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misc local modifications

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Brendan Haines
2022-04-08 21:49:19 -06:00
parent 4054b0ec1d
commit da60c3d99e
6720 changed files with 396774 additions and 1615 deletions
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e* Copyright <20> 2000 Linear Technology Corporation. All rights reserved.
*
*
.model 2N2222 NPN(IS=1E-14 VAF=100
+ BF=200 IKF=0.3 XTB=1.5 BR=3
+ CJC=8E-12 CJE=25E-12 TR=100E-9 TF=400E-12
+ ITF=1 VTF=2 XTF=3 RB=10 RC=.3 RE=.2 Vceo=30 Icrating=800m mfg=NXP)
.model 2N2907 PNP(IS=1E-14 VAF=120
+ BF=250 IKF=0.3 XTB=1.5 BR=3
+ CJC=8E-12 CJE=30E-12 TR=100E-9 TF=400E-12
+ ITF=1 VTF=2 XTF=3 RB=10 RC=.3 RE=.2 Vceo=40 Icrating=600m mfg=NXP)
.model 2N3904 NPN(IS=1E-14 VAF=100
+ Bf=300 IKF=0.4 XTB=1.5 BR=4
+ CJC=4E-12 CJE=8E-12 RB=20 RC=0.1 RE=0.1
+ TR=250E-9 TF=350E-12 ITF=1 VTF=2 XTF=3 Vceo=40 Icrating=200m mfg=NXP)
.model 2N3906 PNP(IS=1E-14 VAF=100
+ BF=200 IKF=0.4 XTB=1.5 BR=4
+ CJC=4.5E-12 CJE=10E-12 RB=20 RC=0.1 RE=0.1
+ TR=250E-9 TF=350E-12 ITF=1 VTF=2 XTF=3 Vceo=40 Icrating=200m mfg=NXP)
.model FZT849 NPN(IS=5.8591E-13 NF=0.9919 BF=230 IKF=18 VAF=90
+ ISE=2.0067E-13 NE=1.4 NR=0.9908 BR=180 IKR=6.8
+ VAR=20 ISC=5.3E-13 NC=1.46 RB=0.023 RE=0.0223
+ RC=0.015 CJC=200E-12 MJC=0.3006 VJC=0.3532
+ CJE=1.21E-9 TF=1.07E-9 TR=9.3E-9 Vceo=30 Icrating=7 mfg=Zetex) ; (C) 1993 ZETEX PLC, Last revision 14/3/97
.model ZTX849 ako:FZT849 NPN(Vceo=30 Icrating=7 mfg=Zetex)
.model ZTX1048A NPN(IS=13.73E-13 NF=1.0 BF=550 IKF=8.0 VAF=120
+ ISE=2.6E-13 NE=1.38 NR=1.0 BR=300 IKR=6 VAR=15
+ ISC=1.6E-12 NC=1.4 RB=0.1 RE=0.022 RC=0.010
+ CJC=136E-12 CJE=559.1E-12 MJC=0.267 MJE=0.299
+ VJC=0.420 VJE=0.533 TF=600E-12 TR=3E-9 Vceo=17.5 Icrating=5 mfg=Zetex) ; (C) 1994 ZETEX PLC, Last revision 20/01/95
.model 2N4124 NPN(Is=6.734f Xti=3 Eg=1.11 Vaf=74.03 Bf=495 Ne=1.28 Ise=6.734f Ikf=69.35m Xtb=1.5 Br=.7214 Nc=2 Isc=0 Ikr=0 Rc=1 Cjc=3.638p
+ Mjc=.3085 Vjc=.75 Fc=.5 Cje=4.493p Mje=.2593 Vje=.75 Tr=238.3n Tf=301.3p Itf=.4 Vtf=4 Xtf=2 Rb=10 Vceo=25 Icrating=200m mfg=Fairchild)
.model 2N4126 PNP(Is=1.41f Xti=3 Eg=1.11 Vaf=18.7 Bf=203.7 Ne=1.5 Ise=0 Ikf=80m Xtb=1.5 Br=4.924 Nc=2 Isc=0 Ikr=0 Rc=2.5 Cjc=9.728p
+ Mjc=.5776 Vjc=.75 Fc=.5 Cje=8.063p Mje=.3677 Vje=.75 Tr=33.23n Tf=179.3p Itf=.4 Vtf=4 Xtf=6 Rb=10 Rb=10 Vceo=25 Icrating=200m mfg=Fairchild)
.model 2N3391A NPN(Is=12.03f Xti=3 Eg=1.11 Vaf=37.37 Bf=427.8 Ne=1.971 Ise=2.953p Ikf=.1072 Xtb=1.5 Br=4.379 Nc=2 Isc=0 Ikr=0 Rc=1 Cjc=5.777p
+ Mjc=.3199 Vjc=.75 Fc=.5 Cje=8.307p Mje=.384 Vje=.75 Tr=701.7p Tf=385.4p Itf=.17 Vtf=3 Xtf=8 Rb=10 Vceo=25 Icrating=500m mfg=Fairchild)
.model 2N5089 NPN(Is=5.911f Xti=3 Eg=1.11 Vaf=62.37 Bf=1.434K Ne=1.421 Ise=5.911f Ikf=15.4m Xtb=1.5 Br=1.262 Nc=2 Isc=0 Ikr=0 Rc=1.61 Cjc=4.017p
+ Mjc=.3174 Vjc=.75 Fc=.5 Cje=4.973p Mje=.4146 Vje=.75 Tr=4.671n Tf=822.3p Itf=.35 Vtf=4 Xtf=7 Rb=10 Vceo=25 Icrating=100m mfg=Fairchild)
.model 2N5210 NPN(Is=5.911f Xti=3 Eg=1.11 Vaf=62.37 Bf=809.9 Ne=1.358 Ise=5.911f Ikf=14.26m Xtb=1.5 Br=1.287 Nc=2 Isc=0 Ikr=0 Rc=1.61 Cjc=4.017p
+ Mjc=.3174 Vjc=.75 Fc=.5 Cje=4.973p Mje=.4146 Vje=.75 Tr=4.68n Tf=820.9p Itf=.35 Vtf=4 Xtf=7 Rb=10 Vceo=50 Icrating=100m mfg=Fairchild)
.model 2N5087 PNP(Is=6.734f Xti=3 Eg=1.11 Vaf=45.7 Bf=254.1 Ne=1.741 Ise=6.734f Ikf=.1962 Xtb=1.5 Br=2.683 Nc=2 Isc=0 Ikr=0 Rc=1.67 Cjc=6.2p
+ Mjc=.301 Vjc=.75 Fc=.5 Cje=7.5p Mje=.2861 Vje=.75 Tr=10.1n Tf=467.8p Itf=.17 Vtf=5 Xtf=8 Rb=10 Vceo=50 Icrating=100m mfg=Fairchild)
.model 2N2219A NPN(Is=14.34f Xti=3 Eg=1.11 Vaf=74.03 Bf=255.9 Ne=1.307 Ise=14.34f Ikf=.2847 Xtb=1.5 Br=6.092 Nc=2 Isc=0 Ikr=0 Rc=1 Cjc=7.306p
+ Mjc=.3416 Vjc=.75 Fc=.5 Cje=22.01p Mje=.377 Vje=.75 Tr=46.91n Tf=411.1p Itf=.6 Vtf=1.7 Xtf=3 Rb=10 Vceo=40 Icrating=800m mfg=NXP)
.model 2N2905A PNP(Is=650.6E-18 Xti=3 Eg=1.11 Vaf=115.7 Bf=231.7 Ne=1.829 Ise=54.81f Ikf=1.079 Xtb=1.5 Br=3.563 Nc=2 Isc=0 Ikr=0 Rc=.715 Cjc=14.76p
+ Mjc=.5383 Vjc=.75 Fc=.5 Cje=19.82p Mje=.3357 Vje=.75 Tr=111.3n Tf=603.7p Itf=.65 Vtf=5 Xtf=1.7 Rb=10 Vceo=60 Icrating=600m mfg=NXP)
.model 2N4401 NPN(Is=26.03f Xti=3 Eg=1.11 Vaf=90.7 Bf=4.292K Ne=1.244 Ise=26.03f Ikf=.2061 Xtb=1.5 Br=1.01 Nc=2 Isc=0 Ikr=0 Rc=.5 Cjc=11.01p
+ Mjc=.3763 Vjc=.75 Fc=.5 Cje=24.07p Mje=.3641 Vje=.75 Tr=233.7n Tf=466.5p Itf=0 Vtf=0 Xtf=0 Rb=10 Vceo=40 Icrating=600m mfg=Fairchild)
.model 2N4403 PNP(Is=650.6E-18 Xti=3 Eg=1.11 Vaf=115.7 Bf=216.2 Ne=1.829 Ise=58.72f Ikf=1.079 Xtb=1.5 Br=3.578 Nc=2 Isc=0 Ikr=0 Rc=.715 Cjc=14.76p
+ Mjc=.5383 Vjc=.75 Fc=.5 Cje=19.82p Mje=.3357 Vje=.75 Tr=111.6n Tf=603.7p Itf=.65 Vtf=5 Xtf=1.7 Rb=10 Vceo=40 Icrating=600m mfg=Fairchild)
.model 2N5550 NPN(Is=2.511f Xti=3 Eg=1.11 Vaf=100 Bf=213.4 Ne=1.241 Ise=2.511f Ikf=.3495 Xtb=1.5 Br=3.24 Nc=2 Isc=0 Ikr=0 Rc=1 Cjc=4.883p
+ Mjc=.3047 Vjc=.75 Fc=.5 Cje=18.79p Mje=.3416 Vje=.75 Tr=1.212n Tf=560.1p Itf=50m Vtf=5 Xtf=8 Rb=10 Vceo=150 Icrating=600m mfg=Fairchild)
.model 2N5401 PNP(Is=21.48f Xti=3 Eg=1.11 Vaf=100 Bf=132.1 Ne=1.375 Ise=21.48f Ikf=.1848 Xtb=1.5 Br=3.661 Nc=2 Isc=0 Ikr=0 Rc=1.6 Cjc=17.63p
+ Mjc=.5312 Vjc=.75 Fc=.5 Cje=73.39p Mje=.3777 Vje=.75 Tr=1.476n Tf=641.9p Itf=0 Vtf=0 Xtf=0 Rb=10 Vceo=150 Icrating=600m mfg=Fairchild)
.model 2N2369 NPN(Is=44.14f Xti=3 Eg=1.11 Vaf=100 Bf=78.32 Ne=1.389 Ise=91.95f Ikf=.3498 Xtb=1.5 Br=12.69m Nc=2 Isc=0 Ikr=0 Rc=.6 Cjc=2.83p
+ Mjc=86.19m Vjc=.75 Fc=.5 Cje=4.5p Mje=.2418 Vje=.75 Tr=1.073u Tf=227.6p Itf=.3 Vtf=4 Xtf=4 Rb=10 Vceo=15 Icrating=200m mfg=NXP)
.model 2N5769 NPN(Is=44.14f Xti=3 Eg=1.11 Vaf=100 Bf=78.32 Ne=1.389 Ise=91.95f Ikf=.3498 Xtb=1.5 Br=12.69m Nc=2 Isc=0 Ikr=0 Rc=.6 Cjc=2.83p
+ Mjc=86.19m Vjc=.75 Fc=.5 Cje=4.5p Mje=.2418 Vje=.75 Tr=1.073u Tf=227.6p Itf=.3 Vtf=4 Xtf=4 Rb=10 Vceo=15 Icrating=200m mfg=Fairchild)
.model 2N5771 PNP(Is=545.6E-18 Xti=3 Eg=1.11 Vaf=100 Bf=76.77 Ne=1.5 Ise=0 Ikf=50m Xtb=1.5 Br=1.365 Nc=2 Isc=0 Ikr=0 Rc=3.75 Cjc=2.77p
+ Mjc=.1416 Vjc=.75 Fc=.5 Cje=2.65p Mje=.3083 Vje=.75 Tr=4.033n Tf=118.5p Itf=.5 Vtf=3 Xtf=6 Rb=10 Vceo=15 Icrating=200m mfg=Fairchild)
.model 2N3055 NPN(Bf=73 Br=2.66 Rb=.81 Rc=.0856 Re=.000856
+ CJC=1000P PC=.75 MC=.33 Tr=.5703U Is=2.37E-8
+ CJE=415P PE=.75 ME=.5 TF=99.52N NE=1.26 IK=1 Vceo=60 Icrating=10 mfg=STMicro)
.model BCW60A NPN(IS=20f VAF=100 BF=120 IKF=0.8 XTB=1.5 BR=5
+ CJC=20p CJE=8p TR=100n TF=600p
+ RB=10 RC=3 RE=1 Vceo=32 Icrating=200m mfg=Rohm)
.model BCW60B NPN(IS=20f VAF=80 BF=240 IKF=1.0 XTB=1.5 BR=5
+ CJC=20p CJE=8p TR=100n TF=600p
+ RB=10 RC=3 RE=1 Vceo=32 Icrating=200m mfg=Rohm)
.model BCW60C NPN(IS=20f VAF=65 BF=360 IKF=1.3 XTB=1.5 BR=5
+ CJC=20p CJE=8p TR=100n TF=600p
+ RB=10 RC=3 RE=1 Vceo=32 Icrating=200m mfg=Rohm)
.model BCW60D NPN(IS=20f VAF=45 BF=500 IKF=1.5 XTB=1.5 BR=5
+ CJC=20p CJE=8p TR=100n TF=600p
+ RB=10 RC=3 RE=1 Vceo=32 Icrating=200m mfg=Rohm)
.model BCW68F PNP(Is=40f VAF=100 Bf=175
+ IKF=2 Br=6 RC=.5 RE=0.1 RB=0.2 CJC=13p CJE=60p
+ TR=12n TF=600p Vceo=45 Icrating=800m mfg=ROHM)
.model BCW68G PNP(Is=40f VAF=80 Bf=280
