE=0.500 CJC=15.4p VJC=0.300 MJC=0.300 ++ TF=539p TR=84.1n EG=1.12 ) + +*SRC=MMDT4403;DI_MMDT4403;BJTs PNP; Si; 40.0V 0.600A 275MHz Diodes +Inc. BJTs - Single device of dual +.MODEL DI_MMDT4403 PNP (IS=61.0f NF=1.00 BF=410 VAF=114 ++ IKF=0.340 ISE=24.7p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.269 RB=1.08 RC=0.108 ++ XTB=1.5 CJE=27.6p VJE=1.10 MJE=0.500 CJC=18.5p VJC=0.300 MJC=0.300 ++ TF=516p TR=84.1n EG=1.12 ) + +***************************************************************************************************************************************** +*SRC=MMDT4413;DI_MMDT4413_NPN;BJTs NPN; Si; 40.0V 0.600A 275MHz Diodes Inc. BJTs - Complementaryl +.MODEL DI_MMDT4413_NPN NPN (IS=60.7f NF=1.00 BF=410 VAF=114 ++ IKF=0.219 ISE=19.7p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.540 RE=85.8m RB=0.343 RC=34.3m ++ XTB=1.5 CJE=36.2p VJE=1.10 MJE=0.500 CJC=15.4p VJC=0.300 ++ MJC=0.300 TF=539p TR=84.1n EG=1.12 ) + +*SRC=MMDT4413;DI_MMDT4413_PNP;BJTs PNP; Si; 40.0V 0.600A 275MHz Diodes Inc. BJTs - Complementary +.MODEL DI_MMDT4413_PNP PNP (IS=61.0f NF=1.00 BF=410 VAF=114 ++ IKF=0.340 ISE=24.7p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.269 RB=1.08 RC=0.108 ++ XTB=1.5 CJE=27.6p VJE=1.10 MJE=0.500 CJC=18.5p VJC=0.300 ++ MJC=0.300 TF=516p TR=84.1n EG=1.12 ) +***************************************************************************************************************************************** + +*SRC=MMDT5401;DI_MMDT5401;BJTs PNP; Si; 150V 0.200A 257MHz Diodes Inc. BJTs - Single device of dual +.MODEL DI_MMDT5401 PNP (IS=6.83f NF=1.00 BF=328 VAF=220 ++ IKF=72.9m ISE=4.78p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=0.157 RB=0.630 RC=63.0m ++ XTB=1.5 CJE=52.0p VJE=1.10 MJE=0.500 CJC=16.8p VJC=0.300 ++ MJC=0.300 TF=450p TR=95.4n EG=1.12 ) + +*SRC=MMDT5551;DI_MMDT5551;BJTs NPN; Si; 160V 0.200A 130MHz Diodes Inc. +Transistor - single device of dual +.MODEL DI_MMDT5551 NPN (IS=20.2f NF=1.00 BF=219 VAF=228 ++ IKF=36.4m ISE=8.72p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=90.0m RE=0.257 RB=1.03 RC=0.103 ++ XTB=1.5 CJE=27.9p VJE=1.10 MJE=0.500 CJC=8.99p VJC=0.300 MJC=0.300 ++ TF=1.13n TR=193n EG=1.12 ) + +*SRC=MMST2222A;DI_MMST2222A;BJTs NPN; Si; 40.0V 0.600A 300MHz Diodes +Inc. BJTs +.MODEL DI_MMST2222A NPN (IS=61.0f NF=1.00 BF=410 VAF=114 ++ IKF=0.121 ISE=14.8p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.300 RE=0.269 RB=1.08 RC=0.108 ++ XTB=1.5 CJE=27.6p VJE=1.10 MJE=0.500 CJC=15.0p VJC=0.300 MJC=0.300 ++ TF=496p TR=84.1n EG=1.12 ) + +*SRC=MMST2907A;DI_MMST2907A;BJTs PNP; Si; 60.0V 0.600A 275MHz Diodes +Inc. BJTs +.MODEL DI_MMST2907A PNP (IS=59.9f NF=1.00 BF=410 VAF=139 ++ IKF=0.273 ISE=21.9p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.675 RE=0.344 RB=1.38 RC=0.138 ++ XTB=1.5 CJE=30.2p VJE=1.10 MJE=0.500 CJC=18.5p VJC=0.300 MJC=0.300 ++ TF=513p TR=29.9n EG=1.12 ) + +*SRC=MMST3904;DI_MMST3904;BJTs NPN; Si; 40.0V 0.200A 347MHz Diodes +Inc. BJTs +.MODEL DI_MMST3904 NPN (IS=3.95e-016 NF=1.00 BF=410 VAF=114 ++ IKF=30.4m ISE=593f NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=75.0m RE=0.707 RB=2.83 RC=0.283 ++ XTB=1.5 CJE=9.95p VJE=1.10 MJE=0.500 CJC=8.99p VJC=0.300 MJC=0.300 ++ TF=367p TR=70.2n EG=1.12 ) + +*SRC=MMST3906;DI_MMST3906;BJTs PNP; Si; 40.0V 0.200A 347MHz Diodes +Inc. BJTs +.MODEL DI_MMST3906 PNP (IS=7.06e-016 NF=1.00 BF=410 VAF=114 ++ IKF=60.7m ISE=1.12p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.150 RE=1.16 RB=4.63 RC=0.463 ++ XTB=1.5 CJE=7.84p VJE=1.10 MJE=0.500 CJC=7.10p VJC=0.300 MJC=0.300 ++ TF=422p TR=84.1n EG=1.12 ) + +*SRC=MMST4124;DI_MMST4124;BJTs NPN; Si; 25.0V 0.200A 347MHz Diodes +Inc. BJTs +.MODEL DI_MMST4124 NPN (IS=5.81e-016 NF=1.00 BF=492 VAF=90.0 ++ IKF=30.4m ISE=600f NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=75.0m RE=0.707 RB=2.83 RC=0.283 ++ XTB=1.5 CJE=7.84p VJE=1.10 MJE=0.500 CJC=7.10p VJC=0.300 MJC=0.300 ++ TF=387p TR=69.8n EG=1.12 ) + +*SRC=MMST4126;DI_MMST4126;BJTs PNP; Si; 25.0V 0.200A 257MHz Diodes +Inc. BJTs +.MODEL DI_MMST4126 PNP (IS=7.06e-016 NF=1.00 BF=492 VAF=90.0 ++ IKF=48.6m ISE=836f NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.120 RE=1.16 RB=4.63 RC=0.463 ++ XTB=1.5 CJE=7.24p VJE=1.10 MJE=0.500 CJC=6.86p VJC=0.300 MJC=0.300 ++ TF=576p TR=94.0n EG=1.12 ) + +*SRC=MMST4401;DI_MMST4401;BJTs NPN; Si; 40.0V 0.600A 275MHz Diodes Inc. BJTs +.MODEL DI_MMST4401 NPN (IS=1.27p NF=1.00 BF=410 VAF=114 ++ IKF=60.7m ISE=47.7p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.261 RB=1.04 RC=0.104 ++ XTB=1.5 CJE=27.7p VJE=1.10 MJE=0.500 CJC=14.2p VJC=0.300 ++ MJC=0.300 TF=533p TR=84.1n EG=1.12 ) + +*SRC=MMST4403;DI_MMST4403;BJTs PNP; Si; 40.0V 0.600A 300MHz Diodes +Inc. BJTs +.MODEL DI_MMST4403 PNP (IS=60.4f NF=1.00 BF=410 VAF=114 ++ IKF=0.334 ISE=24.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.825 RE=0.261 RB=1.04 RC=0.104 ++ XTB=1.5 CJE=31.4p VJE=1.10 MJE=0.500 CJC=18.5p VJC=0.300 MJC=0.300 ++ TF=486p TR=81.1n EG=1.12 ) + +*SRC=MMST5401;DI_MMST5401;BJTs PNP; Si; 150V 0.200A 257MHz Diodes Inc. BJTs - Single device of dual +.MODEL DI_MMST5401 PNP (IS=6.83f NF=1.00 BF=328 VAF=220 ++ IKF=72.9m ISE=4.78p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.180 RE=0.157 RB=0.630 RC=63.0m ++ XTB=1.5 CJE=52.0p VJE=1.10 MJE=0.500 CJC=16.8p VJC=0.300 ++ MJC=0.300 TF=450p TR=95.4n EG=1.12 ) + +*SRC=MMST5551;DI_MMST5551;BJTs NPN; Si; 160V 0.200A 130MHz Diodes Inc. +Transistor +.MODEL DI_MMST5551 NPN (IS=20.2f NF=1.00 BF=219 VAF=228 ++ IKF=36.4m ISE=8.72p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=90.0m RE=0.257 RB=1.03 RC=0.103 ++ XTB=1.5 CJE=27.9p VJE=1.10 MJE=0.500 CJC=8.99p VJC=0.300 MJC=0.300 ++ TF=1.13n TR=193n EG=1.12 ) + +*SRC=MMSTA05;DI_MMSTA05;BJTs NPN; Si; 60.0V 0.500A 219MHz Diodes Inc. +BJTs +.MODEL DI_MMSTA05 NPN (IS=94.2f NF=1.00 BF=331 VAF=139 ++ IKF=0.146 ISE=24.9p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.360 RE=0.215 RB=0.860 RC=86.0m ++ XTB=1.5 CJE=58.7p VJE=1.10 MJE=0.500 CJC=18.9p VJC=0.300 MJC=0.300 ++ TF=633p TR=112n EG=1.12 ) + +*SRC=MMSTA06;DI_MMSTA06;BJTs NPN; Si; 80.0V 0.500A 219MHz Diodes Inc. +BJTs +.MODEL DI_MMSTA06 NPN (IS=94.2f NF=1.00 BF=301 VAF=161 ++ IKF=0.146 ISE=27.4p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.360 RE=0.215 RB=0.860 RC=86.0m ++ XTB=1.5 CJE=58.7p VJE=1.10 MJE=0.500 CJC=18.9p VJC=0.300 MJC=0.300 ++ TF=633p TR=112n EG=1.12 ) + +*SRC=MMSTA42;DI_MMSTA42;BJTs NPN; Si; 300V 0.200A 347MHz Diodes Inc. BJTs +.MODEL DI_MMSTA42 NPN (IS=109f NF=1.00 BF=219 VAF=312 ++ IKF=0.425 ISE=69.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=1.05 RE=1.21 RB=4.86 RC=0.486 ++ XTB=1.5 CJE=32.9p VJE=1.10 MJE=0.500 CJC=10.6p VJC=0.300 ++ MJC=0.300 TF=441p TR=72.5n EG=1.12 ) + +*SRC=MMSTA55;DI_MMSTA55;BJTs PNP; Si; 60.0V 0.500A 70.0MHz Diodes Inc. +BJTs +.MODEL DI_MMSTA55 PNP (IS=50.2f NF=1.00 BF=331 VAF=139 ++ IKF=0.182 ISE=20.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.450 RE=0.133 RB=0.532 RC=53.2m ++ XTB=1.5 CJE=125p VJE=1.10 MJE=0.500 CJC=40.2p VJC=0.300 MJC=0.300 ++ TF=2.16n TR=350n EG=1.12 ) + +*SRC=MMSTA56;DI_MMSTA56;BJTs PNP; Si; 80.0V 0.500A 70.0MHz Diodes Inc. +BJTs +.MODEL DI_MMSTA56 PNP (IS=50.2f NF=1.00 BF=331 VAF=161 ++ IKF=0.182 ISE=20.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=16.0 IKR=0.450 RE=0.133 RB=0.532 RC=53.2m ++ XTB=1.5 CJE=125p VJE=1.10 MJE=0.500 CJC=40.2p VJC=0.300 MJC=0.300 ++ TF=2.16n TR=350n EG=1.12 ) + +*SRC=MMSTA92;DI_MMSTA92;BJTs PNP; Si; 300V 0.100A 60.0MHz Diodes Inc. BJTs +.MODEL DI_MMSTA92 PNP (IS=53.7f NF=1.00 BF=164 VAF=312 ++ IKF=66.8m ISE=25.7p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.165 RE=0.565 RB=2.26 RC=0.226 ++ XTB=1.5 CJE=52.0p VJE=1.10 MJE=0.500 CJC=16.8p VJC=0.300 ++ MJC=0.300 TF=2.46n TR=426n EG=1.12 ) + +*SRC=MMBT6427;DI_MMBT6427;BJTs NPN;Darlington;40.0V 0.500A Diodes Inc. Darlington Transistor *SYM=DARBJTN .SUBCKT DII_MMBT6427 col base emtr Q1 col base eb QPWR .1 Q2 col eb emtr QPWR D1 emtr col DSUB D2 eb base DSUB .MODEL QPWR NPN (IS=600f NF=1.00 BF=448 VAF=114 + IKF=0.400 ISE=10.9p NE=2.00 BR=4.00 NR=1.00 + VAR=48.0 IKR=0.600 RE=0.300 RB=1.20 RC=0.120 + XTB=1.5 CJE=189p VJE=0.740 MJE=0.450 CJC=13.9p + VJC=1.10 MJC=0.240 TF=1.30n TR=659n ) + +*SRC=MMBTA13;DI_MMBTA13;BJTs NPN;Darlington;30.0V 0.300A Diodes Inc. NPN Darlington +*SYM=DARBJTN +.SUBCKT DI_MMBTA13 col base emtr +Q1 col base eb QPWR .1 +Q2 col eb emtr QPWR +D1 emtr col DSUB +D2 eb base DSUB +.MODEL QPWR NPN (IS=360f NF=1.00 BF=134 VAF=98.6 ++ IKF=0.240 ISE=21.9p NE=2.00 BR=4.00 NR=1.00 ++ VAR=40.0 IKR=0.360 RE=4.00 RB=16.0 RC=1.60 ++ XTB=1.5 CJE=189p VJE=0.740 MJE=0.450 CJC=13.9p ++ VJC=1.10 MJC=0.240 TF=3.77n TR=617n ) +.MODEL DSUB D( IS=360f N=1 RS=4.00 BV=30.0 ++ IBV=.001 CJO=13.9p TT=617n ) +.ENDS + +*SRC=MMBTA14;DI_MMBTA14;BJTs NPN;Darlington;30.0V 0.300A Diodes Inc. Darlington Transistor +*SYM=DARBJTN +.SUBCKT DI_MMBTA14 col base emtr +Q1 col base eb QPWR .1 +Q2 col eb emtr QPWR +D1 emtr col DSUB +D2 eb base DSUB +.MODEL QPWR NPN (IS=360f NF=1.00 BF=141 VAF=98.6 ++ IKF=0.240 ISE=20.8p NE=2.00 BR=4.00 NR=1.00 ++ VAR=40.0 IKR=0.360 RE=0.333 RB=1.33 RC=0.133 ++ XTB=1.5 CJE=189p VJE=0.740 MJE=0.450 CJC=13.9p ++ VJC=1.10 MJC=0.240 TF=3.57n TR=614n )=0.133 ++ XTB=1.5 CJE=189p VJE=0.740 MJE=0.450 CJC=13.9p ++ VJC=1.10 MJC=0.240 TF=3.57n TR=614n ) +.MODEL DSUB D( IS=360f N=1 RS=0.333 BV=30.0 ++ IBV=.001 CJO=13.9p TT=614n ) + +*SRC=MMBTA28;DI_MMBTA28;BJTs NPN;Darlington;80.0V 0.500A Diodes Inc. NPN Darlington +*SYM=DARBJTN +.SUBCKT DI_MMBTA28 col base emtr +Q1 col base eb QPWR .1 +Q2 col eb emtr QPWR +D1 emtr col DSUB +D2 eb base DSUB +.MODEL QPWR NPN (IS=600f NF=1.00 BF=134 VAF=161 ++ IKF=0.400 ISE=36.5p NE=2.00 BR=4.00 NR=1.00 ++ VAR=48.0 IKR=0.600 RE=0.500 RB=2.00 RC=0.200 ++ XTB=1.5 CJE=189p VJE=0.740 MJE=0.450 CJC=13.9p ++ VJC=1.10 MJC=0.240 TF=6.15n TR=1.01u ) +.MODEL DSUB D( IS=600f N=1 RS=0.500 BV=80.0 ++ IBV=.001 CJO=13.9p TT=1.01u ) +.ENDS + +*SRC=MMBTA63;DI_MMBTA63;BJTs PNP;Darlington;30.0V 0.500A Diodes Inc. Darlington Transistor *SYM=DARBJTP .SUBCKT DII_MMBTA63 col base emtr Q1 col base eb QPWR .1 Q2 col eb emtr QPWR D1 col emtr DSUB D2 base eb DSUB .MODEL QPWR PNP (IS=600f NF=1.00 BF=100 VAF=98.6 + IKF=0.400 ISE=49.0p NE=2.00 BR=4.00 NR=1.00 + VAR=40.0 IKR=0.600 RE=0.340 RB=1.36 RC=0.136 + XTB=1.5 CJE=115p VJE=0.740 MJE=0.450 CJC=16.5p + VJC=1.10 MJC=0.240 TF=5.05n TR=641n ) + +*SRC=MMBTA64;DI_MMBTA64;BJTs PNP;Darlington;30.0V 0.500A Diodes Inc. Darlington