+ IKF=2.5 Br=6 RC=.5 RE=0.1 RB=0.2 CJC=13p CJE=60p
+ TR=12n TF=600p Vceo=45 Icrating=800m mfg=Rohm)
.model 2N3019 NPN(Is=14f Vaf=100 Bf=200 Ikf=.75 Xtb=1.5 Br=5 Rc=.7 Cjc=16p Mjc=.36 Cje=55p Mje=.1553 Tr=800p Tf=800p Itf=1.2 Vtf=5 Xtf=55 Rb=10 Vceo=80 Icrating=1 mfg=Semicoa)
.model BC547B NPN(IS=2.39E-14 NF=1.008 ISE=3.545E-15 NE=1.541 BF=294.3 IKF=0.1357 VAF=63.2 NR=1.004 ISC=6.272E-14 NC=1.243 BR=7.946 IKR=0.1144 VAR=25.9 RB=1 IRB=1.00E-06 RBM=1 RE=0.4683 RC=0.85 XTB=0 EG=1.11 XTI=3 CJE=1.358E-11 VJE=0.65 MJE=0.3279 TF=4.391E-10 XTF=120 VTF=2.643 ITF=0.7495 PTF=0 CJC=3.728E-12 VJC=0.3997 MJC=0.2955 XCJC=0.6193 TR=1.00E-32 CJS=0 VJS=0.75 MJS=0.333 FC=0.9579 Vceo=45 Icrating=100m mfg=NXP)
.model BC547C NPN(IS=4.679E-14 NF=1.01 ISE=2.642E-15 NE=1.581 BF=458.7 IKF=0.1371 VAF=52.64 NR=1.019 ISC=2.337E-14 NC=1.164 BR=11.57 IKR=0.1144 VAR=364.5 RB=1 IRB=1.00E-06 RBM=1 RE=0.2598 RC=1 XTB=0 EG=1.11 XTI=3 CJE=1.229E-11 VJE=0.5591 MJE=0.3385 TF=4.689E-10 XTF=160 VTF=2.828 ITF=0.8842 PTF=0 CJC=4.42E-12 VJC=0.1994 MJC=0.2782 XCJC=0.6193 TR=1.00E-32 CJS=0 VJS=0.75 MJS=0.333 FC=0.7936 Vceo=45 Icrating=100m mfg=NXP)
.model BC847A NPN(IS=9.677E-15 NF=0.9922 ISE=5.44E-15 NE=2 BF=182.1 IKF=0.14 VAF=143.8 NR=0.9935 ISC=5.236E-12 NC=1.53 BR=7.004 IKR=0.06 VAR=31.15 RB=10 IRB=5.00E-06 RBM=4 RE=0.78 RC=0.656 XTB=0 EG=1.11 XTI=3 CJE=1.443E-11 VJE=0.733 MJE=0.3514 TF=6.04E-10 XTF=8.94 VTF=3.78 ITF=0.2711 PTF=0 CJC=3.287E-12 VJC=0.5444 MJC=0.3954 XCJC=0.6193 TR=0.00000011 CJS=0 VJS=0.75 MJS=0.333 FC=0.789 Vceo=45 Icrating=100m mfg=NXP)
.model BC847B NPN(IS=1.822E-14 NF=0.9932 ISE=2.894E-16 NE=1.4 BF=324.4 IKF=0.109 VAF=82 NR=0.9931 ISC=9.982E-12 NC=1.763 BR=8.29 IKR=0.09 VAR=17.9 RB=10 IRB=5.00E-06 RBM=5 RE=0.649 RC=0.7014 XTB=0 EG=1.11 XTI=3 CJE=1.244E-11 VJE=0.7579 MJE=0.3656 TF=4.908E-10 XTF=9.51 VTF=2.927 ITF=0.3131 PTF=0 CJC=3.347E-12 VJC=0.5463 MJC=0.391 XCJC=0.6193 TR=9.00E-08 CJS=0 VJS=0.75 MJS=0.333 FC=0.979 Vceo=45 Icrating=100m mfg=NXP)
.model BC847C NPN(IS=2.375E-14 NF=0.9925 ISE=5.16E-16 NE=1.3 BF=524.9 IKF=0.09 VAF=49.77 NR=0.9931 ISC=7.064E-12 NC=1.78 BR=10.04 IKR=0.132 VAR=16 RB=10 IRB=5.00E-06 RBM=5 RE=0.653 RC=0.78 XTB=0 EG=1.11 XTI=3 CJE=1.132E-11 VJE=0.7685 MJE=0.3733 TF=4.258E-10 XTF=6.319 VTF=6.4 ITF=0.1845 PTF=0 CJC=3.379E-12 VJC=0.5444 MJC=0.3968 XCJC=0.6193 TR=0.000000095 CJS=0 VJS=0.75 MJS=0.333 FC=0.999 Vceo=45 Icrating=100m mfg=NXP)
.model BC817-25 NPN(IS=9.198E-14 NF=1.003 ISE=4.468E-16 NE=1.65 BF=338.8 IKF=0.4913 VAF=107.9 NR=1.002 ISC=5.109E-15 NC=1.071 BR=29.48 IKR=0.193 VAR=25 RB=1 IRB=1000 RBM=1 RE=0.2126 RC=0.143 XTB=0 EG=1.11 XTI=3 CJE=3.825E-11 VJE=0.7004 MJE=0.364 TF=5.229E-10 XTF=219.7 VTF=3.502 ITF=7.257 PTF=0 CJC=1.27E-11 VJC=0.4431 MJC=0.3983 XCJC=0.4555 TR=7E-11 CJS=0 VJS=0.75 MJS=0.333 FC=0.905 Vceo=45 Icrating=500m mfg=NXP)
.model BC817-40 NPN(IS=6.286E-14 NF=0.9917 ISE=4.53E-15 NE=1.774 BF=416.3 IKF=0.4913 VAF=98.08 NR=0.9895 ISC=1.877E-13 NC=1.3 BR=24.49 IKR=0.203 VAR=25 RB=1 IRB=1000 RBM=1 RE=0.2256 RC=0.143 XTB=0 EG=1.11 XTI=3 CJE=3.568E-11 VJE=0.726 MJE=0.3721 TF=4.826E-10 XTF=120 VTF=3.654 ITF=5.104 PTF=0 CJC=1.296E-11 VJC=0.3241 MJC=0.3742 XCJC=0.455 TR=7E-11 CJS=0 VJS=0.75 MJS=0.333 FC=0.8662 Vceo=45 Icrating=500m mfg=NXP)
.model BC337-25 NPN(IS=4.13E-14 NF=0.9822 ISE=3.534E-15 NE=1.35 BF=292.4 IKF=0.9 VAF=145.7 NR=0.982 ISC=1.957E-13 NC=1.3 BR=23.68 IKR=0.1 VAR=20 RB=60 IRB=2.00E-04 RBM=8 RE=0.1129 RC=0.25 XTB=0 EG=1.11 XTI=3 CJE=3.799E-11 VJE=0.6752 MJE=0.3488 TF=5.4E-10 XTF=4 VTF=4.448 ITF=0.665 PTF=90 CJC=1.355E-11 VJC=0.3523 MJC=0.3831 XCJC=0.455 TR=3.00E-08 CJS=0 VJS=0.75 MJS=0.333 FC=0.643 Vceo=45 Icrating=500m mfg=NXP)
.model BC337-40 NPN(IS=7.809E-14 NF=0.9916 ISE=2.069E-15 NE=1.4 BF=436.8 IKF=0.8 VAF=103.6 NR=0.991 ISC=6.66E-14 NC=1.2 BR=44.14 IKR=0.09 VAR=14 RB=70 IRB=2.00E-04 RBM=8 RE=0.12 RC=0.24 XTB=0 EG=1.11 XTI=3 CJE=3.579E-11 VJE=0.6657 MJE=0.3596 TF=5E-10 XTF=2.5 VTF=2 ITF=0.5 PTF=88 CJC=1.306E-11 VJC=0.3647 MJC=0.3658 XCJC=0.455 TR=2.50E-08 CJS=0 VJS=0.75 MJS=0.333 FC=0.843 Vceo=45 Icrating=500m mfg=NXP)
.model BC557B PNP(IS=3.83E-14 NF=1.008 ISE=1.22E-14 NE=1.528 BF=344.4 IKF=0.08039 VAF=21.11 NR=1.005 ISC=2.85E-13 NC=1.28 BR=14.84 IKR=0.047 VAR=32.02 RB=1 IRB=1.00E-06 RBM=1 RE=0.6202 RC=0.5713 XTB=0 EG=1.11 XTI=3 CJE=1.23E-11 VJE=0.6106 MJE=0.378 TF=5.60E-10 XTF=3.414 VTF=5.23 ITF=0.1483 PTF=0 CJC=1.08E-11 VJC=0.1022 MJC=0.3563 XCJC=0.6288 TR=1.00E-32 CJS=0 VJS=0.75 MJS=0.333 FC=0.8027 Vceo=45 Icrating=100m mfg=NXP)
.model BC557C PNP(IS=5.83E-14 NF=1.009 ISE=3.88E-15 NE=1.408 BF=516.7 IKF=0.08039 VAF=26.03 NR=1.006 ISC=4.01E-14 NC=1.313 BR=12.45 IKR=0.07238 VAR=6.717 RB=1 IRB=1.00E-06 RBM=1 RE=0.5685 RC=0.6257 XTB=0 EG=1.11 XTI=3 CJE=1.26E-11 VJE=0.3809 MJE=0.3545 TF=5.23E-10 XTF=4.339 VTF=5.425 ITF=0.1896 PTF=0 CJC=7.80E-12 VJC=0.5897 MJC=0.4569 XCJC=0.6288 TR=1.00E-32 CJS=0 VJS=0.75 MJS=0.333 FC=0.5729 Vceo=45 Icrating=100m mfg=NXP)
.model BC857A PNP(IS=1.17E-14 NF=0.9972 ISE=1.762E-14 NE=1.661 BF=161.3 IKF=0.15 VAF=59.62 NR=0.9967 ISC=1.506E-13 NC=1.32 BR=6.78 IKR=0.048 VAR=15.4 RB=10 IRB=5.00E-06 RBM=5 RE=0.689 RC=0.61 CJE=1.325E-11 VJE=0.8514 MJE=0.3999 TF=8.333E-10 XTF=2.41 VTF=6.262 ITF=0.097 PTF=0 CJC=6.396E-12 VJC=0.2182 MJC=0.333 XCJC=0.6288 TR=0.00000007 CJS=0 VJS=0.75 MJS=0.333 XTB=0 XTI=3 EG=1.11 FC=0.8981 Vceo=45 Icrating=100m mfg=NXP)
.model BC857B PNP(IS=2.014E-14 NF=0.9974 ISE=6.578E-15 NE=1.45 BF=315.3 IKF=0.079 VAF=39.15 NR=0.9952 ISC=1.633E-14 NC=1.15 BR=8.68 IKR=0.09 VAR=9.5 RB=10 IRB=5.00E-06 RBM=5.00E-06 RE=0.663 RC=0.718 CJE=1.135E-11 VJE=0.7071 MJE=0.3808 TF=6.546E-10 XTF=5.387 VTF=6.245 ITF=0.2108 PTF=0 CJC=6.395E-12 VJC=0.4951 MJC=0.44 XCJC=0.6288 TR=5.50E-08 CJS=0 VJS=0.75 MJS=0.333 XTB=0 XTI=3 EG=1.11 FC=0.9059 Vceo=45 Icrating=100m mfg=NXP)
.model BC857C PNP(IS=3.258E-14 NF=0.999 ISE=3.003E-15 NE=1.45 BF=515.4 IKF=0.066 VAF=25 NR=0.9985 ISC=4.393E-15 NC=1.2 BR=15.26 IKR=0.039 VAR=8 RB=10 IRB=5.00E-06 RBM=5 RE=0.7071 RC=0.58 CJE=1.024E-11 VJE=0.9 MJE=0.453 TF=5.971E-10 XTF=4.137 VTF=6.31 ITF=0.2108 PTF=0 CJC=6.345E-12 VJC=0.4254 MJC=0.423 XCJC=0.6288 TR=0.000000035 CJS=0 VJS=0.75 MJS=0.333 XTB=0 XTI=3 EG=1.11 FC=0.78 Vceo=45 Icrating=100m mfg=NXP)
.model BC807-25 PNP(IS=1.08E-13 NF=0.99 ISE=2.713E-14 NE=1.4 BF=385.7 IKF=0.3603 VAF=31.29 NR=0.9849 ISC=5.062E-13 NC=1.295 BR=20.57 IKR=0.054 VAR=11.62 RB=1 IRB=1.00E-06 RBM=0.5 RE=0.1415 RC=0.2623 XTB=0 EG=1.11 XTI=3 CJE=5.114E-11 VJE=0.8911 MJE=0.4417 TF=7.359E-10 XTF=1.859 VTF=3.813 ITF=0.4393 PTF=0 CJC=2.656E-11 VJC=0.62 MJC=0.4836 XCJC=0.459 TR=5.00E-08 CJS=0 VJS=0.75 MJS=0.333 FC=0.99 Vceo=45 Icrating=500m mfg=NXP)
.model BC807-40 PNP(IS=2.077E-13 NF=1.005 ISE=1.411E-14 NE=1.3 BF=449.8 IKF=0.36 VAF=29 NR=1.002 ISC=2.963E-13 NC=1.25 BR=20.92 IKR=0.104 VAR=10 RB=40 IRB=1.00E-05 RBM=5.3 RE=0.14 RC=0.32 XTB=0 EG=1.11 XTI=3 CJE=5E-11 VJE=0.9296 MJE=0.456 TF=7E-10 XTF=3.25 VTF=2.5 ITF=0.79 PTF=80 CJC=2.675E-11 VJC=0.8956 MJC=0.4638 XCJC=0.459 TR=3.50E-08 CJS=0 VJS=0.75 MJS=0.333 FC=0.935 Vceo=45 Icrating=500m mfg=NXP)
.model BC327-25 PNP(IS=1.08E-13 NF=0.99 ISE=2.713E-14 NE=1.4 BF=385.7 IKF=0.3603 VAF=31.29 NR=0.9849 ISC=5.062E-13 NC=1.295 BR=20.57 IKR=0.054 VAR=11.62 RB=1 IRB=1.00E-06 RBM=0.5 RE=0.1415 RC=0.2623 XTB=0 EG=1.11 XTI=3 CJE=5.114E-11 VJE=0.8911 MJE=0.4417 TF=7.359E-10 XTF=1.859 VTF=3.813 ITF=0.4393 PTF=0 CJC=2.656E-11 VJC=0.62 MJC=0.4836 XCJC=0.459 TR=5.00E-08 CJS=0 VJS=0.75 MJS=0.333 FC=0.99 Vceo=45 Icrating=500m mfg=NXP)
.model BC327-40 PNP(IS=2.077E-13 NF=1.005 ISE=1.411E-14 NE=1.3 BF=449.8 IKF=0.36 VAF=29 NR=1.002 ISC=2.963E-13 NC=1.25 BR=20.92 IKR=0.104 VAR=10 RB=40 IRB=1.00E-05 RBM=5.3 RE=0.14 RC=0.32 XTB=0 EG=1.11 XTI=3 CJE=5E-11 VJE=0.9296 MJE=0.456 TF=7E-10 XTF=3.25 VTF=2.5 ITF=0.79 PTF=80 CJC=2.675E-11 VJC=0.8956 MJC=0.4638 XCJC=0.459 TR=3.50E-08 CJS=0 VJS=0.75 MJS=0.333 FC=0.935 Vceo=45 Icrating=500m mfg=NXP)
.model BC546B NPN(IS=2.39E-14 NF=1.008 ISE=3.55E-15 NE=1.541 BF=294.3 IKF=0.1357 VAF=63.2 NR=1.004 ISC=6.27E-14 NC=1.243 BR=7.946 IKR=0.1144 VAR=25.9 RB=1 IRB=1.00E-06 RBM=1 RE=0.4683 RC=0.85 XTB=0 EG=1.11 XTI=3 CJE=1.36E-11 VJE=0.65 MJE=0.3279 TF=4.39E-10 XTF=120 VTF=2.643 ITF=0.7495 PTF=0 CJC=3.73E-12 VJC=0.3997 MJC=0.2955 XCJC=0.6193 TR=1.00E-32 CJS=0 VJS=0.75 MJS=0.333 FC=0.9579 Vceo=65 Icrating=100m mfg=NXP)
.model BC846B NPN(IS=1.82E-14 NF=0.9932 ISE=2.89E-16 NE=1.4 BF=324.4 IKF=0.109 VAF=82 NR=0.9931 ISC=9.98E-12 NC=1.763 BR=8.29 IKR=0.09 VAR=17.9 RB=10 IRB=5.00E-06 RBM=5 RE=0.649 RC=0.7014 XTB=0 EG=1.11 XTI=3 CJE=1.24E-11 VJE=0.7579 MJE=0.3656 TF=4.91E-10 XTF=9.51 VTF=2.927 ITF=0.3131 PTF=0 CJC=3.35E-12 VJC=0.5463 MJC=0.391 XCJC=0.6193 TR=9.00E-08 CJS=0 VJS=0.75 MJS=0.333 FC=0.979 Vceo=65 Icrating=100m mfg=NXP)
.model BC556B PNP(IS=3.83E-14 NF=1.008 ISE=1.22E-14 NE=1.528 BF=344.4 IKF=0.08039 VAF=21.11 NR=1.005 ISC=2.85E-13 NC=1.28 BR=14.84 IKR=0.047 VAR=32.02 RB=1 IRB=1.00E-06 RBM=1 RE=0.6202 RC=0.5713 XTB=0 EG=1.11 XTI=3 CJE=1.23E-11 VJE=0.6106 MJE=0.378 TF=5.60E-10 XTF=3.414 VTF=5.23 ITF=0.1483 PTF=0 CJC=1.08E-11 VJC=0.1022 MJC=0.3563 XCJC=0.6288 TR=1.00E-32 CJS=0 VJS=0.75 MJS=0.333 FC=0.8027 Vceo=65 Icrating=100m mfg=NXP)
.model BC856B PNP(IS=2.01E-14 NF=0.9974 ISE=6.58E-15 NE=1.45 BF=315.3 IKF=0.079 VAF=39.15 NR=0.9952 ISC=1.63E-14 NC=1.15 BR=8.68 IKR=0.09 VAR=9.5 RB=10 IRB=5.00E-06 RBM=5.00E-06 RE=0.663 RC=0.718 XTB=0 EG=1.11 XTI=3 CJE=1.14E-11 VJE=0.7071 MJE=0.3808 TF=6.55E-10 XTF=5.387 VTF=6.245 ITF=0.2108 PTF=0 CJC=6.40E-12 VJC=0.4951 MJC=0.44 XCJC=0.6288 TR=5.50E-08 CJS=0 VJS=0.75 MJS=0.333 FC=0.9059 Vceo=65 Icrating=100m mfg=NXP)
.model D45H11 PNP(IS=7.89979e-11 BF=65.9745 NF=0.851012 VAF=10.7084 IKF=10 Ise=4.79702e-14 Ne=4 BR=1.96197
+ Nr=1.29503 VAR=23.2874 IKR=9.99625 Isc=4.79702e-14 Nc=3.59375 Rb=2.35587 Irb=0.108633 Rbm=0.101928
+ Re=0.000100027 Rc=0.122304 XTB=0.137608 XTI=1.0316 Eg=1.12218 Cje=1.03083e-09 Vje=0.651747 Mje=0.353069
+ TF=3.89762e-09 XTF=1.35721 VTF=0.99569 ITF=0.999994 Cjc=5e-10 Vjc=0.42654 Mjc=0.24282 Xcjc=0.803125
+ FC=0.533457 Cjs=0 Vjs=0.75 Mjs=0.5 TR=4.90984e-07 PTF=0 KF=0 AF=1 Vceo=80 Icrating=10 mfg=On_Semiconductor)
.model 2SA1576A PNP(Is=70.000E-15 Bf=266.38 Vaf=50.700 Ikf=.27914 Ise=70.000E-15 Ne=1.7618 Br=1.8730 Var=100 Ikr=2.0006 Isc=270.82E-12 Nc=1.7915 Re=.2 Rb=7.8035 Rc=1.0862 Cje=22.937E-12 Mje=.58268 Cjc=11.613E-12 Mjc=.43988 Tf=328.92E-12 Xtf=331.17 Vtf=254.25 Itf=8.1505 Tr=327.28E-9 Xtb=1.5000 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SA1579 PNP(Is=60.000E-15 Bf=410.23 Vaf=58.369 Ikf=.24851 Ise=60.000E-15 Ne=1.6719 Br=.99563 Var=100 Ikr=.5153 Isc=26.592E-12 Nc=1.6784 Nk=.94666 Rb=19.288 Rc=2.0146 Cje=24.180E-12 Mje=.64498 Cjc=11.927E-12 Mjc=.47137 Tf=381.07E-12 Xtf=3.9957 Vtf=6.2068 Itf=.11044 Tr=790.19E-9 Xtb=1.5000 Vceo=120 Icrating=0.05 mfg=Rohm)
.model 2SA1774 PNP(Is=70.000E-15 Bf=266.38 Vaf=50.700 Ikf=.27914 Ise=70.000E-15 Ne=1.7618 Br=1.8730 Var=100 Ikr=2.0006 Isc=270.82E-12 Nc=1.7915 Re=.2 Rb=7.8035 Rc=1.0862 Cje=22.937E-12 Mje=.58268 Cjc=11.613E-12 Mjc=.43988 Tf=328.92E-12 Xtf=331.17 Vtf=254.25 Itf=8.1505 Tr=327.28E-9 Xtb=1.5000 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SA2088 PNP(Is=65.000E-15 Bf=249.50 Vaf=100 Ikf=.69106 Ise=65.001E-15 Ne=1.4594 Br=10.162 Var=100 Ikr=11.394 Isc=5.0270E-12 Nc=1.3515 Nk=.79748 Re=.5 Rb=.81834 Rc=.20879 Cje=96.030E-12 Mje=.77026 Cjc=32.647E-12 Mjc=.57832 Tf=304.61E-12 Xtf=11.555 Vtf=13.588 Itf=8.1887 Tr=35.022E-9 Xtb=1.5000 Vceo=60 Icrating=0.5 mfg=Rohm)
.model 2SAR293P PNP(Is=500.00E-15 Bf=444.31 Vaf=24.600 Ikf=2.3829 Ise=500.00E-15 Ne=1.6482 Br=4.9950E3 Var=7.7000 Ikr=15.229 Isc=75.178E-12 Nc=1.5444 Nk=.86085 Re=80.000E-3 Rb=2.3056 Rc=.4924 Cje=83.703E-12 Vje=1.0522 Mje=.49837 Cjc=23.220E-12 Vjc=.80782 Mjc=.46231 Tf=451.11E-12 Xtf=108.26 Vtf=53.372 Itf=49.404 Tr=2.0000E-9 Xtb=1.5000 Vceo=30 Icrating=1 mfg=Rohm)
.model 2SAR512P PNP(Is=240.00E-15 Bf=307.48 Vaf=23.200 Ikf=4.9543 Ise=240.00E-15 Ne=1.9535 Br=39.080 Var=16.500 Ikr=.47302 Isc=241.00E-15 Nc=2.4667 Nk=.94551 Re=40.000E-3 Rb=2.1402 Rc=.205 Cje=128.66E-12 Vje=.96698 Mje=.45709 Cjc=50.453E-12 Vjc=1.0394 Mjc=.54257 Tf=301.41E-12 Xtf=3.9532 Vtf=16.722 Itf=1.7306 Tr=12.500E-9 Xtb=1.5000 Vceo=30 Icrating=2 mfg=Rohm)
.model 2SAR513P PNP(Is=220.00E-15 Bf=295.38 Vaf=29.700 Ikf=1.8760 Ise=220.00E-15 Ne=1.5781 Br=29.217 Var=100 Ikr=10.657 Isc=229.66E-15 Nc=1.2092 Nk=.79924 Re=40.000E-3 Rb=1.8898 Rc=.30868 Cje=119.67E-12 Vje=.93671 Mje=.39223 Cjc=42.157E-12 Vjc=.91676 Mjc=.50722 Tf=358.55E-12 Xtf=13.139 Vtf=20.331 Itf=6.8573 Tr=17.500E-9 Xtb=1.5000 Vceo=50 Icrating=1 mfg=Rohm)
.model 2SAR514P PNP(Is=210.00E-15 Bf=239.74 Vaf=41.200 Ikf=2.4755 Ise=474.84E-15 Ne=1.7638 Br=9.1977 Var=26.200 Ikr=.91518 Isc=852.09E-15 Nc=1.2356 Nk=.98791 Re=80.000E-3 Rb=2.5397 Rc=.43853 Cje=120.71E-12 Vje=.74112 Mje=.3555 Cjc=21.650E-12 Vjc=.78879 Mjc=.29529 Tf=378.45E-12 Xtf=12.388 Vtf=8.5169 Itf=4.1911 Tr=76.500E-9 Xtb=1.5000 Vceo=80 Icrating=0.7 mfg=Rohm)
.model 2SAR533P PNP(Is=440.00E-15 Bf=279.15 Vaf=26 Ikf=8.0272 Ise=440.00E-15 Ne=1.5728 Br=16.298 Var=20.300 Ikr=.91246 Isc=1.4308E-12 Nc=2.2472 Nk=.99016 Re=45.000E-3 Rb=.29167 Rc=.1656 Cje=292.97E-12 Vje=.92742 Mje=.4422 Cjc=88.275E-12 Vjc=1.0381 Mjc=.55271 Tf=406.22E-12 Xtf=3.7885 Vtf=12.425 Itf=1.8659 Tr=32.700E-9 Xtb=1.5000 Vceo=50 Icrating=3 mfg=Rohm)
.model 2SAR542P PNP(Is=1.0000E-12 Bf=324.46 Vaf=39.700 Ikf=15.590 Ise=1.0000E-12 Ne=1.8237 Br=53.188 Var=9 Ikr=.73045 Isc=23.931E-12 Nc=2.5940 Nk=.92781 Re=25.000E-3 Rb=.57452 Rc=42.636E-3 Cje=233.18E-12 Vje=1.0430 Mje=.48765 Cjc=148.41E-12 Vjc=1.0315 Mjc=.55325 Tf=569.73E-12 Xtf=13.952 Vtf=3.5264 Itf=2.8917 Tr=10.300E-9 Xtb=1.5000 Vceo=30 Icrating=5 mfg=Rohm)
.model 2SAR544P PNP(Is=800.00E-15 Bf=212.07 Vaf=31.300 Ikf=8.2359 Ise=800.00E-15 Ne=1.7883 Br=14.147 Var=17.900 Ikr=1.0101 Isc=22.559E-12 Nc=1.5653 Nk=.81025 Re=30.000E-3 Rb=.87781 Rc=.13136 Cje=472.89E-12 Vje=.97942 Mje=.46473 Cjc=113.51E-12 Vjc=.76024 Mjc=.47779 Tf=401.61E-12 Xtf=2.3288 Vtf=12.359 Itf=1.0144 Tr=54.500E-9 Xtb=1.5000 Vceo=80 Icrating=2.5 mfg=Rohm)