Transistor *SYM=DARBJTP .SUBCKT DII_MMBTA64 col base emtr Q1 col base eb QPWR .1 Q2 col eb emtr QPWR D1 col emtr DSUB D2 base eb DSUB .MODEL QPWR PNP (IS=600f NF=1.00 BF=141 VAF=98.6 + IKF=0.400 ISE=34.6p NE=2.00 BR=4.00 NR=1.00 + VAR=40.0 IKR=0.600 RE=0.340 RB=1.36 RC=0.136 + XTB=1.5 CJE=115p VJE=0.740 MJE=0.450 CJC=16.5p + VJC=1.10 MJC=0.240 TF=3.57n TR=614n ) + +*SRC=MMST6427;DI_MMST6427;BJTs NPN;Darlington;40.0V 0.500A Diodes Inc. Darlington Transistor *SYM=DARBJTN .SUBCKT DII_MMST6427 col base emtr Q1 col base eb QPWR .1 Q2 col eb emtr QPWR D1 emtr col DSUB D2 eb base DSUB .MODEL QPWR NPN (IS=600f NF=1.00 BF=448 VAF=114 + IKF=0.400 ISE=10.9p NE=2.00 BR=4.00 NR=1.00 + VAR=48.0 IKR=0.600 RE=0.300 RB=1.20 RC=0.120 + XTB=1.5 CJE=189p VJE=0.740 MJE=0.450 CJC=13.9p + VJC=1.10 MJC=0.240 TF=1.30n TR=659n ) + +*SRC=MMSTA13;DI_MMSTA13;BJTs NPN;Darlington;30.0V 0.300A Diodes Inc. Darlington Transistor *SYM=DARBJTN .SUBCKT DI_MMSTA13 col base emtr Q1 col base eb QPWR .1 Q2 col eb emtr QPWR D1 emtr col DSUB D2 eb base DSUB .MODEL QPWR NPN (IS=360f NF=1.00 BF=100 VAF=98.6 + IKF=0.240 ISE=29.4p NE=2.00 BR=4.00 NR=1.00 + VAR=40.0 IKR=0.360 RE=0.333 RB=1.33 RC=0.133 + XTB=1.5 CJE=189p VJE=0.740 MJE=0.450 CJC=13.9p + VJC=1.10 MJC=0.240 TF=5.05n TR=641n ) + +*SRC=MMSTA14;DI_MMSTA14;BJTs NPN;Darlington;30.0V 0.300A Diodes Inc. Darlington Transistor +*SYM=DARBJTN +.SUBCKT DI_MMSTA14 col base emtr +Q1 col base eb QPWR .1 +Q2 col eb emtr QPWR +D1 emtr col DSUB +D2 eb base DSUB +.MODEL QPWR NPN (IS=360f NF=1.00 BF=141 VAF=98.6 ++ IKF=0.240 ISE=20.8p NE=2.00 BR=4.00 NR=1.00 ++ VAR=40.0 IKR=0.360 RE=0.333 RB=1.33 RC=0.133 ++ XTB=1.5 CJE=189p VJE=0.740 MJE=0.450 CJC=13.9p ++ VJC=1.10 MJC=0.240 TF=3.57n TR=614n ) + +*SRC=MMSTA63;DI_MMSTA63;BJTs PNP;Darlington;30.0V 0.500A Diodes Inc. Darlington Transistor *SYM=DARBJTP .SUBCKT DII_MMSTA63 col base emtr Q1 col base eb QPWR .1 Q2 col eb emtr QPWR D1 col emtr DSUB D2 base eb DSUB .MODEL QPWR PNP (IS=600f NF=1.00 BF=100 VAF=98.6 + IKF=0.400 ISE=49.0p NE=2.00 BR=4.00 NR=1.00 + VAR=40.0 IKR=0.600 RE=0.340 RB=1.36 RC=0.136 + XTB=1.5 CJE=115p VJE=0.740 MJE=0.450 CJC=16.5p + VJC=1.10 MJC=0.240 TF=5.05n TR=641n ) + +*SRC=MMSTA64;DI_MMSTA64;BJTs PNP;Darlington;30.0V 0.500A Diodes Inc. Darlington Transistor *SYM=DARBJTP .SUBCKT DII_MMSTA64 col base emtr Q1 col base eb QPWR .1 Q2 col eb emtr QPWR D1 col emtr DSUB D2 base eb DSUB .MODEL QPWR PNP (IS=600f NF=1.00 BF=141 VAF=98.6 + IKF=0.400 ISE=34.6p NE=2.00 BR=4.00 NR=1.00 + VAR=40.0 IKR=0.600 RE=0.340 RB=1.36 RC=0.136 + XTB=1.5 CJE=115p VJE=0.740 MJE=0.450 CJC=16.5p + VJC=1.10 MJC=0.240 TF=3.57n TR=614n ) + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114EH;DI_DCX114EH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114EH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114EH;DI_DCX114EH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114EH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114EK;DI_DCX114EK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114EK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114EK;DI_DCX114EK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114EK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX123JU;DI_DCX123JU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX123JU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX123JU;DI_DCX123JU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX123JU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114TH;DI_DCX114TH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114TH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114TH;DI_DCX114TH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114TH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114TK;DI_DCX114TK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114TK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114TK;DI_DCX114TK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114TK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114TU;DI_DCX114TU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114TU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114TU;DI_DCX114TU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114TU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114YH;DI_DCX114YH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114YH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114YH;DI_DCX114YH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114YH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114YK;DI_DCX114YK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114YK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114YK;DI_DCX114YK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114YK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114YU;DI_DCX114YU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114YU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114YU;DI_DCX114YU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114YU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX122LH;DI_DCX122LH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX122LH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX122LH;DI_DCX122LH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX122LH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX122TH;DI_DCX122TH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX122TH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX122TH;DI_DCX122TH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX122TH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX123JH;DI_DCX123JH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX123JH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX123JH;DI_DCX123JH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX123JH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX123JK;DI_DCX123JK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX123JK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX123JK;DI_DCX123JK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX123JK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX123JU;DI_DCX123JU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX123JU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX123JU;DI_DCX123JU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX123JU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX124EH;DI_DCX124EH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX124EH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX124EH;DI_DCX124EH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX124EH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +*SRC=DCX124EK;DI_DCX124EK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX124EK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX124EK;DI_DCX124EK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX124EK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX124EU;DI_DCX124EU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX124EU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX124EU;DI_DCX124EU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX124EU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX142JH;DI_DCX142JH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX142JH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX142JH;DI_DCX142JH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX142JH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX142TH;DI_DCX142TH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX142TH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX142TH;DI_DCX142TH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX142TH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX143EH;DI_DCX143EH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX143EH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX143EH;DI_DCX143EH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX143EH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114EH;DI_DCX114EH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114EH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX114EH;DI_DCX114EH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX114EH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX143TK;DI_DCX143TK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX143TK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX143TK;DI_DCX143TK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX143TK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX143TU;DI_DCX143TU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX143TU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX143TU;DI_DCX143TU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX143TU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX144EH;DI_DCX144EH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX144EH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX144EH;DI_DCX144EH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX144EH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX144EK;DI_DCX144EK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX144EK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX144EK;DI_DCX144EK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX144EK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX144EU;DI_DCX144EU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX144EU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) +******************************************************************************************************************************** +*************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DCX144EU;DI_DCX144EU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DCX144EU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 )********* + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA114EH;DI_DDA114EH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA114EH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA114EK;DI_DDA114EK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA114EK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA114EU;DI_DDA114EU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA114EU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA114TH;DI_DDA114TH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA114TH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA114TK;DI_DDA114TK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA114TK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA114TU;DI_DDA114TU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA114TU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA114YH;DI_DDA114YH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA114YH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA114YK;DI_DDA114YK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA114YK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA114YU;DI_DDA114YU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA114YU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA122LH;DI_DDA122LH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA122LH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA122LU;DI_DDA122LU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA122LU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA122TH;DI_DDA122TH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA122TH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA122TU;DI_DDA122TU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA122TU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA123JH;DI_DDA123JH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA123JH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA123JK;DI_DDA123JK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA123JK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA123JU;DI_DDA123JU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA123JU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA124EH;DI_DDA124EH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA124EH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA124EK;DI_DDA124EK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA124EK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA124EU;DI_DDA124EU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA124EU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA142JH;DI_DDA142JH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA142JH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA142JU;DI_DDA142JU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA142JU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA142TH;DI_DDA142TH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA142TH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA142TU;DI_DDA142TU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA142TU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA143EH;DI_DDA143EH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA143EH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA143TH;DI_DDA143TH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA143TH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA143TK;DI_DDA143TK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA143TK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA143TU;DI_DDA143TU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA143TU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA144EH;DI_DDA144EH;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA144EH NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA144EK;DI_DDA144EK;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA144EK NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDA144EU;DI_DDA144EU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDA144EU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC114EH;DI_DDC114EH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC114EH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC114EK;DI_DDC114EK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC114EK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC114EU;DI_DDC114EU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC114EU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC114TH;DI_DDC114TH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC114TH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC114TK;DI_DDC114TK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC114TK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC114TU;DI_DDC114TU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC114TU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC114YH;DI_DDC114YH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC114YH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC114YK;DI_DDC114YK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC114YK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC114YU;DI_DDC114YU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC114YU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC122LH;DI_DDC122LH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC122LH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC122LH;DI_DDC122LH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC122LH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC122TH;DI_DDC122TH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC122TH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC122TU;DI_DDC122TU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC122TU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC123JH;DI_DDC123JH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC123JH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC123JK;DI_DDC123JK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC123JK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC123JU;DI_DDC123JU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC123JU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC124EH;DI_DDC124EH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC124EH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC124EK;DI_DDC124EK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC124EK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC124EU;DI_DDC124EU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC124EU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC142JH;DI_DDC142JH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC142JH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC142JU;DI_DDC142JU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC142JU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC142TH;DI_DDC142TH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC142TH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC142TU;DI_DDC142TU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC142TU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC143EH;DI_DDC143EH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC143EH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC143TH;DI_DDC143TH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC143TH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC143TK;DI_DDC143TK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC143TK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC143TU;DI_DDC143TU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC143TU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC144EH;DI_DDC144EH;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC144EH NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC144EK;DI_DDC144EK;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC144EK NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDC144EU;DI_DDC144EU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDC144EU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA113TCA;DI_DDTA113TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA113TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA113TE;DI_DDTA113TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA113TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA113TKA;DI_DDTA113TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA113TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA113TUA;DI_DDTA113TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA113TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA113ZCA;DI_DDTA113ZCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA113ZCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA113ZE;DI_DDTA113ZE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA113ZE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA113ZKA;DI_DDTA113ZKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA113ZKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA113ZUA;DI_DDTA113ZUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA113ZUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114ECA;DI_DDTA114ECA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114ECA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114EE;DI_DDTA114EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114EKA;DI_DDTA114EKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114EKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114EUA;DI_DDTA114EUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114EUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114GCA;DI_DDTA114GCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114GCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114GE;DI_DDTA114GE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114GE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114GUA;DI_DDTA114GUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114GUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114KA;DI_DDTA114KA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114KA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114TCA;DI_DDTA114TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114TE;DI_DDTA114TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114TKA;DI_DDTA114TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114TUA;DI_DDTA114TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114WCA;DI_DDTA114WCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114WCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114WE;DI_DDTA114WE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114WE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114WKA;DI_DDTA114WKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114WKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114WUA;DI_DDTA114WUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114WUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114YCA;DI_DDTA114YCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114YCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114YE;DI_DDTA114YE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114YE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114YKA;DI_DDTA114YKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114YKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA114YUA;DI_DDTA114YUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA114YUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115ECA;DI_DDTA115ECA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115ECA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115EE;DI_DDTA115EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115EKA;DI_DDTA115EKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115EKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115EUA;DI_DDTA115EUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115EUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115GCA;DI_DDTA115GCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115GCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115GE;DI_DDTA115GE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115GE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115GUA;DI_DDTA115GUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115GUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115KA;DI_DDTA115KA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115KA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115TCA;DI_DDTA115TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115TE;DI_DDTA115TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115TKA;DI_DDTA115TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA115TUA;DI_DDTA115TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA115TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA122LE;DI_DDTA122LE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA122LE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA122LU;DI_DDTA122LU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA122LU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA122TE;DI_DDTA122TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA122TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA122TU;DI_DDTA122TU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA122TU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123ECA;DI_DDTA123ECA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123ECA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123EE;DI_DDTA123EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123EKA;DI_DDTA123EKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123EKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123EUA;DI_DDTA123EUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123EUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123JCA;DI_DDTA123JCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123JCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123JE;DI_DDTA123JE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123JE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123JKA;DI_DDTA123JKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123JKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123JUA;DI_DDTA123JUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123JUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123TCA;DI_DDTA123TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123TE;DI_DDTA123TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123TKA;DI_DDTA123TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123TUA;DI_DDTA123TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123YCA;DI_DDTA123YCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123YCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123YE;DI_DDTA123YE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123YE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123YKA;DI_DDTA123YKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123YKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA123YUA;DI_DDTA123YUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA123YUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124ECA;DI_DDTA124ECA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124ECA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124EE;DI_DDTA124EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124EKA;DI_DDTA124EKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124EKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124EUA;DI_DDTA124EUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124EUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124GCA;DI_DDTA124GCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124GCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124GE;DI_DDTA124GE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124GE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124GUA;DI_DDTA124GUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124GUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124KA;DI_DDTA124KA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124KA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124TCA;DI_DDTA124TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124TE;DI_DDTA124TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124TKA;DI_DDTA124TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124TUA;DI_DDTA124TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124XCA;DI_DDTA124XCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124XCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124XE;DI_DDTA124XE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124XE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124XKA;DI_DDTA124XKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124XKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA124XUA;DI_DDTA124XUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA124XUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA125TCA;DI_DDTA125TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA125TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA125TE;DI_DDTA125TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA125TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA125TKA;DI_DDTA125TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA125TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA125TUA;DI_DDTA125TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA125TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA142JE;DI_DDTA142JE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA142JE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA142JU;DI_DDTA142JU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA142JU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA142TE;DI_DDTA142TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA142TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA142TU;DI_DDTA142TU;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA142TU NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143ECA;DI_DDTA143ECA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143ECA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143EE;DI_DDTA143EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143EKA;DI_DDTA143EKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143EKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143EUA;DI_DDTA143EUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143EUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143FCA;DI_DDTA143FCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143FCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143FE;DI_DDTA143FE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143FE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143FKA;DI_DDTA143FKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143FKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143FUA;DI_DDTA143FUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143FUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143TCA;DI_DDTA143TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143TE;DI_DDTA143TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143TKA;DI_DDTA143TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143TUA;DI_DDTA143TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143XCA;DI_DDTA143XCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143XCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143XE;DI_DDTA143XE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143XE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143XKA;DI_DDTA143XKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143XKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143XUA;DI_DDTA143XUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143XUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143ZCA;DI_DDTA143ZCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143ZCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143ZE;DI_DDTA143ZE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143ZE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143ZKA;DI_DDTA143ZKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143ZKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA143ZUA;DI_DDTA143ZUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA143ZUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144ECA;DI_DDTA144ECA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144ECA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144EE;DI_DDTA144EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144EKA;DI_DDTA144EKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144EKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144EUA;DI_DDTA144EUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144EUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144GCA;DI_DDTA144GCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144GCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144GE;DI_DDTA144GE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144GE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144GUA;DI_DDTA144GUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144GUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144KA;DI_DDTA144KA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144KA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144TCA;DI_DDTA144TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144TE;DI_DDTA144TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144TKA;DI_DDTA144TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144TUA;DI_DDTA144TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144VCA;DI_DDTA144VCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144VCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144VE;DI_DDTA144VE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144VE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144VKA;DI_DDTA144VKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144VKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144VUA;DI_DDTA144VUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144VUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144WCA;DI_DDTA144WCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144WCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144WE;DI_DDTA144WE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144WE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144WKA;DI_DDTA144WKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144WKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTA144WUA;DI_DDTA144WUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTA144WUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB113EC;DI_DDTB113EC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB113EC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB113EU;DI_DDTB113EU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB113EU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB113ZC;DI_DDTB113ZC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB113ZC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB113ZU;DI_DDTB113ZU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB113ZU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB114EC;DI_DDTB114EC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB114EC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB114EU;DI_DDTB114EU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB114EU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB114GC;DI_DDTB114GC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB114GC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB114GU;DI_DDTB114GU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB114GU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB114TC;DI_DDTB114TC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB114TC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB114TU;DI_DDTB114TU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB114TU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB122JC;DI_DDTB122JC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB122JC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB122JU;DI_DDTB122JU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB122JU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB122LC;DI_DDTB122LC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB122LC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB122LU;DI_DDTB122LU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB122LU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB122TC;DI_DDTB122TC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB122TC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB122TU;DI_DDTB122TU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB122TU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB123EC;DI_DDTB123EC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB123EC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB123EU;DI_DDTB123EU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB123EU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB123TC;DI_DDTB123TC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB123TC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB123TU;DI_DDTB123TU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB123TU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB123YC;DI_DDTB123YC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB123YC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB123YU;DI_DDTB123YU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB123YU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB133HC;DI_DDTB133HC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB133HC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB133HU;DI_DDTB133HU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB133HU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB142JC;DI_DDTB142JC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB142JC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB142JU;DI_DDTB142JU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB142JU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB142TC;DI_DDTB142TC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB142TC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB142TU;DI_DDTB142TU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB142TU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB143EC;DI_DDTB143EC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB143EC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB143EU;DI_DDTB143EU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB143EU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB143TC;DI_DDTB143TC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB143TC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTB143TU;DI_DDTB143TU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTB143TU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC113TCA;DI_DDTC113TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC113TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC113TE;DI_DDTC113TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC113TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC113TKA;DI_DDTC113TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC113TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC113TUA;DI_DDTC113TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC113TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC113ZCA;DI_DDTC113ZCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC113ZCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC113ZE;DI_DDTC113ZE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC113ZE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC113ZKA;DI_DDTC113ZKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC113ZKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +*SRC=DDTC113ZUA;DI_DDTC113ZUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC113ZUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114EE;DI_DDTC114EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC114EKA;DI_DDTC114EKA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114EKA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC114EUA;DI_DDTC114EUA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114EUA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC114GE;DI_DDTC114GE;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114GE NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC114GKA;DI_DDTC114GKA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114GKA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC114GUA;DI_DDTC114GUA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114GUA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114TCA;DI_DDTC114TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114TE;DI_DDTC114TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114TKA;DI_DDTC114TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114TUA;DI_DDTC114TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114WCA;DI_DDTC114WCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114WCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114WE;DI_DDTC114WE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114WE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114WKA;DI_DDTC114WKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114WKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114WUA;DI_DDTC114WUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114WUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114YCA;DI_DDTC114YCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114YCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114YE;DI_DDTC114YE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114YE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114YKA;DI_DDTC114YKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114YKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC114YUA;DI_DDTC114YUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC114YUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC115EE;DI_DDTC115EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC115EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC115EKA;DI_DDTC115EKA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC115EKA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC115EUA;DI_DDTC115EUA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC115EUA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC115GE;DI_DDTC115GE;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC115GE NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC115GKA;DI_DDTC115GKA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC115GKA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC115GUA;DI_DDTC115GUA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC115GUA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC115TCA;DI_DDTC115TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC115TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC115TE;DI_DDTC115TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC115TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC115TKA;DI_DDTC115TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC115TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC115TUA;DI_DDTC115TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC115TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC124GE;DI_DDTC124GE;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124GE NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC122LU;DI_DDTC122LU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC122LU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC142JE;DI_DDTC142JE;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC142JE NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC122TU;DI_DDTC122TU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC122TU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123EE;DI_DDTC123EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC123EKA;DI_DDTC123EKA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123EKA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC123EUA;DI_DDTC123EUA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123EUA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123JCA;DI_DDTC123JCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123JCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123JE;DI_DDTC123JE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123JE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123JKA;DI_DDTC123JKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123JKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123JUA;DI_DDTC123JUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123JUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123TCA;DI_DDTC123TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123TE;DI_DDTC123TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123TKA;DI_DDTC123TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123TUA;DI_DDTC123TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123YCA;DI_DDTC123YCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123YCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123YE;DI_DDTC123YE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123YE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC123YKA;DI_DDTC123YKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123YKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +*SRC=DDTC123YUA;DI_DDTC123YUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC123YUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC124EE;DI_DDTC124EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC144EKA;DI_DDTC144EKA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144EKA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC124EUA;DI_DDTC124EUA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124EUA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC124GE;DI_DDTC124GE;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124GE NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC124GKA;DI_DDTC124GKA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124GKA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC124GUA;DI_DDTC124GUA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124GUA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC124TCA;DI_DDTC124TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC124TE;DI_DDTC124TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC124TKA;DI_DDTC124TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC124TUA;DI_DDTC124TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC124XCA;DI_DDTC124XCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124XCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC124XE;DI_DDTC124XE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124XE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC124XKA;DI_DDTC124XKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124XKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC124XUA;DI_DDTC124XUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC124XUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC125TCA;DI_DDTC125TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC125TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC125TE;DI_DDTC125TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC125TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC125TKA;DI_DDTC125TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC125TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC125TUA;DI_DDTC125TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC125TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC122LE;DI_DDTC122LE;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC122LE NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC122LE;DI_DDTC122LE;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC122LE NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC142TE;DI_DDTC142TE;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC142TE NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC142TU;DI_DDTC142TU;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC142TU NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143EE;DI_DDTC143EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC143EKA;DI_DDTC143EKA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143EKA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC143EUA;DI_DDTC143EUA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143EUA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143FCA;DI_DDTC143FCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143FCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143FE;DI_DDTC143FE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143FE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143FKA;DI_DDTC143FKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143FKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143FUA;DI_DDTC143FUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143FUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143TCA;DI_DDTC143TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143TE;DI_DDTC143TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143TKA;DI_DDTC143TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143TUA;DI_DDTC143TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143XCA;DI_DDTC143XCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143XCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143XE;DI_DDTC143XE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143XE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143XKA;DI_DDTC143XKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143XKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143XUA;DI_DDTC143XUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143XUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143ZCA;DI_DDTC143ZCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143ZCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143ZE;DI_DDTC143ZE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143ZE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143ZKA;DI_DDTC143ZKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143ZKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC143ZUA;DI_DDTC143ZUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC143ZUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144EE;DI_DDTC144EE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144EE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC144EKA;DI_DDTC144EKA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144EKA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC144EUA;DI_DDTC144EUA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144EUA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC144GE;DI_DDTC144GE;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144GE NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC144GKA;DI_DDTC144GKA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144GKA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +****************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain +to add R1 and/or R2 values per the table found on sheet 1 of the data +sheet. Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio +tolerance. + +*SRC=DDTC144GUA;DI_DDTC144GUA;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144GUA NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +***************************************************************************************************************************************** + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144TCA;DI_DDTC144TCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144TCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144TE;DI_DDTC144TE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144TE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144TKA;DI_DDTC144TKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144TKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144TUA;DI_DDTC144TUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144TUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144VCA;DI_DDTC144VCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144VCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144VE;DI_DDTC144VE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144VE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144VKA;DI_DDTC144VKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144VKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144VUA;DI_DDTC144VUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144VUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144WCA;DI_DDTC144WCA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144WCA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144WE;DI_DDTC144WE;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144WE NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144WKA;DI_DDTC144WKA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144WKA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +Note: The following SPICE model is for the transistor element. +When applying this SPICE model to your circuit simulation be certain to +add R1 and/or R2 values per the table found on sheet 1 of the data sheet. +Allow +/- 30% resistance tolerance and +/- 20% for R2/R1 ratio tolerance. + +*SRC=DDTC144WUA;DI_DDTC144WUA;BJTs PNP; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_DDTC144WUA NPN (IS=9.98f NF=1.00 BF=766 VAF=127 ++ IKF=54.7m ISE=2.14p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.135 RE=0.815 RB=3.26 RC=0.326 ++ XTB=1.5 CJE=20.7p VJE=1.10 MJE=0.500 CJC=11.4p VJC=0.300 ++ MJC=0.300 TF=567p TR=119n EG=1.12 ) + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD113EC;DI_DDTD113EC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD113EC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD113EU;DI_DDTD113EU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD113EU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD113ZC;DI_DDTD113ZC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD113ZC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD113ZU;DI_DDTD113ZU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD113ZU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD114EC;DI_DDTD114EC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD114EC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD114EU;DI_DDTD114EU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD114EU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD114GC;DI_DDTD114GC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD114GC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD114GU;DI_DDTD114GU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD114GU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD114TC;DI_DDTD114TC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD114TC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD114TU;DI_DDTD114TU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD114TU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD122JC;DI_DDTD122JC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD122JC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD122JU;DI_DDTD122JU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD122JU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD122LC;DI_DDTD122LC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD122LC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD122LU;DI_DDTD122LU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD122LU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD122TC;DI_DDTD122TC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD122TC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD122TU;DI_DDTD122TU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD122TU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD123EC;DI_DDTD123EC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD123EC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD123EU;DI_DDTD123EU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD123EU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD123TC;DI_DDTD123TC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD123TC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD123TU;DI_DDTD123TU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD123TU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD123YC;DI_DDTD123YC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD123YC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD123YU;DI_DDTD123YU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD123YU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD133HC;DI_DDTD133HC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD133HC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD133HU;DI_DDTD133HU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD133HU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD142JC;DI_DDTD142JC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD142JC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD142JU;DI_DDTD142JU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD142JU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD142TC;DI_DDTD142TC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD142TC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD142TU;DI_DDTD142TU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD142TU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD143EC;DI_DDTD143EC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD143EC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD143EU;DI_DDTD143EU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD143EU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD143TC;DI_DDTD143TC;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD143TC PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +************************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=DDTD143TU;DI_DDTD143TU;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_DDTD143TU PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** + +****************************************************************************************************************************** +500mA PNP +****************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=MIMD10A;DI_MIMD10A;BJTs PNP; Si; 32.0V 0.500A 220MHz Diodes Inc. PBTs +.MODEL DI_MIMD10A PNP (IS=50.6f NF=1.00 BF=534 VAF=102 ++ IKF=0.340 ISE=17.3p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.840 RE=0.283 RB=1.13 RC=0.113 ++ XTB=1.5 CJE=55.3p VJE=1.10 MJE=0.500 CJC=21.3p VJC=0.300 ++ MJC=0.300 TF=605p TR=120n EG=1.12 ) +****************************************************************************************************************************** +100mA NPN +****************************************************************************************************************************** +Note: The following SPICE model is for the transistor element. When applying this SPICE model to your circuit simulation be +certain to add R1 and/or R2 values per the table found on sheet 1 of the data sheet. Allow +/- 30% resistance tolerance and +/- +20% for R2/R1 ratio tolerance. + +*SRC=MIMD10A;DI_MIMD10A;BJTs NPN; Si; 50.0V 0.150A 200MHz Diodes Inc. PBTs +.MODEL DI_MIMD10A NPN (IS=16.8f NF=1.00 BF=766 VAF=127 ++ IKF=91.1m ISE=3.59p NE=2.00 BR=4.00 NR=1.00 ++ VAR=28.0 IKR=0.225 RE=0.665 RB=2.66 RC=0.266 ++ XTB=1.5 CJE=11.3p VJE=1.10 MJE=0.500 CJC=4.50p VJC=0.300 ++ MJC=0.300 TF=549p TR=119n EG=1.12 ) +****************************************************************************************************************************** + +*SRC=2N7002;2N7002;MOSFETs N;Enh;60.0V 0.115A 7.50ohms Diodes Inc. - +.MODEL 2N7002 NMOS( LEVEL=1 VTO=2.50 KP=32.0m GAMMA=3.10 ++ PHI=.75 LAMBDA=39.9u RD=1.05 RS=1.05 ++ IS=57.5f PB=0.800 MJ=0.460 CBD=98.8p ++ CBS=119p CGSO=60.0n CGDO=50.0n CGBO=390n ) +* -- Assumes default L=100U W=100U -- + +*SRC=2N7002DW;DI_2N7002DW;MOSFETs N;Enh;60.0V 0.115A 3.20ohms Diodes Inc. MOSFET - One element of dual .MODEL DI_2N7002DW NMOS( LEVEL=1 VTO=1.50 KP=32.0m GAMMA=1.86 + PHI=.75 LAMBDA=34.2u RD=0.448 RS=0.448 + IS=57.5f PB=0.800 MJ=0.460 CBD=44.5p + CBS=53.4p CGSO=24.0n CGDO=20.0n CGBO=176n ) * -- Assumes default L=100U W=100U -- + +*SRC=2N7002E;DI_2N7002E;MOSFETs N;Enh;60.0V 0.240A 4.00ohms Diodes Inc. MOSFET .MODEL DI_2N7002E NMOS( LEVEL=1 VTO=2.50 KP=781u GAMMA=3.10 ++ PHI=.75 LAMBDA=83.2u RD=0.560 RS=0.560 ++ IS=120f PB=0.800 MJ=0.460 CBD=44.5p ++ CBS=53.4p CGSO=24.0n CGDO=20.0n CGBO=176n ) +* -- Assumes default L=100U W=100U -- + +*SRC=2N7002T;DI_2N7002T;MOSFETs N;Enh;60.0V 0.115A 2.00ohms Didoes Inc. MOSFET .MODEL DI_2N7002T NMOS( LEVEL=1 VTO=1.50 KP=32.0m GAMMA=1.86 + PHI=.75 LAMBDA=40.0u RD=0.280 RS=0.280 + IS=57.5f PB=0.800 MJ=0.460 CBD=44.5p + CBS=53.4p CGSO=24.0n CGDO=20.0n CGBO=176n ) * -- Assumes default L=100U W=100U -- + +*SRC=2N7002W;DI_2N7002W;MOSFETs N;Enh;60.0V 0.115A 3.20ohms Diodes Inc. MOSFET .MODEL DI_2N7002W NMOS( LEVEL=1 VTO=1.50 KP=32.0m GAMMA=1.86 + PHI=.75 LAMBDA=40.0u RD=0.448 RS=0.448 + IS=57.5f PB=0.800 MJ=0.460 CBD=44.5p + CBS=53.4p CGSO=24.0n CGDO=20.0n CGBO=176n ) * -- Assumes default L=100U W=100U -- + +*SRC=BS870;DI_BS870;MOSFETs N;Enh;60.0V 0.250A 3.50ohms Diodes Inc. MOSFET .MODEL DI_BS870 NMOS( LEVEL=1 VTO=2.00 KP=32.0m GAMMA=2.48 + PHI=.75 LAMBDA=86.8u RD=0.490 RS=0.490 + IS=125f PB=0.800 MJ=0.460 CBD=29.8p + CBS=35.8p CGSO=24.0n CGDO=20.0n CGBO=176n ) * -- Assumes default L=100U W=100U -- + +*SRC=BSS123;DI_BSS123;MOSFETs N;Enh;100V 0.170A 1.00ohms Diodes Inc. +MOSFET +.MODEL DI_BSS123 NMOS( LEVEL=1 VTO=1.00 KP=6.37m GAMMA=1.24 ++ PHI=.75 LAMBDA=625u RD=0.140 RS=0.140 ++ IS=85.0f PB=0.800 MJ=0.460 CBD=19.8p ++ CBS=23.7p CGSO=36.0n CGDO=30.0n CGBO=124n ) +* -- Assumes default L=100U W=100U -- + +*SRC=BSS123W;DI_BSS123W;MOSFETs N;Enh;100V 0.170A 1.00ohms Diodes Inc. MOSFET .MODEL DI_BSS123W NMOS( LEVEL=1 VTO=1.40 KP=0.805 GAMMA=1.74 + PHI=.75 LAMBDA=41.8u RD=0.140 RS=0.140 + IS=85.0f PB=0.800 MJ=0.460 CBD=39.5p + CBS=47.4p CGSO=24.0n CGDO=20.0n CGBO=246n ) * -- Assumes default L=100U W=100U -- + +*SRC=BSS138;DI_BSS138;MOSFETs N;Enh;50.0V 0.200A 1.40ohms Diodes Inc. +MOSFET +.MODEL DI_BSS138 NMOS( LEVEL=1 VTO=1.20 KP=7.50m GAMMA=1.49 ++ PHI=.75 LAMBDA=1.25m RD=0.196 RS=0.196 ++ IS=100f PB=0.800 MJ=0.460 CBD=18.4p ++ CBS=22.0p CGSO=28.8n CGDO=24.0n CGBO=247n ) +* -- Assumes default L=100U W=100U -- + +*SRC=BSS138DW;DI_BSS138DW;MOSFETs N;Enh;50.0V 0.200A 1.60ohms Diodes Inc. MOSFET - One element of dual .MODEL DI_BSS138DW NMOS( LEVEL=1 VTO=1.20 KP=50.0m GAMMA=1.49 + PHI=.75 LAMBDA=83.2u RD=0.224 RS=0.224 + IS=100f PB=0.800 MJ=0.460 CBD=56.3p + CBS=67.5p CGSO=96.0n CGDO=80.0n CGBO=324n ) * -- Assumes default L=100U W=100U -- + +*SRC=BSS138W;DI_BSS138W;MOSFETs N;Enh;50.0V 0.200A 1.60ohms Diodes Inc. MOSFET .MODEL DI_BSS138W NMOS( LEVEL=1 VTO=1.20 KP=50.0m GAMMA=1.49 + PHI=.75 LAMBDA=83.2u RD=0.224 RS=0.224 + IS=100f PB=0.800 MJ=0.460 CBD=56.3p + CBS=67.5p CGSO=96.0n CGDO=80.0n CGBO=324n ) * -- Assumes default L=100U W=100U -- + +*SRC=BSS84;DI_BSS84;MOSFETs P;Enh;50.0V 0.130A 6.00ohms Diodes Inc. MOSFET +.MODEL DI_BSS84 PMOS( LEVEL=1 VTO=-1.60 KP=4.87m GAMMA=1.98 ++ PHI=.75 LAMBDA=1.25m RD=0.840 RS=0.840 ++ IS=65.0f PB=0.800 MJ=0.460 CBD=46.6p ++ CBS=55.9p CGSO=50.7n CGDO=42.2n CGBO=69.5n ) +* -- Assumes default L=100U W=100U -- + +*SRC=BSS84;DI_BSS84;MOSFETs P;Enh;50.0V 0.130A 6.00ohms Diodes Inc. MOSFET +.MODEL DI_BSS84 PMOS( LEVEL=1 VTO=-1.60 KP=4.87m GAMMA=1.98 ++ PHI=.75 LAMBDA=1.25m RD=0.840 RS=0.840 ++ IS=65.0f PB=0.800 MJ=0.460 CBD=46.6p ++ CBS=55.9p CGSO=50.7n CGDO=42.2n CGBO=69.5n ) +* -- Assumes default L=100U W=100U -- + +*SRC=2N7002;2N7002;MOSFETs N;Enh;60.0V 0.115A 7.50ohms Diodes Inc. - +.MODEL 2N7002 NMOS( LEVEL=1 VTO=2.50 KP=32.0m GAMMA=3.10 ++ PHI=.75 LAMBDA=39.9u RD=1.05 RS=1.05 ++ IS=57.5f PB=0.800 MJ=0.460 CBD=98.8p ++ CBS=119p CGSO=60.0n CGDO=50.0n CGBO=390n ) +* -- Assumes default L=100U W=100U -- + +*SRC=BSS84DW;DI_BSS84DW;MOSFETs P;Enh;50.0V 0.130A 6.00ohms Diodes Inc. MOSFET- One element of dual .MODEL DI_BSS84DW PMOS( LEVEL=1 VTO=-1.60 KP=25.0m GAMMA=1.98 + PHI=.75 LAMBDA=108u RD=0.840 RS=0.840 + IS=65.0f PB=0.800 MJ=0.460 CBD=43.0p + CBS=51.7p CGSO=144n CGDO=120n CGBO=186n ) * -- Assumes default L=100U W=100U -- + +*SRC=BSS84W;DI_BSS84W;MOSFETs P;Enh;50.0V 0.130A 6.00ohms Diodes Inc. MOSFET .MODEL DI_BSS84W PMOS( LEVEL=1 VTO=-1.60 KP=25.0m GAMMA=1.98 + PHI=.75 LAMBDA=108u RD=0.840 RS=0.840 + IS=65.0f PB=0.800 MJ=0.460 CBD=64.2p + CBS=77.1p CGSO=144n CGDO=120n CGBO=341n ) * -- Assumes default L=100U W=100U -- + +*SRC=DMN100;DI_DMN100;MOSFETs N;Enh;30.0V 1.10A 0.150ohms Diodes Inc. MOSFET .MODEL DI_DMN100 NMOS( LEVEL=1 VTO=2.00 KP=11.5 GAMMA=2.48 + PHI=.75 LAMBDA=306u RD=21.0m RS=21.0m + IS=550f PB=0.800 MJ=0.460 CBD=199p + CBS=238p CGSO=360n CGDO=300n CGBO=840n ) * -- Assumes default L=100U W=100U -- + +*SRC=MMBF170;DI_MMBF170;MOSFETs N;Enh;60.0V 0.500A 2.10ohms Diodes Inc. MOSFET +.MODEL DI_MMBF170 NMOS( LEVEL=1 VTO=2.10 KP=18.8m GAMMA=2.60 ++ PHI=.75 LAMBDA=1.04m RD=0.294 RS=0.294 ++ IS=250f PB=0.800 MJ=0.460 CBD=29.8p ++ CBS=35.8p CGSO=24.0n CGDO=20.0n CGBO=176n ) +* -- Assumes default L=100U W=100U -- + +******************************************************************************************************************************* +*SRC=CTA2N1P;DI_CTA2N1P_BJT;BJTs NPN; Si; 40.0V 0.600A 275MHz Diodes Inc. BJTs +.MODEL DI_CTA2N1P_BJT NPN (IS=1.27p NF=1.00 BF=410 VAF=114 ++ IKF=60.7m ISE=47.7p NE=2.00 BR=4.00 NR=1.00 ++ VAR=24.0 IKR=0.150 RE=0.261 RB=1.04 RC=0.104 ++ XTB=1.5 CJE=27.7p VJE=1.10 MJE=0.500 CJC=14.2p VJC=0.300 ++ MJC=0.300 TF=533p TR=84.1n EG=1.12 ) + +*SRC=CTA2N1P;DI_CTA2N1P_MOSFET;MOSFETs P;Enh;50.0V 0.130A 6.00ohms Diodes Inc. MOSFET +.MODEL DI_CTA2N1P_MOSFET PMOS( LEVEL=1 VTO=-1.60 KP=25.0m GAMMA=1.98 ++ PHI=.75 LAMBDA=108u RD=0.840 RS=0.840 ++ IS=65.0f PB=0.800 MJ=0.460 CBD=64.2p ++ CBS=77.1p CGSO=144n CGDO=120n CGBO=341n ) +* -- Assumes default L=100U W=100U -- +******************************************************************************************************************************* + +---------------------------------------------------------------------------------------------------------------------------------------------------------------- +*SRC=CTA2P1N;DI_CTA2P1N_BJT;BJTs PNP; Si; 40.0V 0.600A 200MHz Diodes Inc. BJTs +.MODEL DI_CTA2P1N_BJT PNP (IS=60.4f NF=1.00 BF=410 VAF=114 ++ IKF=0.304 ISE=23.2p NE=2.00 BR=4.00 NR=1.00 ++ VAR=20.0 IKR=0.750 RE=0.261 RB=1.04 RC=0.104 ++ XTB=1.5 CJE=27.7p VJE=1.10 MJE=0.500 CJC=18.5p VJC=0.300 ++ MJC=0.300 TF=667p TR=84.1n EG=1.12 ) + +*SRC=CTA2P1N;DI_CTA2P1N_MOSFET;MOSFETs N;Enh;60.0V 0.115A 2.00ohms Didoes Inc. MOSFET +.MODEL DI_CTA2P1N_MOSFET NMOS( LEVEL=1 VTO=1.50 KP=32.0m GAMMA=1.86 ++ PHI=.75 LAMBDA=40.0u RD=0.280 RS=0.280 ++ IS=57.5f PB=0.800 MJ=0.460 CBD=44.5p ++ CBS=53.4p CGSO=24.0n CGDO=20.0n CGBO=176n ) +* -- Assumes default L=100U W=100U -- +----------------------------------------------------------------------------------------------------------------------------------------------------------------- + diff --git a/spice/irf5305.mod b/spice/irf5305.mod new file mode 100644 index 0000000..eda58ff --- /dev/null +++ b/spice/irf5305.mod @@ -0,0 +1,61 @@ +.SUBCKT irf5305 1 2 3 +************************************** +* Model Generated by MODPEX * +*Copyright(c) Symmetry Design Systems* +* All Rights Reserved * +* UNPUBLISHED LICENSED SOFTWARE * +* Contains Proprietary Information * +* Which is The Property of * +* SYMMETRY OR ITS LICENSORS * +*Commercial Use or Resale Restricted * +* by Symmetry License Agreement * +************************************** +* Model generated on Apr 23, 96 +* Model format: SPICE3 +* Symmetry POWER MOS Model (Version 1.0) +* External Node Designations +* Node 1 -> Drain +* Node 2 -> Gate +* Node 3 -> Source +M1 9 7 8 8 MM L=100u W=100u +* Default values used in MM: +* The voltage-dependent capacitances are +* not included. Other default values are: +* RS=0 RD=0 LD=0 CBD=0 CBS=0 CGBO=0 +.MODEL MM PMOS LEVEL=1 IS=1e-32 ++VTO=-3.45761 LAMBDA=0 KP=10.066 ++CGSO=1.03141e-05 CGDO=1e-11 +RS 8 3 0.0262305 +D1 1 3 MD +.MODEL MD D IS=8.90854e-09 RS=0.00921723 N=1.5 BV=55 ++IBV=0.00025 EG=1.2 XTI=3.13635 TT=1e-07 ++CJO=1.30546e-09 VJ=0.663932 M=0.419045 FC=0.5 +RDS 3 1 2.2e+06 +RD 9 1 0.0001 +RG 2 7 11.0979 +D2 5 4 MD1 +* Default values used in MD1: +* RS=0 EG=1.11 XTI=3.0 TT=0 +* BV=infinite IBV=1mA +.MODEL MD1 D IS=1e-32 N=50 ++CJO=1.63729e-09 VJ=0.791199 M=0.552278 FC=1e-08 +D3 5 0 MD2 +* Default values used in MD2: +* EG=1.11 XTI=3.0 TT=0 CJO=0 +* BV=infinite IBV=1mA +.MODEL MD2 D IS=1e-10 N=0.400245 RS=3e-06 +RL 5 10 1 +FI2 7 9 VFI2 -1 +VFI2 4 0 0 +EV16 10 0 9 7 1 +CAP 11 10 1.89722e-09 +FI1 7 9 VFI1 -1 +VFI1 11 6 0 +RCAP 6 10 1 +D4 6 0 MD3 +* Default values used in MD3: +* EG=1.11 XTI=3.0 TT=0 CJO=0 +* RS=0 BV=infinite IBV=1mA +.MODEL MD3 D IS=1e-10 N=0.400245 +.ENDS + diff --git a/spice/lf356.mod b/spice/lf356.mod new file mode 100644 index 0000000..208b11a --- /dev/null +++ b/spice/lf356.mod @@ -0,0 +1,115 @@ +*////////////////////////////////////////////////////////////////////// +* (C) National Semiconductor, Inc. +* Models developed and under copyright by: +* National Semiconductor, Inc. + +*///////////////////////////////////////////////////////////////////// +* Legal Notice: This material is intended for free software support. +* The file may be copied, and distributed; however, reselling the +* material is illegal + +*//////////////////////////////////////////////////////////////////// +* For ordering or technical information on these models, contact: +* National Semiconductor's Customer Response Center +* 7:00 A.M.--7:00 P.M. U.S. Central Time +* (800) 272-9959 +* For Applications support, contact the Internet address: +* amps-apps@galaxy.nsc.com +* /////////////////////////////////////////////////////////////////// +* User Notes: +* +* 1. Input resistance (Rin) for these JFET op amps is 1TOhm. Rin is +* modeled by assuming the option GMIN=1TOhm. If a different (non- +* default) GMIN value is needed, users may recalculate as follows: +* Rin=(R1||GMIN+R2||GMIN), where R1=R2, +* to maintain a consistent Rin model. + +*////////////////////////////////////////////////////////// +*LF356 Monolithic JFET-Input OP-AMP MACRO-MODEL +*////////////////////////////////////////////////////////// +* +* connections: non-inverting input +* | inverting input +* | | positive power supply +* | | | negative power supply +* | | | | output +* | | | | | +* | | | | | +.SUBCKT LF356/NS 1 2 99 50 28 +* +*Features: +*Low input bias current = 30pA +*Low input offset current = 3pA +*High input impedance = 1Tohm +*Low input offset voltage = 1mV +* +****************INPUT STAGE************** +* +IOS 2 1 3P +*^Input offset current +R1 1 3 1E12 +R2 3 2 1E12 +I1 99 4 100U +J1 5 2 4 JX +J2 6 7 4 JX +R3 5 50 20K +R4 6 50 20K +*Fp2=20 MHz +C4 5 6 1.9894E-13 +* +***********COMMON MODE EFFECT*********** +* +I2 99 50 4.65MA +*^Quiescent supply current +*EOS 7 1 POLY(1) 16 49 3E-3 1 +BEOS 7 1 V=3E-3+V(16,49) +*Input offset voltage.^ +R8 99 49 50K +R9 49 50 50K +* +*********OUTPUT VOLTAGE LIMITING******** +V2 99 8 2.63 +D1 9 8 DX +D2 10 9 DX +V3 10 50 2.63 +* +**************SECOND STAGE************** +* +EH 99 98 99 49 1 +*F1 9 98 POLY(1) VA3 0 0 0 1.5944E7 +BF1 9 98 I=1.5944e7*I(va3)^3 +*1.5944e7*(I(VA3) +G1 98 9 5 6 2E-3 +R5 98 9 100MEG +VA3 9 11 0 +*Fp1=31.96 HZ +C3 98 11 49.9798P +* +*********COMMON-MODE ZERO STAGE********* +* +G4 98 16 3 49 1E-8 +L2 98 17 530.52M +R13 17 16 1K +* +**************OUTPUT STAGE************** +* +F6 99 50 VA7 1 +F5 99 23 VA8 1 +D5 21 23 DX +VA7 99 21 0 +D6 23 99 DX +E1 99 26 99 9 1 +VA8 26 27 0 +R16 27 28 20 +V5 28 25 -.25V +D4 25 9 DX +V4 24 28 -.25V +D3 9 24 DX +* +***************MODELS USED************** +* +.MODEL DX D(IS=1E-15) +.MODEL JX PJF(BETA=1.25E-5 VTO=-2.00 IS=30E-12) +* +.ENDS +*$ diff --git a/spice/miscdiodes.mod b/spice/miscdiodes.mod new file mode 100644 index 0000000..bf2699e --- /dev/null +++ b/spice/miscdiodes.mod @@ -0,0 +1,3 @@ +*SRC=1N4148;DI_1N4148;Diodes;Si; 75.0V 0.300A 4.00ns Diodes Inc. - +.MODEL 1N4148 D ( IS=222p RS=68.6m BV=75.0 IBV=1.00u ++ CJO=4.00p M=0.333 N=1.65 TT=5.76n ) diff --git a/spice/opmodel1.cir b/spice/opmodel1.cir new file mode 100644 index 0000000..d912e4f --- /dev/null +++ b/spice/opmodel1.cir @@ -0,0 +1,23 @@ +OPMODEL1.CIR -OPAMP MODEL SINGLE-POLE +* +*.include opmodmac.cir +.include lf356.mod + +vpp 10 0 10 +vmm 0 90 10 + +VS 1 0 ac 1 +* dc 1 AC 1 else sin(0voff 1vpeak 2khz) +*XOP 1 0 3 90 10 opamp1 +XOP 1 0 3 90 10 lf356/ns +RL 3 0 1K +* +* +* VIEW RESULTS +.PRINT AC VM(3) vp(3) +.PRINT tran v(90) v(1) V(3) v(10) +* ANALYSIS +.PROBE +.AC DEC 5 1 100MEG +.TRAN 5US 500US +.END diff --git a/spice/opmodmac.cir b/spice/opmodmac.cir new file mode 100644 index 0000000..b53bc63 --- /dev/null +++ b/spice/opmodmac.cir @@ -0,0 +1,28 @@ +OPAMP MACRO MODEL, SINGLE-POLE +* connections: non-inverting input gnd +* | inverting input | vcc +* | | output | | +* | | | | | +.SUBCKT OPAMP1 1 2 6 20 40 +*3 4 +* INPUT IMPEDANCE +RIN 1 2 10MEG +* DC GAIN=100K AND POLE1=100HZ +* gain, centralise and clamp +rclah 40 30 10k +rclal 30 20 10k +ecent 31 30 1 2 30k +.model diode d +vclamph 40 39 1.5 +vclampl 21 20 1.5 +dclamph 31 39 diode +dclampl 21 31 diode + +* first pole: UNITY GAIN = DCGAIN X POLE1 = 10MHZ +epole 3 0 31 0 1 +RP1 3 4 10 +CP1 4 0 1.5915UF +* OUTPUT BUFFER AND RESISTANCE +EBUFFER 5 0 4 0 1 +ROUT 5 6 10 +.ENDS diff --git a/spice/shortcut.cir b/spice/shortcut.cir new file mode 100644 index 0000000..92cb76f --- /dev/null +++ b/spice/shortcut.cir @@ -0,0 +1,23 @@ +SHORTCUT.CIR - BOOSTER SHORT-CIRCUIT CUT-OUT + +* ngspice -b shortcut.cir | ~/an-things/chiark-utils/scripts/ngspice2genspic | ~/an-things/chiark-utils/scripts/genspic2gnuplot ./t && ./t.gnuplots.sh + +vinbad 1 0 pulse( 0 12 10u 5u 5u 350 700 ) +r1 1 2 1k +c1 2 0 25n +r2 2 3 10k +c2 3 4 5n +rdisch 3 4 1meg + +*vretry 5 0 pulse( 0 5 60u 100n 100n 137u 274u ) +vretry 5 0 pulse( 0 5 60u 100n 100n 13m 27m ) + +vtemp 50 0 50 +rtemp 50 51 1k + +xretry 4 5 0 2n7000 + +.include 2n7000.mod + +.print tran v(1) v(2) v(3) v(4) v(5) +.tran 1000n 30000u diff --git a/spice/snarf-diodes.pl b/spice/snarf-diodes.pl new file mode 100755 index 0000000..bbce21c --- /dev/null +++ b/spice/snarf-diodes.pl @@ -0,0 +1,14 @@ +#!/usr/bin/perl -n +# This script snarfs the BZX84C models from +# http://www.diodes.com/spicemodels/index.php?language=en +# which is checked in here as diodes.com-spice.txt, and turns +# them into what is now known here as bzx55.mod. +# +# Justification: Farnell catalogue claims that the BZX84C (SMD) +# are equivalents for the `popular' BZX55. + +BEGIN { print "*BZX55 - GENERATED FILE DO NOT EDIT*\n" or die $! } +s/\r?\n/\n/; +next unless m/^\*SRC=BZX84C\d+V?\d+\;/..m/.ENDS/; +s/^(\.subckt)\sdi_bzx84(c\w*)\s/$1 bzx55\-\L$2 /i; +print or die $!; diff --git a/spice/test.cir b/spice/test.cir new file mode 100644 index 0000000..36838f6 --- /dev/null +++ b/spice/test.cir @@ -0,0 +1,31 @@ +OPMODEL1.CIR - OPAMP MODEL SINGLE-POLE +* +* OPAMP MACRO MODEL, SINGLE-POLE +* connections: non-inverting input +* | inverting input +* | | output +* | | | +.SUBCKT OPAMP1 1 2 6 +* INPUT IMPEDANCE +RIN 1 2 10MEG +* DC GAIN=100K AND POLE1=100HZ +* UNITY GAIN = DCGAIN X POLE1 = 10MHZ +EGAIN 3 0 1 2 100K +RP1 3 4 1K +CP1 4 0 1.5915UF +* OUTPUT BUFFER AND RESISTANCE +EBUFFER 5 0 4 0 1 +ROUT 5 6 10 +.ENDS +* +VS 1 0 AC 1 +XOP 1 0 3 OPAMP1 +RL 3 0 1K +* +* ANALYSIS +.AC DEC 5 1 100MEG +* VIEW RESULTS +*.PLOT AC VM(3) +.print AC VM(3) vp(3) +.PROBE +.END -- 2.30.2