.model 2SAR552P PNP(Is=520.00E-15 Bf=315.13 Vaf=26.700 Ikf=3.4558 Ise=520.00E-15 Ne=1.7403 Br=49.558 Var=15.400 Ikr=.66084 Isc=936.07E-15 Nc=2.8590 Nk=.62209 Re=35.000E-3 Rb=.75418 Rc=.12127 Cje=242.81E-12 Vje=1.0272 Mje=.49015 Cjc=84.668E-12 Vjc=1.0523 Mjc=.55603 Tf=409.23E-12 Xtf=527.57 Vtf=34.767 Itf=68.903 Tr=6.1000E-9 Xtb=1.5000 Vceo=30 Icrating=3 mfg=Rohm)
.model 2SAR553P PNP(Is=380.00E-15 Bf=292.25 Vaf=34.200 Ikf=5.8054 Ise=380.00E-15 Ne=1.6438 Br=15.006 Var=18.200 Ikr=.99968 Isc=588.69E-15 Nc=2.3881 Nk=.9836 Re=30.000E-3 Rb=1.4634 Rc=.20116 Cje=254.26E-12 Vje=.92645 Mje=.44177 Cjc=78.299E-12 Vjc=1.0229 Mjc=.5476 Tf=383.08E-12 Xtf=2.0291 Vtf=10.898 Itf=.99144 Tr=27.600E-9 Xtb=1.5000 Vceo=50 Icrating=2 mfg=Rohm)
.model 2SAR554P PNP(Is=400.00E-15 Bf=222.84 Vaf=30.600 Ikf=5.0617 Ise=400.03E-15 Ne=1.6004 Br=10.181 Var=20.600 Ikr=6.6435 Isc=1.0067E-12 Nc=1.2721 Nk=.99646 Re=40.000E-3 Rb=1.7344 Rc=.27337 Cje=188.26E-12 Vje=.98456 Mje=.46391 Cjc=50.752E-12 Vjc=.7732 Mjc=.47558 Tf=413.28E-12 Xtf=6.8712 Vtf=5.9615 Itf=2.6873 Tr=52.300E-9 Xtb=1.5000 Vceo=80 Icrating=1.5 mfg=Rohm)
.model 2SB1260 PNP(Is=220.00E-15 Bf=140.43 Vaf=23.200 Ikf=7.9366 Ise=220.00E-15 Ne=1.6291 Br=30.282 Var=100 Ikr=13.783 Isc=274.44E-12 Nc=1.5976 Nk=.83042 Re=50.000E-3 Rb=.6938 Rc=.149 Cje=311.85E-12 Mje=.35932 Cjc=89.315E-12 Mjc=.50953 Tf=714.69E-12 Xtf=11.729 Vtf=22.370 Itf=7.7977 Tr=101.04E-9 Xtb=1.5000 Vceo=80 Icrating=1 mfg=Rohm)
.model 2SB1694 PNP(Is=400.00E-15 Bf=418.17 Vaf=30 Ikf=1.9086 Ise=400.00E-15 Ne=1.6342 Br=248.11 Var=100 Ikr=14.338 Isc=3.3973E-12 Nc=1.2942 Nk=.96066 Re=70.000E-3 Rb=2.2125 Rc=.30535 Cje=96.033E-12 Mje=.55512 Cjc=23.534E-12 Mjc=.4554 Tf=404.28E-12 Xtf=161.24 Vtf=.14046 Itf=15.584 Tr=14.264E-9 Xtb=1.5000 Vceo=30 Icrating=1 mfg=Rohm)
.model 2SC4081 NPN(Is=70.000E-15 Bf=277.08 Vaf=114.03 Ikf=1 Ise=70.000E-15 Ne=1.8934 Br=11.565 Var=100 Ikr=.11266 Isc=1.0228E-12 Nc=1.3260 Nk=.71869 Re=.2 Rb=13.897 Rc=1.2190 Cje=11.342E-12 Mje=.38289 Cjc=4.0230E-12 Mjc=.34629 Tf=338.92E-12 Xtf=4.0449 Vtf=167.36 Itf=.85959 Tr=110.25E-9 Xtb=1.5000 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SC4102 NPN(Is=63.000E-15 Bf=380.57 Vaf=100 Ikf=.14961 Ise=63.000E-15 Ne=1.5906 Br=8.8318 Var=100 Ikr=3.5414 Isc=122.12E-12 Nc=1.7074 Nk=.88203 Rb=15.568 Rc=.86281 Cje=19.487E-12 Mje=.39031 Cjc=6.2787E-12 Mjc=.31695 Tf=431.99E-12 Xtf=12.431 Vtf=17.638 Itf=1.4622 Tr=29.726E-9 Xtb=1.5000 Vceo=120 Icrating=0.05 mfg=Rohm)
.model 2SC4617 NPN(Is=70.000E-15 Bf=277.08 Vaf=114.03 Ikf=1 Ise=70.000E-15 Ne=1.8934 Br=11.565 Var=100 Ikr=.11266 Isc=1.0228E-12 Nc=1.3260 Nk=.71869 Re=.2 Rb=13.897 Rc=1.2190 Cje=11.342E-12 Mje=.38289 Cjc=4.0230E-12 Mjc=.34629 Tf=338.92E-12 Xtf=4.0449 Vtf=167.36 Itf=.85959 Tr=110.25E-9 Xtb=1.5000 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SC5876 NPN(Is=120.00E-15 Bf=307.96 Vaf=100 Ikf=.76113 Ise=120.00E-15 Ne=1.3985 Br=6.1588 Var=100 Ikr=4.8827 Isc=2.8942E-12 Nc=1.3100 Nk=.76124 Re=.3 Rb=.88626 Rc=32.521E-3 Cje=49.151E-12 Mje=.58268 Cjc=13.141E-12 Mjc=.44672 Tf=495.75E-12 Xtf=31.937 Vtf=20.740 Itf=18.600 Tr=49.533E-9 Xtb=1.5000 Vceo=60 Icrating=0.5 mfg=Rohm)
.model 2SCR293P NPN(Is=500.00E-15 Bf=451.29 Vaf=48.900 Ikf=4.2513 Ise=501.24E-15 Ne=1.5637 Br=38.840 Var=17.200 Ikr=1.8267 Isc=2.9152E-12 Nc=1.3407 Nk=.97869 Re=.14 Rb=2.8446 Rc=.11402 Cje=87.669E-12 Vje=1.7347 Mje=.55171 Cjc=18.808E-12 Vjc=.63549 Mjc=.41539 Tf=463.35E-12 Xtf=432.42 Vtf=40.605 Itf=67.031 Tr=16.000E-9 Xtb=1.5000 Vceo=30 Icrating=1 mfg=Rohm)
.model 2SCR372P NPN(Is=210.00E-15 Bf=252.16 Vaf=127 Ikf=1.2622 Ise=210.00E-15 Ne=1.4631 Br=96.802 Var=34.900 Ikr=.35608 Isc=16.104E-12 Nc=1.4132 Nk=.81181 Rb=2.3517 Rc=.10552 Cje=252.06E-12 Vje=.75202 Mje=.35934 Cjc=26.852E-12 Vjc=.5121 Mjc=.40073 Tf=631.13E-12 Xtf=3.6863 Vtf=98.578 Itf=4.0741 Tr=101.00E-9 Xtb=1.5000 Vceo=120 Icrating=0.7 mfg=Rohm)
.model 2SCR375P NPN(Is=800.00E-15 Bf=153.42 Vaf=4.8443 Ikf=1.5296 Ise=800.00E-15 Ne=1.5062 Br=39.462 Var=41.110 Ikr=2.4021 Isc=125.69E-12 Nc=1.5464 Nk=.69119 Re=50.000E-3 Rb=.5743 Rc=39.911E-3 Cje=479.27E-12 Vje=.7466 Mje=.35988 Cjc=46.626E-12 Vjc=.43755 Mjc=.42493 Tf=695.25E-12 Xtf=488.45 Vtf=269.93 Itf=15.733 Tr=39.000E-9 Xtb=1.2500 Tre1=0.004 Vceo=120 Icrating=1.5 mfg=Rohm)
.model 2SCR512P NPN(Is=400.00E-15 Bf=309.94 Vaf=89.700 Ikf=4.6721 Ise=400.00E-15 Ne=1.6749 Br=74.978 Var=100 Ikr=9.1517 Isc=427.00E-15 Nc=1.2408 Nk=.86551 Re=60.000E-3 Rb=.95732 Rc=.14944 Cje=119.28E-12 Vje=.90437 Mje=.34878 Cjc=26.288E-12 Vjc=.63292 Mjc=.34258 Tf=438.11E-12 Xtf=48.471 Vtf=6.9833 Itf=12.924 Tr=6.5000E-9 Xtb=1.5000 Vceo=30 Icrating=2 mfg=Rohm)
.model 2SCR513P NPN(Is=200.00E-15 Bf=307.43 Vaf=59.700 Ikf=2.3788 Ise=200.00E-15 Ne=1.5493 Br=142.53 Var=100 Ikr=.44171 Isc=211.42E-15 Nc=1.1815 Nk=.87267 Re=60.000E-3 Rb=1.1339 Rc=87.110E-3 Cje=114.19E-12 Vje=.83581 Mje=.33116 Cjc=20.985E-12 Vjc=.84637 Mjc=.43044 Tf=418.72E-12 Xtf=63.597 Vtf=12.889 Itf=20.566 Tr=18.000E-9 Xtb=1.5000 Vceo=50 Icrating=1 mfg=Rohm)
.model 2SCR514P NPN(Is=220.00E-15 Bf=293.86 Vaf=100 Ikf=1.6587 Ise=231.44E-15 Ne=1.4600 Br=160.89 Var=43 Ikr=.14544 Isc=15.133E-12 Nc=1.4486 Nk=.98503 Re=20.000E-3 Rb=4.7775 Rc=87.567E-3 Cje=120.71E-12 Vje=.74112 Mje=.3555 Cjc=14.464E-12 Vjc=1.2084 Mjc=.38033 Tf=454.14E-12 Xtf=5.9469 Vtf=35.154 Itf=3.2575 Tr=48.000E-9 Xtb=1.5000 Vceo=80 Icrating=0.7 mfg=Rohm)
.model 2SCR533P NPN(Is=420.00E-15 Bf=307.28 Vaf=140 Ikf=5 Ise=420.00E-15 Ne=1.5998 Br=128.39 Var=30 Ikr=4.2658 Isc=420.91E-15 Nc=1.2171 Nk=.7604 Re=20.000E-3 Rb=1.7158 Rc=89.720E-3 Cje=283.62E-12 Vje=.7243 Mje=.35199 Cjc=44.087E-12 Vjc=.54497 Mjc=.40197 Tf=450.93E-12 Xtf=66.611 Vtf=32.273 Itf=29.362 Tr=11.200E-9 Xtb=1.5000 Vceo=50 Icrating=3 mfg=Rohm)
.model 2SCR542P NPN(Is=700.00E-15 Bf=336.60 Vaf=111 Ikf=14.480 Ise=700.00E-15 Ne=1.7454 Br=111.04 Var=19 Ikr=.98304 Isc=2.0888E-12 Nc=1.3942 Nk=.62374 Re=20.000E-3 Rb=.89756 Rc=51.259E-3 Cje=491.67E-12 Vje=.73414 Mje=.35298 Cjc=85.063E-12 Vjc=.65513 Mjc=.43196 Tf=412.36E-12 Xtf=29.416 Vtf=2.1315 Itf=2.2660 Tr=3.6000E-9 Xtb=1.5000 Vceo=30 Icrating=5 mfg=Rohm)
.model 2SCR544P NPN(Is=650.00E-15 Bf=259.69 Vaf=111 Ikf=5.9184 Ise=650.00E-15 Ne=1.5840 Br=59.135 Var=31 Ikr=2.6484 Isc=21.843E-12 Nc=1.4311 Nk=.79477 Re=20.000E-3 Rb=1.1435 Rc=57.199E-3 Cje=496.31E-12 Vje=.75391 Mje=.3575 Cjc=59.190E-12 Vjc=.50973 Mjc=.43023 Tf=457.42E-12 Xtf=5.2931 Vtf=10.060 Itf=3.4079 Tr=31.900E-9 Xtb=1.5000 Vceo=80 Icrating=2.5 mfg=Rohm)
.model 2SCR552P NPN(Is=380.00E-15 Bf=346.49 Vaf=88 Ikf=13.358 Ise=380.20E-15 Ne=1.6220 Br=86.406 Var=19 Ikr=2.3526 Isc=380.00E-15 Nc=1.2701 Nk=.99842 Re=30.000E-3 Rb=1.3796 Rc=89.865E-3 Cje=259.26E-12 Vje=.74817 Mje=.35387 Cjc=47.225E-12 Vjc=.57493 Mjc=.39869 Tf=432.25E-12 Xtf=8.2951 Vtf=4.2756 Itf=3.9270 Tr=9.0000E-9 Xtb=1.5000 Vceo=30 Icrating=3 mfg=Rohm)
.model 2SCR553P NPN(Is=530.00E-15 Bf=331.71 Vaf=100 Ikf=4.9995 Ise=530.00E-15 Ne=1.5363 Br=57.892 Var=21 Ikr=1.3895 Isc=1.4590E-12 Nc=1.3414 Nk=.91654 Re=25.000E-3 Rb=1.5828 Rc=.11459 Cje=225.98E-12 Vje=.77511 Mje=.37227 Cjc=39.676E-12 Vjc=.54411 Mjc=.39785 Tf=373.84E-12 Xtf=1.4326 Vtf=13.619 Itf=1.9978 Tr=18.200E-9 Xtb=1.5000 Vceo=50 Icrating=2 mfg=Rohm)
.model 2SCR554P NPN(Is=550.00E-15 Bf=277.41 Vaf=103 Ikf=3.2386 Ise=550.00E-15 Ne=1.5553 Br=33.281 Var=28.600 Ikr=11.836 Isc=8.1161E-9 Nc=2.6073 Nk=.8866 Re=25.000E-3 Rb=2.7470 Rc=92.861E-3 Cje=120.16E-12 Vje=.77848 Mje=.36337 Cjc=14.464E-12 Vjc=1.2084 Mjc=.38033 Tf=505.30E-12 Xtf=22.139 Vtf=16.772 Itf=10.670 Tr=33.600E-9 Xtb=1.5000 Vceo=80 Icrating=1.5 mfg=Rohm)
.model 2SCR573D NPN(Is=1.0000E-12 Bf=305.78 Vaf=100.77 Ikf=15 Ise=9.2726E-12 Ne=1.9977 Br=55.087 Var=30 Ikr=4.3418 Isc=11.133E-12 Nc=1.4838 Nk=1.0139 Re=35m Rb=.50911 Rc=35.473E-3 Cje=466.80E-12 Vje=.77265 Mje=.35972 Cjc=69.345E-12 Vjc=.56296 Mjc=.42599 Tf=434.78E-12 Xtf=400.18 Vtf=196.30 Itf=82.816 Tr=14.336E-9 Xtb=1.5000 Vceo=50 Icrating=3 mfg=Rohm)
.model 2SCR574D NPN(Is=1.0000E-12 Bf=226.21 Vaf=103.70 Ikf=15 Ise=1.0000E-12 Ne=1.5805 Br=78.835 Var=43 Ikr=1.3435 Isc=5.2175E-12 Nc=1.2893 Nk=1.0840 Re=30m Rb=1.4908 Rc=55.610E-3 Cje=496.19E-12 Vje=.76899 Mje=.35078 Cjc=63.898E-12 Vjc=.75325 Mjc=.4557 Tf=498.62E-12 Xtf=454.99 Vtf=242.95 Itf=83.905 Tr=33.570E-9 Xtb=1.2500 TRE1=0.005 Vceo=80 Icrating=2 mfg=Rohm)
.model 2SD1898 NPN(Is=280.00E-15 Bf=199.80 Vaf=40 Ikf=4.6752 Ise=280.00E-15 Ne=1.5882 Br=404.98 Var=100 Ikr=.40942 Isc=4.9564E-12 Nc=1.2884 Nk=.97272 Re=40m Rb=2.0332 Rc=51.971E-3 Cje=311.85E-12 Mje=.35932 Cjc=41.583E-12 Mjc=.46676 Tf=615.97E-12 Xtf=27.568 Vtf=62.853 Itf=14.820 Tr=99.286E-9 Xtb=1.5000 Vceo=80 Icrating=1 mfg=Rohm)
.model 2SD2656 NPN(Is=400.00E-15 Bf=413.31 Vaf=30 Ikf=2.4205 Ise=2.1950E-12 Ne=1.8979 Br=51.833 Var=100 Ikr=.79315 Isc=1.5842E-9 Nc=2.1922 Nk=.98841 Re=70m Rb=2.4948 Rc=.10728 Cje=91.854E-12 Mje=.40813 Cjc=15.894E-12 Mjc=.43434 Tf=323.06E-12 Xtf=365.63 Vtf=123.24 Itf=80.819 Tr=32.978E-9 Xtb=1.5000 Vceo=30 Icrating=1 mfg=Rohm)
.model MAT-02 NPN(Is=.6p Bf=500 Vaf=150 BR=0.5 Var=7 Rb=13 Rc=10 Re=.3 Cje=82p Vje=.7 Mje=.4 TF=.3n TR=5n Cjc=33p Vjc=.55 Mjc=.5 IKF=.3 PTF=25 Vceo=40 Icrating=20m mfg=Analog_Devices)
.model BC858B PNP(Is=70.000E-15 Bf=266.38 Vaf=50.700 Ikf=.27914 Ise=70.000E-15 Ne=1.7618 Br=1.8730 Var=100 Ikr=2.0006 Isc=270.82E-12 Nc=1.7915 Re=.2 Rb=7.8035 Rc=1.0862 Cje=22.937E-12 Mje=.58268 Cjc=11.613E-12 Mjc=.43988 Tf=328.92E-12 Xtf=331.17 Vtf=254.25 Itf=8.1505 Tr=327.28E-9 Xtb=1.5000 Vceo=30 Icrating=0.1 mfg=Rohm)
.model BCX17 PNP(Is=300.00E-15 Bf=238.66 Vaf=100 Ikf=7.9962 Ise=300.00E-15 Ne=1.8179 Br=24.969 Var=100 Ikr=8.6844 Isc=20.673E-12 Nc=1.4876 Nk=1.2295 Re=.1 Rb=1.5116 Rc=.15941 Cje=127.81E-12 Mje=.41399 Cjc=41.583E-12 Mjc=.46676 Tf=475.21E-12 Xtf=26.772 Vtf=68.517 Itf=13.643 Tr=36.831E-9 Xtb=1.5000 Vceo=45 Icrating=0.5 mfg=Rohm)
.model BC807-16 PNP(Is=300.00E-15 Bf=183.4 Vaf=100 Ikf=7.9962 Ise=300.00E-15 Ne=1.8179 Br=24.969 Var=100 Ikr=8.6844 Isc=20.673E-12 Nc=1.4876 Nk=1.2295 Re=.1 Rb=1.5116 Rc=.15941 Cje=127.81E-12 Mje=.41399 Cjc=41.583E-12 Mjc=.46676 Tf=475.21E-12 Xtf=26.772 Vtf=68.517 Itf=13.643 Tr=36.831E-9 Xtb=1.5000 Vceo=45 Icrating=0.5 mfg=Rohm)
.model SSTA56 PNP(Is=150.00E-15 Bf=203.04 Vaf=18.361 Ikf=5 Ise=971.59E-15 Ne=1.9289 Br=7.0110 Var=36.400 Ikr=.67756 Isc=16.920E-12 Nc=1.5725 Nk=1.5787 Re=.12 Rb=2.3408 Rc=95.332E-3 Cje=136.96E-12 Vje=.638 Mje=.37877 Cjc=37.879E-12 Vjc=.56971 Mjc=.42396 Tf=658.37E-12 Xtf=17.348 Vtf=27.994 Itf=6.7271 Tr=200.38E-9 Xtb=1.5000 Tre1=0.005 Vceo=80 Icrating=0.5 mfg=Rohm)
.model SST3906 PNP(Is=10.000E-15 Bf=214.10 Vaf=39 Ikf=.36736 Ise=6.2628E-12 Ne=1.9555 Br=14.872 Var=5.4000 Ikr=2.3066E-3 Isc=1.2518E-9 Nc=2.4667 Nk=.78931 Re=.3 Rb=2.1776 Rc=.38693 Cje=7.4001E-12 Vje=.73481 Mje=.32446 Cjc=5.4100E-12 Vjc=.55262 Mjc=.35478 Tf=352.19E-12 Xtf=4.0704 Vtf=1.2425E3 Itf=.18254 Tr=10.101E-9 Xtb=1.5000 Vceo=40 Icrating=0.2 mfg=Rohm)
.model SST4403 PNP(Is=80.000E-15 Bf=148.59 Vaf=19 Ikf=1.4062 Ise=12.409E-12 Ne=1.8629 Br=8.2898 Var=5.1000 Ikr=28.654E-3 Isc=44.995E-12 Nc=1.5887 Nk=.95413 Re=50.000E-3 Rb=4.1286 Rc=.27878 Cje=31.612E-12 Vje=.51401 Mje=.29441 Cjc=22.050E-12 Vjc=.55911 Mjc=.44294 Tf=426.74E-12 Xtf=1.1468 Vtf=479.32 Itf=.31201 Tr=58.204E-9 Xtb=1.5000 Vceo=40 Icrating=0.6 mfg=Rohm)
.model SST2907A PNP(Is=80.000E-15 Bf=148.59 Vaf=19 Ikf=1.4062 Ise=12.409E-12 Ne=1.8629 Br=8.2898 Var=5.1000 Ikr=28.654E-3 Isc=44.995E-12 Nc=1.5887 Nk=.95413 Re=50.000E-3 Rb=4.1286 Rc=.27878 Cje=31.612E-12 Vje=.51401 Mje=.29441 Cjc=22.050E-12 Vjc=.55911 Mjc=.44294 Tf=426.74E-12 Xtf=1.1468 Vtf=479.32 Itf=.31201 Tr=58.204E-9 Xtb=1.5000 Vceo=60 Icrating=0.6 mfg=Rohm)
.model BC848B NPN(Is=70.000E-15 Bf=277.08 Vaf=114.03 Ikf=1 Ise=70.000E-15 Ne=1.8934 Br=11.565 Var=100 Ikr=.11266 Isc=1.0228E-12 Nc=1.3260 Nk=.71869 Re=.2 Rb=13.897 Rc=1.2190 Cje=11.342E-12 Mje=.38289 Cjc=4.0230E-12 Mjc=.34629 Tf=338.92E-12 Xtf=4.0449 Vtf=167.36 Itf=.85959 Tr=110.25E-9 Xtb=1.5000 Vceo=30 Icrating=0.1 mfg=Rohm)
.model BCX19 NPN(Is=43.522E-15 Bf=212.62 Vaf=100 Ikf=1.1384 Ise=43.554E-15 Ne=1.4099 Br=10.166 Var=100 Ikr=71.304E-3 Isc=19.105E-12 Nc=1.8086 Nk=.87081 Re=.1 Rb=3.7985 Rc=.12522 Cje=40.045E-12 Mje=.34085 Cjc=13.820E-12 Mjc=.38184 Tf=192.81E-12 Xtf=140.05 Vtf=32.781 Itf=.79171 Tr=99.284E-9 Xtb=1.5000 Vceo=45 Icrating=0.5 mfg=Rohm)
.model BC817-16 NPN(Is=250.00E-15 Bf=204.8 Vaf=100 Ikf=2 Ise=250.00E-15 Ne=1.4602 Br=34.771 Var=100 Ikr=1.9204 Isc=32.139E-12 Nc=1.4582 Nk=.95449 Re=.11 Rb=2.2167 Rc=.20594 Cje=140.16E-12 Mje=.34085 Cjc=22.788E-12 Mjc=.41739 Tf=993.07E-12 Xtf=116.12 Vtf=18.131 Itf=28.198 Tr=108.22E-9 Xtb=1.5000 Vceo=45 Icrating=0.5 mfg=Rohm)
.model SSTA06 NPN(Is=100.00E-15 Bf=200.65 Vaf=210.70 Ikf=1.5862 Ise=100.00E-15 Ne=1.5769 Br=385.26 Var=71.270 Ikr=.18206 Isc=2.2073E-12 Nc=1.2569 Nk=.98282 Re=50.000E-3 Rb=2.3695 Rc=.19338 Cje=72.128E-12 Vje=.46975 Mje=.32476 Cjc=15.723E-12 Vjc=.457 Mjc=.3653 Tf=481.26E-12 Xtf=58.730 Vtf=17.623 Itf=4.5070 Tr=51.994E-9 Xtb=1.2000 Tre1=0.01 Vceo=80 Icrating=0.5 mfg=Rohm)
.model SST3904 NPN(Is=7.8000E-15 Bf=418.50 Vaf=210 Ikf=.11777 Ise=107.33E-15 Ne=1.4561 Br=1.4445 Var=16 Ikr=14.562 Isc=71.780E-12 Nc=1.5919 Nk=.73861 Rb=7.1334 Rc=.86215 Cje=6.3252E-12 Vje=.62919 Mje=.35786 Cjc=3.1745E-12 Vjc=.77077 Mjc=.19463 Tf=281.52E-12 Xtf=1.6571E3 Vtf=945.94 Itf=10.142 Tr=121.92E-9 Xtb=1.5000 Vceo=40 Icrating=0.2 mfg=Rohm)
.model SST4401 NPN(Is=27.000E-15 Bf=389.37 Vaf=68 Ikf=1.0897 Ise=27.019E-15 Ne=1.2394 Br=3.7134 Var=37 Ikr=.12973 Isc=65.318E-12 Nc=1.5315 Nk=.80478 Re=40.000E-3 Rb=2.5421 Rc=.37477 Cje=31.822E-12 Vje=.56719 Mje=.3632 Cjc=15.123E-12 Vjc=.7312 Mjc=.6022 Tf=370.77E-12 Xtf=523.38 Vtf=330.48 Itf=32.287 Tr=107.39E-9 Xtb=1.5000 Vceo=40 Icrating=0.6 mfg=Rohm)
.model SST2222A NPN(Is=27.000E-15 Bf=389.37 Vaf=68 Ikf=1.0897 Ise=27.019E-15 Ne=1.2394 Br=3.7134 Var=37 Ikr=.12973 Isc=65.318E-12 Nc=1.5315 Nk=.80478 Re=40.000E-3 Rb=2.5421 Rc=.37477 Cje=31.822E-12 Vje=.56719 Mje=.3632 Cjc=15.123E-12 Vjc=.7312 Mjc=.6022 Tf=370.77E-12 Xtf=523.38 Vtf=330.48 Itf=32.287 Tr=107.39E-9 Xtb=1.5000 Vceo=40 Icrating=0.6 mfg=Rohm)
.model BC857BT116 PNP(Is=70.000E-15 Bf=266.38 Vaf=50.700 Ikf=.27914 Ise=70.000E-15 Ne=1.7618 Br=1.8730 Var=100 Ikr=2.0006 Isc=270.82E-12 Nc=1.7915 Re=.2 Rb=7.8035 Rc=1.0862 Cje=22.937E-12 Mje=.58268 Cjc=11.613E-12 Mjc=.43988 Tf=328.92E-12 Xtf=331.17 Vtf=254.25 Itf=8.1505 Tr=327.28E-9 Xtb=1.5000 Vceo=45 Icrating=0.1 mfg=Rohm)
.model BC807-25T116 PNP(Is=300.00E-15 Bf=293.7 Vaf=100 Ikf=7.9962 Ise=300.00E-15 Ne=1.8179 Br=24.969 Var=100 Ikr=8.6844 Isc=20.673E-12 Nc=1.4876 Nk=1.2295 Re=.1 Rb=1.5116 Rc=.15941 Cje=127.81E-12 Mje=.41399 Cjc=41.583E-12 Mjc=.46676 Tf=475.21E-12 Xtf=26.772 Vtf=68.517 Itf=13.643 Tr=36.831E-9 Xtb=1.5000 Vceo=45 Icrating=0.5 mfg=Rohm)
.model BC807-40T116 PNP(Is=300.00E-15 Bf=446.2 Vaf=100 Ikf=7.9962 Ise=300.00E-15 Ne=1.8179 Br=24.969 Var=100 Ikr=8.6844 Isc=20.673E-12 Nc=1.4876 Nk=1.2295 Re=.1 Rb=1.5116 Rc=.15941 Cje=127.81E-12 Mje=.41399 Cjc=41.583E-12 Mjc=.46676 Tf=475.21E-12 Xtf=26.772 Vtf=68.517 Itf=13.643 Tr=36.831E-9 Xtb=1.5000 Vceo=45 Icrating=0.5 mfg=Rohm)
.model BC847BT116 NPN(Is=70.000E-15 Bf=277.08 Vaf=114.03 Ikf=1 Ise=70.000E-15 Ne=1.8934 Br=11.565 Var=100 Ikr=.11266 Isc=1.0228E-12 Nc=1.3260 Nk=.71869 Re=.2 Rb=13.897 Rc=1.2190 Cje=11.342E-12 Mje=.38289 Cjc=4.0230E-12 Mjc=.34629 Tf=338.92E-12 Xtf=4.0449 Vtf=167.36 Itf=.85959 Tr=110.25E-9 Xtb=1.5000 Vceo=45 Icrating=0.1 mfg=Rohm)
.model BC817-25T116 NPN(Is=250.00E-15 Bf=336.5 Vaf=100 Ikf=2 Ise=250.00E-15 Ne=1.4602 Br=34.771 Var=100 Ikr=1.9204 Isc=32.139E-12 Nc=1.4582 Nk=.95449 Re=.11 Rb=2.2167 Rc=.20594 Cje=140.16E-12 Mje=.34085 Cjc=22.788E-12 Mjc=.41739 Tf=993.07E-12 Xtf=116.12 Vtf=18.131 Itf=28.198 Tr=108.22E-9 Xtb=1.5000 Vceo=45 Icrating=0.5 mfg=Rohm)
.model BC817-40T116 NPN(Is=250.00E-15 Bf=530.5 Vaf=100 Ikf=2 Ise=250.00E-15 Ne=1.4602 Br=34.771 Var=100 Ikr=1.9204 Isc=32.139E-12 Nc=1.4582 Nk=.95449 Re=.11 Rb=2.2167 Rc=.20594 Cje=140.16E-12 Mje=.34085 Cjc=22.788E-12 Mjc=.41739 Tf=993.07E-12 Xtf=116.12 Vtf=18.131 Itf=28.198 Tr=108.22E-9 Xtb=1.5000 Vceo=45 Icrating=0.5 mfg=Rohm)
.model 2SA2029 PNP(Is=70f Bf=266.4 Vaf=50.7 Ikf=279.1m Ise=70f Ne=1.762 Br=1.873 Var=100 Ikr=2.001 Isc=270.8p Nc=1.792 Re=200m Rb=7.804 Rc=1.086 Cje=22.94p Mje=582.7m Cjc=11.61p Mjc=439.9m Tf=328.9p Xtf=331.2 Vtf=254.3 Itf=8.151 Tr=327.3n Xtb=1.5 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SC5658 NPN(Is=70f Bf=277.1 Vaf=114 Ikf=1 Ise=70f Ne=1.893 Br=11.57 Var=100 Ikr=112.7m Isc=1.023p Nc=1.326 Nk=718.7m Re=200m Rb=13.9 Rc=1.219 Cje=11.34p Mje=382.9m Cjc=4.023p Mjc=346.3m Tf=338.9p Xtf=4.045 Vtf=167.4 Itf=859.6m Tr=110.3n Xtb=1.5 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SA1774EB PNP(Is=70f Bf=266.4 Vaf=50.7 Ikf=279.1m Ise=70f Ne=1.762 Br=1.873 Var=100 Ikr=2.001 Isc=270.8p Nc=1.792 Re=200m Rb=7.804 Rc=1.086 Cje=22.94p Mje=582.7m Cjc=11.61p Mjc=439.9m Tf=328.9p Xtf=331.2 Vtf=254.3 Itf=8.151 Tr=327.3n Xtb=1.5 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SAR502EB PNP(Is=100f Bf=505.1 Vaf=32.26 Ikf=363.3m Ise=100.1f Ne=2 Br=136.3 Var=17.82 Ikr=10.01m Isc=267p Nc=1.974 Nk=610.4m Re=10m Rb=11.14 Rc=513.8m Cje=30.3p Vje=1.031 Mje=471.8m Cjc=16.79p Vjc=1.151 Mjc=577.3m Tf=267.5p Xtf=7.249 Vtf=11.66 Itf=1.506 Tr=4.206n Xtb=1.2 Tre1=40m Vceo=30 Icrating=0.5 mfg=Rohm)
.model 2SC4617EB NPN(Is=70f Bf=277.1 Vaf=114 Ikf=1 Ise=70f Ne=1.893 Br=11.57 Var=100 Ikr=112.7m Isc=1.023p Nc=1.326 Nk=718.7m Re=200m Rb=13.9 Rc=1.219 Cje=11.34p Mje=382.9m Cjc=4.023p Mjc=346.3m Tf=338.9p Xtf=4.045 Vtf=167.4 Itf=859.6m Tr=110.3n Xtb=1.5 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SCR502EB NPN(Is=100f Bf=403.9 Vaf=68.84 Ikf=1.66 Ise=100f Ne=2 Br=55.22 Var=29.24 Ikr=186.6m Isc=34.52p Nc=1.707 Nk=1.054 Re=50m Rb=8.646 Rc=257.5m Cje=31.45p Vje=701.1m Mje=352.8m Cjc=7.889p Vjc=505.3m Mjc=280.3m Tf=408.6p Xtf=5.307 Vtf=58.05 Itf=830.7m Tr=6.933n Xtb=900m Tre1=10m Vceo=30 Icrating=0.5 mfg=Rohm)
.model 2SA1576UB PNP(Is=70f Bf=266.4 Vaf=50.7 Ikf=279.1m Ise=70f Ne=1.762 Br=1.873 Var=100 Ikr=2.001 Isc=270.8p Nc=1.792 Re=200m Rb=7.804 Rc=1.086 Cje=22.94p Mje=582.7m Cjc=11.61p Mjc=439.9m Tf=328.9p Xtf=331.2 Vtf=254.3 Itf=8.151 Tr=327.3n Xtb=1.5 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SAR502UB PNP(Is=100f Bf=505.1 Vaf=32.26 Ikf=363.3m Ise=100.1f Ne=2 Br=136.3 Var=17.82 Ikr=10.01m Isc=267p Nc=1.974 Nk=610.4m Re=10m Rb=11.14 Rc=513.8m Cje=30.3p Vje=1.031 Mje=471.8m Cjc=16.79p Vjc=1.151 Mjc=577.3m Tf=267.5p Xtf=7.249 Vtf=11.66 Itf=1.506 Tr=4.206n Xtb=1.2 Tre1=40m Vceo=30 Icrating=0.5 mfg=Rohm)
.model 2SC4081UB NPN(Is=70f Bf=277.1 Vaf=114 Ikf=1 Ise=70f Ne=1.893 Br=11.57 Var=100 Ikr=112.7m Isc=1.023p Nc=1.326 Nk=718.7m Re=200m Rb=13.9 Rc=1.219 Cje=11.34p Mje=382.9m Cjc=4.023p Mjc=346.3m Tf=338.9p Xtf=4.045 Vtf=167.4 Itf=859.6m Tr=110.3n Xtb=1.5 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SCR502UB NPN(Is=100f Bf=403.9 Vaf=68.84 Ikf=1.66 Ise=100f Ne=2 Br=55.22 Var=29.24 Ikr=186.6m Isc=34.52p Nc=1.707 Nk=1.054 Re=50m Rb=8.646 Rc=257.5m Cje=31.45p Vje=701.1m Mje=352.8m Cjc=7.889p Vjc=505.3m Mjc=280.3m Tf=408.6p Xtf=5.307 Vtf=58.05 Itf=830.7m Tr=6.933n Xtb=900m Tre1=10m Vceo=30 Icrating=0.5 mfg=Rohm)
.model 2SA1037AK PNP(Is=70f Bf=266.4 Vaf=50.7 Ikf=279.1m Ise=70f Ne=1.762 Br=1.873 Var=100 Ikr=2.001 Isc=270.8p Nc=1.792 Re=200m Rb=7.804 Rc=1.086 Cje=22.94p Mje=582.7m Cjc=11.61p Mjc=439.9m Tf=328.9p Xtf=331.2 Vtf=254.3 Itf=8.151 Tr=327.3n Xtb=1.5 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SA1036K PNP(Is=60f Bf=194.1 Vaf=31.85 Ikf=1.986 Ise=60f Ne=1.449 Br=8.869 Var=100 Ikr=59.05m Isc=60.1p Nc=1.743 Nk=1.003 Re=110m Rb=1.744 Rc=259.6m Cje=60.61p Mje=520.4m Cjc=21.13p Mjc=404.3m Tf=14.87p Xtf=121.2 Vtf=54.43 Itf=27.78m Tr=102.1n Xtb=1.5 Vceo=32 Icrating=0.5 mfg=Rohm)
.model 2SB1197K PNP(Is=300f Bf=238.7 Vaf=100 Ikf=7.996 Ise=300f Ne=1.818 Br=24.97 Var=100 Ikr=8.684 Isc=20.67p Nc=1.488 Nk=1.23 Re=100m Rb=1.512 Rc=159.4m Cje=127.8p Mje=414m Cjc=41.58p Mjc=466.8m Tf=475.2p Xtf=26.77 Vtf=68.52 Itf=13.64 Tr=36.83n Xtb=1.5 Vceo=32 Icrating=0.8 mfg=Rohm)
.model 2SB1198K PNP(Is=270f Bf=202.5 Vaf=25 Ikf=4.999 Ise=270f Ne=1.598 Br=6.447 Var=100 Ikr=718m Isc=8.777p Nc=1.532 Nk=1.294 Re=150m Rb=1.505 Rc=126.7m Cje=153.1p Mje=502.6m Cjc=41.58p Mjc=466.8m Tf=678.3p Xtf=25.77 Vtf=53.41 Itf=10 Tr=134.1n Xtb=1.5 Vceo=80 Icrating=0.5 mfg=Rohm)
.model 2SA1514K PNP(Is=60f Bf=410.2 Vaf=58.37 Ikf=248.5m Ise=60f Ne=1.672 Br=995.6m Var=100 Ikr=515.3m Isc=26.59p Nc=1.678 Nk=946.7m Rb=19.29 Rc=2.015 Cje=24.18p Mje=645m Cjc=11.93p Mjc=471.4m Tf=381.1p Xtf=3.996 Vtf=6.207 Itf=110.4m Tr=790.2n Xtb=1.5 Vceo=120 Icrating=0.05 mfg=Rohm)
.model 2SC2412K NPN(Is=70f Bf=277.1 Vaf=114 Ikf=1 Ise=70f Ne=1.893 Br=11.57 Var=100 Ikr=112.7m Isc=1.023p Nc=1.326 Nk=718.7m Re=200m Rb=13.9 Rc=1.219 Cje=11.34p Mje=382.9m Cjc=4.023p Mjc=346.3m Tf=338.9p Xtf=4.045 Vtf=167.4 Itf=859.6m Tr=110.3n Xtb=1.5 Vceo=50 Icrating=0.15 mfg=Rohm)
.model 2SC2411K NPN(Is=5p Bf=207.4 Vaf=29.45 Ikf=2.217 Ise=5p Ne=1.594 Br=10.47 Var=100 Ikr=257.1m Isc=10.57p Nc=1.251 Nk=944.5m Re=80m Rb=3.396 Rc=377.3m Cje=46.39p Mje=438.2m Cjc=40.04p Mjc=706.6m Tf=514.3p Xtf=16.73 Vtf=40.64 Itf=549.4 Tr=86.44n Xtb=1.5 Vceo=32 Icrating=0.5 mfg=Rohm)
.model 2SD1781K NPN(Is=180f Bf=237 Vaf=100 Ikf=2.736 Ise=180f Ne=1.558 Br=18.77 Var=100 Ikr=396.1m Isc=287.2f Nc=4.096 Nk=912.3m Re=170m Rb=378.2m Rc=7.653m Cje=115.9p Mje=365.9m Cjc=31.79p Mjc=434.3m Tf=768.6p Xtf=176.9 Vtf=66.73 Itf=7.964 Tr=48.6n Xtb=1.5 Vceo=32 Icrating=0.8 mfg=Rohm)
.model 2SD1484K NPN(Is=43.52f Bf=212.6 Vaf=100 Ikf=1.138 Ise=43.55f Ne=1.41 Br=10.17 Var=100 Ikr=71.3m Isc=19.11p Nc=1.809 Nk=870.8m Re=100m Rb=3.799 Rc=125.2m Cje=40.05p Mje=340.9m Cjc=13.82p Mjc=381.8m Tf=192.8p Xtf=140.1 Vtf=32.78 Itf=791.7m Tr=99.28n Xtb=1.5 Vceo=50 Icrating=0.5 mfg=Rohm)
.model 2SD1782K NPN(Is=250f Bf=260.4 Vaf=100 Ikf=2 Ise=250f Ne=1.46 Br=34.77 Var=100 Ikr=1.92 Isc=32.14p Nc=1.458 Nk=954.5m Re=110m Rb=2.217 Rc=205.9m Cje=140.2p Mje=340.9m Cjc=22.79p Mjc=417.4m Tf=993.1p Xtf=116.1 Vtf=18.13 Itf=28.2 Tr=108.2n Xtb=1.5 Vceo=80 Icrating=0.5 mfg=Rohm)
.model 2SC3906K NPN(Is=63f Bf=380.6 Vaf=100 Ikf=149.6m Ise=63f Ne=1.591 Br=8.832 Var=100 Ikr=3.541 Isc=122.1p Nc=1.707 Nk=882m Rb=15.57 Rc=862.8m Cje=19.49p Mje=390.3m Cjc=6.279p Mjc=317m Tf=432p Xtf=12.43 Vtf=17.64 Itf=1.462 Tr=29.73n Xtb=1.5 Vceo=120 Icrating=0.05 mfg=Rohm)
.model LS301 NPN(Is=18.04p Xti=3.7 Eg=1.17 Vaf=23.6 Bf=1495 Ne=1.34 Ise=0.66f Nr=1 Ikf=16.7m Xtb=1.56 Br=5.89 Ikr=26.3m Var=8.35 Isc=0.001n Nc=1.72 Nf=1 Rb=1194 Re=0.94 Rc=203 Cjc=2.46p Cje=2.36p Mjc=135m Mje=219m Vjc=400m Vje=648m Tf=0.24n Tr=10n Vtf=5 Xtf=1 Rbm=11.6 Irb=10u Ptf=20 Fc=0.9 Itf=50m Tikf1=-5.38m Tvaf1=-364u Trc1=3.3m Level=1 mfg=Linear_Systems)
.model LS302 NPN(Is=18.04p Xti=3.7 Eg=1.17 Vaf=23.6 Bf=1495 Ne=1.34 Ise=0.66f Nr=1 Ikf=16.7m Xtb=1.56 Br=5.89 Ikr=26.3m Var=8.35 Isc=0.001n Nc=1.72 Nf=1 Rb=1194 Re=0.94 Rc=203 Cjc=2.46p Cje=2.36p Mjc=135m Mje=219m Vjc=400m Vje=648m Tf=0.24n Tr=10n Vtf=5 Xtf=1 Rbm=11.6 Irb=10u Ptf=20 Fc=0.9 Itf=50m Tikf1=-5.38m Tvaf1=-364u Trc1=3.3m Level=1 mfg=Linear_Systems)
.model LS303 NPN(Is=18.04p Xti=3.7 Eg=1.17 Vaf=23.6 Bf=1495 Ne=1.34 Ise=0.66f Nr=1 Ikf=16.7m Xtb=1.56 Br=5.89 Ikr=26.3m Var=8.35 Isc=0.001n Nc=1.72 Nf=1 Rb=1194 Re=0.94 Rc=203 Cjc=2.46p Cje=2.36p Mjc=135m Mje=219m Vjc=400m Vje=648m Tf=0.24n Tr=10n Vtf=5 Xtf=1 Rbm=11.6 Irb=10u Ptf=20 Fc=0.9 Itf=50m Tikf1=-5.38m Tvaf1=-364u Trc1=3.3m Level=1 mfg=Linear_Systems)
.model LS310 NPN(Is=5.78f Xti=3.63 Eg=1.17 Vaf=145 Bf=466 Ne=1.44 Ise=0.87f Nr=1 Ikf=64m Xtb=1.36 Br=1.37 Ikr=10m Var=8.35 Isc=0.2f Nc=2 Nf=1 Rb=100 Re=0.36 Rc=10 Cjc=2.2p Cje=3.16p Mjc=129m Mje=236m Vjc=400m Vje=665m Tf=0.31n Tr=10n Vtf=14 Xtf=9 Rbm=10 Irb=10u Ptf=20 Fc=0.98 Itf=48m Mfg=Linear_Systems)
.model LS311 NPN(Is=5.78f Xti=3.63 Eg=1.17 Vaf=145 Bf=466 Ne=1.44 Ise=0.87f Nr=1 Ikf=64m Xtb=1.36 Br=1.37 Ikr=10m Var=8.35 Isc=0.2f Nc=2 Nf=1 Rb=100 Re=0.36 Rc=10 Cjc=2.2p Cje=3.16p Mjc=129m Mje=236m Vjc=400m Vje=665m Tf=0.31n Tr=10n Vtf=14 Xtf=9 Rbm=10 Irb=10u Ptf=20 Fc=0.98 Itf=48m Mfg=Linear_Systems)
.model LS312 NPN(Is=2.31f Xti=3.91 Eg=1.17 Vaf=244.8 Bf=401 Ne=1.64 Ise=0.99f Nr=1 Ikf=65m Xtb=1.35 Br=1.5 Ikr=10m Var=8.35 Isc=7.91p Nc=1.8 Nf=1 Rb=100 Re=0.44 Rc=43 Cjc=1.83p Cje=2.02p Mjc=129m Mje=213m Vjc=400m Vje=666m Tf=0.53n Tr=10n Vtf=5 Xtf=17 Rbm=10 Irb=10u Ptf=20 Fc=0.96 Itf=26m Mfg=Linear_Systems)
.model LS313 NPN(Is=9.58f Xti=3.56 Eg=1.17 Vaf=78.92 Bf=850 Ne=1.66 Ise=0.99f Nr=1 Ikf=29m Xtb=1.27 Br=4.43 Ikr=10m Var=8.35 Isc=0.001f Nc=1.8 Nf=1 Rb=100 Re=0.36 Rc=99 Cjc=2.0612p Cje=2.4p Mjc=159m Mje=273.2m Vjc=432m Vje=757m Tf=0.27n Tr=10n Vtf=5 Xtf=1 Rbm=10 Irb=10u Fc=0.98 Itf=30m Mfg=Linear_Systems)
.model LS350 PNP(Is=3.82f Xti=3 Eg=1.17 Vaf=37.3 Bf=676 Ne=1.45 Ise=1.45f Nr=1 Ikf=6m Xtb=1.5 Br=638m Ikr=489u Var=20 Isc=0.001f Nc=1.9 Nf=1 Rb=200 Re=0.9 Rc=231 Cjc=2.53p Cje=1.99p Mjc=179.5m Mje=217m Vjc=400m Vje=604m Tf=0.72n Tr=10n Vtf=5 Xtf=2.04 Rbm=10 Irb=10u Ptf=20 Fc=0.5 Itf=18m Mfg=Linear_Systems)
.model LS351 PNP(Is=1.95f Xti=3.41 Eg=1.17 Vaf=66.94 Bf=274 Ne=1.36 Ise=1.2f Nr=1 Ikf=14m Xtb=1.71 Br=449m Ikr=421u Var=20 Isc=12.15p Nc=1.9 Nf=1 Rb=200 Re=0.91 Rc=231 Cjc=2.79p Cje=2.16p Mjc=252m Mje=194.29m Vjc=763m Vje=562m Tf=0.81n Tr=10n Vtf=5 Xtf=1.49 Rbm=10 Irb=10u Ptf=20 Fc=0.97 Itf=11m Mfg=Linear_Systems)
.model LS352 PNP(Is=2.31f Xti=3.52 Eg=1.17 Vaf=58.99 Bf=433 Ne=1 Ise=0.0018f Nr=1 Ikf=8.2m Xtb=1.80 Br=869m Ikr=209u Var=20 Isc=0.001f Nc=1.84 Nf=1 Rb=200 Re=0.21 Rc=231 Cjc=1.88p Cje=1.70p Mjc=131m Mje=221m Vjc=400m Vje=634m Tf=0.391n Tr=10n Vtf=5 Xtf=1.2 Rbm=10 Irb=10u Ptf=20 Fc=0.9 Itf=10m Mfg=Linear_Systems)
.model LS358 PNP(Is=2.30f Xti=3.67 Eg=1.17 Vaf=23.34 Bf=350 Ne=1.35 Ise=0.58f Nr=1 Ikf=16m Xtb=1.75 Br=1.54 Ikr=300u Var=20 Isc=0.001f Nc=1.84 Nf=1 Rb=200 Re=0.08 Rc=128 Cjc=3.40p Cje=2.27p Mjc=227.m Mje=222.92m Vjc=400m Vje=660m Tf=0.5n Tr=10n Vtf=5 Xtf=2 Rbm=10 Irb=10u Ptf=20 Fc=0.98 Itf=35m Mfg=Linear_Systems)
.model LS3250A NPN(Is=10f Xti=4.53 Eg=1.17 Vaf=251 Bf=458 Ne=1.18 Ise=0.16f Nr=1 Ikf=18m Xtb=1.41 Br=5.9 Ikr=26m Var=8.35 Isc=4.38p Nc=1.47 Nf=1 Rb=100 Re=6.5 Rc=21 Cjc=3.62p Cje=6.4p Mjc=200m Mje=304m Vjc=414m Vje=685m Tf=0.2n Tr=10n Vtf=5 Xtf=1 Rbm=12 Irb=10u Ptf=20 Fc=0.98 Itf=70m Mfg=Linear_Systems)
.model LS3250B NPN(Is=5.43f Xti=4.4 Eg=1.17 Vaf=272.5 Bf=264 Ne=1.11 Ise=0.057f Nr=1 Ikf=28m Xtb=1.42 Br=5.0 Ikr=26m Var=8.35 Isc=4.39p Nc=1.47 Nf=1 Rb=100 Re=6.5 Rc=21 Cjc=3.6p Cje=6.63p Mjc=198m Mje=301m Vjc=412m Vje=679m Tf=0.24n Tr=10n Vtf=5 Xtf=1 Rbm=12 Irb=10u Ptf=20 Fc=0.98 Itf=46m Mfg=Linear_Systems)
.model LS3250C NPN(Is=5.43f Xti=4.4 Eg=1.17 Vaf=272.5 Bf=264 Ne=1.11 Ise=0.057f Nr=1 Ikf=28m Xtb=1.42 Br=5.0 Ikr=26m Var=8.35 Isc=4.39p Nc=1.47 Nf=1 Rb=100 Re=6.5 Rc=21 Cjc=3.6p Cje=6.63p Mjc=198m Mje=301m Vjc=412m Vje=679m Tf=0.24n Tr=10n Vtf=5 Xtf=1 Rbm=12 Irb=10u Ptf=20 Fc=0.98 Itf=46m Mfg=Linear_Systems)
.model LS3550A PNP(Is=9.04f Xti=3.65 Eg=1.17 Vaf=28.2 Bf=202 Ne=2 Ise=0.003f Nr=1 Ikf=45m Xtb=2.30 Br=6.87 Ikr=500u Var=20 Isc=0.41p Nc=1.8 Nf=1 Rb=100 Re=0.06 Rc=30 Cjc=6.02p Cje=5.48p Mjc=280m Mje=285.48m Vjc=538m Vje=622m Tf=0.26n Tr=10n Vtf=5 Xtf=0.1 Rbm=10 Irb=10u Ptf=20 Fc=0.97 Itf=40m Mfg=Linear_Systems)
.model LS3550B PNP(Is=9.04f Xti=3.65 Eg=1.17 Vaf=28.2 Bf=202 Ne=2 Ise=0.003f Nr=1 Ikf=45m Xtb=2.30 Br=6.87 Ikr=500u Var=20 Isc=0.41p Nc=1.8 Nf=1 Rb=100 Re=0.06 Rc=30 Cjc=6.02p Cje=5.48p Mjc=280m Mje=285.48m Vjc=538m Vje=622m Tf=0.26n Tr=10n Vtf=5 Xtf=0.1 Rbm=10 Irb=10u Ptf=20 Fc=0.97 Itf=40m Mfg=Linear_Systems)
.model LS3550C PNP(Is=10.35f Xti=3.5 Eg=1.17 Vaf=43.80 Bf=214 Ne=1.98 Ise=62.3f Nr=1 Ikf=34m Xtb=2.08 Br=6.3 Ikr=420u Var=20 Isc=1.65p Nc=1.8 Nf=1 Rb=100 Re=0.06 Rc=30 Cjc=4.47p Cje=5.57p Mjc=189m Mje=321m Vjc=422.6m Vje=717m Tf=0.48n Tr=10n Vtf=5 Xtf=1 Rbm=10 Irb=10u Ptf=20 Fc=0.97 Itf=40m Mfg=Linear_Systems)

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* Copyright <20> 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2008 Linear Technology Corporation. All rights reserved.
*
* Mike Engelhardt
*
.model 1N914 D(Is=2.52n Rs=.568 N=1.752 Cjo=4p M=.4 tt=20n Iave=200m Vpk=75 mfg=OnSemi type=silicon)
.model 1N4148 D(Is=2.52n Rs=.568 N=1.752 Cjo=4p M=.4 tt=20n Iave=200m Vpk=75 mfg=OnSemi type=silicon)
.model MMSD4148 D(Is=2.52n Rs=.568 N=1.752 Cjo=.64p M=.4 tt=5n Iave=200m Vpk=100 mfg=Onsemi type=silicon)
.model 1N5817 D(Is=31.7u Rs=.051 N=1.373 Cjo=190p M=.3 Eg=.69 Xti=2 Iave=1 Vpk=20 mfg=OnSemi type=Schottky)
.model 1N5818 D(Is=31.7u Rs=.051 N=1.373 Cjo=160p M=.38 Eg=.69 Xti=2 Iave=1 Vpk=30 mfg=OnSemi type=Schottky)
.model 1N5819 D(Is=31.7u Rs=.051 N=1.373 Cjo=110p M=.35 Eg=.69 Xti=2 Iave=1 Vpk=40 mfg=OnSemi type=Schottky)
.model BAT54 D(Is=.1u Rs=2.2 N=1 Cjo=12p M=.3 Eg=.69 Xti=2 Iave=300m Vpk=30 mfg=Vishay type=Schottky)
.model MBR0520L D(Is=82.5n Rs=.115 N=.7228 Cjo=180p M=.63 Eg=.69 Xti=2 Iave=.5 Vpk=20 mfg=OnSemi type=Schottky)
.model MBR0530L D(Is=1.55u Rs=.0858 N=1.079 Cjo=180p Eg=.69 Xti=2 Iave=.5 Vpk=30 mfg=OnSemi type=Schottky)
.model MBRS1100 D(Is=20.6u Rs=.0079 N=2.303 Cjo=270p M=.575 Eg=.69 Xti=2 Iave=1 Vpk=100 mfg=OnSemi type=Schottky)
.model MBRS130L D(Is=772n Rs=.0299 N=.8442 Cjo=290p M=.7 Eg=.69 Xti=2 Iave=1 Vpk=30 mfg=OnSemi type=Schottky)
.model MBRS140 D(Is=235n Rs=.109 N=.7760 Cjo=160p M=.6 Eg=.69 Xti=2 Iave=1 Vpk=40 mfg=OnSemi type=Schottky)
.model MBRS340 D(Is=22.6u Rs=.042 N=1.094 Cjo=480p M=.61 Eg=.69 Xti=2 Iave=3 Vpk=40 mfg=OnSemi type=Schottky)
.model MBRS360 D(Is=22.6u Rs=.042 N=1.094 Cjo=480p M=.61 Eg=.69 Xti=2 Iave=3 Vpk=60 mfg=OnSemi type=Schottky)
.model CMDSH2-3 D(Is=210nA Rs=.5 N=1.09 Cjo=50p M=.5 Eg=.69 Xti=2 Iave=200m Vpk=30 mfg=Central type=Schottky)
.model DFLS220L D(Is=25u Rs=.047 N=1 Cjo=252p M=.33 Eg=.69 Xti=2 Iave=2 Vpk=20 mfg=Diodes_Inc. type=Schottky)
.model MURS120 D(Is=33.8n Rs=.0236 N=1.718 Cjo=45p M=.6 tt=45n Iave=1 Vpk=200 mfg=OnSemi type=silicon)
.model MURS320 D(Is=1.06n Rs=.0111 N=1.367 Cjo=135p M=.45 tt=45n Iave=3 Vpk=200 mfg=OnSemi type=silicon)
.model MBR735 D(Is=159u Rs=.02 N=1.76 Cjo=740p M=.6 Eg=.69 Xti=2 Iave=7.5 Vpk=35 mfg=OnSemi type=Schottky)
.model MBR745 D(Is=159u Rs=.02 N=1.76 Cjo=740p M=.6 Eg=.69 Xti=2 Iave=7.5 Vpk=45 mfg=OnSemi type=Schottky)
.model BZX84C6V2L D(Is=1.5n Rs=.5 Cjo=185p nbv=3 bv=6.2 Ibv=1m Vpk=6.2 mfg=OnSemi type=Zener)
.model BZX84C8V2L D(Is=.8n Rs=.5 Cjo=135p nbv=3 bv=8.2 Ibv=1m Vpk=8.2 mfg=OnSemi type=Zener)
.model BZX84C10L D(Is=.6n Rs=.5 Cjo=150p nbv=5 bv=10 Ibv=1m Vpk=10 mfg=OnSemi type=Zener)
.model BZX84C12L D(Is=.6n Rs=.5 Cjo=150p nbv=5 bv=12 Ibv=1m Vpk=12 mfg=OnSemi type=Zener)
.model BZX84C15L D(Is=.6n Rs=.5 Cjo=110p nbv=6 bv=15 Ibv=1m Vpk=15 mfg=OnSemi type=Zener)
.model RB10L-40 D(Is=2.6u Rs=.0674 N=1.163 Cjo=180p M=.6 Eg=.69 Xti=2 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model 1N750 D(Is=.88f Rs=.25 Cjo=175p M=.55 nbv=1.7 bv=4.7 Vj=.75 Isr=1.86n Nr=2 Ibv=20.245m Ibvl=1.96m Nbvl=15 Tbv1=-21.3u Vpk=4.7 mfg=OnSemi type=Zener)
.model MV2201 D(Is=1.365p Rs=1 Cjo=14.93p M=.4261 Vj=.75 Isr=16.02p Nr=2 Bv=25 Ibv=10u Vpk=25 mfg=OnSemi type=varactor)
.model KV1471 D(Is=.8p Rs=.8 Cjo=162p M=1.225 Vj=0.408 Vpk=18 mfg=Toko type=varactor)
.model MBR0540 D(Is=9.11u Rs=.121 N=1.33753 Eg=.69 Xti=2 Cjo=194p Vj=.25 M=.4 Iave=.5 Vpk=40 mfg=GI type=Schottky)
.model MUR460 D(Is=149n Rs=.0384 N=2 EG=1.285 XTI=.5 BV=800 IBV=1e-05 Cjo=126.4p Vj=1.34 M=.52 tt=44.4n Iave=4 Vpk=600 mfg=GI type=silicon)
.model MBRB2545CT D(Is=19.4n Rs=.01 N=.733 Eg=.718 Xti=.535 Cjo=2.05n Vj=.4 M=.41 Iave=25 Vpk=45 mfg=GI type=Schottky)
.model MBR20100CT D(Is=10u Rs=.005 N=1.5 Ikf=.3 Isr=10u Nr=3 Cjo=1e-11 Vj=.7 Iave=10 Vpk=100 mfg=OnSemi type=Schottky)
.model 30BQ060 D(Is=10u Rs=.04 N=1.4 Cjo=180p Eg=.69 Xti=2 Iave=3 Vpk=60 mfg=International_Rectifier type=Schottky)
.model UPSC600 D(Is=2p Rs=.33 N=1.5 Cjo=50p M=.3 Iave=1 Vpk=600 mfg=Microsemi type=Schottky)
.model NSPW500BS D(Is=.27n Rs=5.65 N=6.79 Cjo=42p Xti=200 Iave=30m Vpk=5 mfg=Nichia type=LED)
.model NSCW100 D(Is=16.88n Rs=8.163 N=9.626 Cjo=42p Xti=200 Iave=30m Vpk=5 mfg=Nichia type=LED)
.model QTLP690C D(Is=1e-22 Rs=6 N=1.5 Cjo=50p Xti=100 Iave=160m Vpk=5 mfg=Fairchild type=LED)
.model LXHL-BW02 D(Is=4.5e-20 Rs=.85 N=2.6 Cjo=1.18n Xti=200 Iave=400mA Vpk=5 mfg=Lumileds type=LED)
.model LXK2-PW14 D(Is=3.5e-17 Rs=.725 N=3.12 Cjo=1.2n Xti=200 Iave=1.6 Vpk=5 mfg=Lumileds type=LED)
.model AOT-2015 D(Is=5.961e-10 Rs=1.07 N=6.222 Cjo=.5n Xti=200 Iave=175mA Vpk=5 mfg=AOT type=LED)
.model NSSW008CT-P1 D(Is=.23f Rs=17.6 N=3.43 Cjo=42p Xti=120 Iave=35m Vpk=5 mfg=Nichia type=LED)
.model NSSWS108T D(Is=1.13e-18 Rs=14.9 N=3.02 Cjo=42p Xti=150 Iave=35m Vpk=5 mfg=Nichia type=LED)
.model PMEG2020AEA D(Is=5.409u Rs=.05676 N=1.02 Cjo=.1908n M=.4863 Eg=.69 Xti=2 BV=22 IBV=50u Vj=.3408 Iave=2 Vpk=20 mfg=NXP type=Schottky)
.model PMEG2010EA D(Is=1.686u Rs=.1249 N=1.015 Cjo=90.86p M=.4542 Eg=.69 Xti=2 BV=21 IBV=1u Vj=.1939 Iave=1 Vpk=20 mfg=NXP type=Schottky)
.model PMEG2010BEA D(Is=3.334u Rs=.08222 N=.9791 Cjo=.1266n M=.5 Eg=.69 Xti=2 BV=22 IBV=.0001 Vj=.3619 Iave=1 Vpk=20 mfg=NXP type=Schottky)
.model PMEG3010BEA D(Is=2.936u Rs=.1166 N=.9839 Cjo=.1068n M=.4948 Eg=.69 Xti=2 BV=33 IBV=75u Vj=.3459 Iave=1 Vpk=30 mfg=NXP type=Schottky)
.model PMEG4010BEA D(Is=2.831u Rs=.1975 N=.9816 Cjo=84.37p M=.4789 Eg=.69 Xti=2 BV=44 IBV=50u Vj=.3116 Iave=1 Vpk=40 mfg=NXP type=Schottky)
.model PMEG2005AEA D(Is=3.334u Rs=.08222 N=.9791 Cjo=.1266n M=.5 Eg=.69 Xti=2 BV=22 IBV=.0001 Vj=.3619 Iave=.5 Vpk=20 mfg=NXP type=Schottky)
.model PMEG3005AEA D(Is=2.936u Rs=.1166 N=.9839 Cjo=.1068n M=.4948 Eg=.69 Xti=2 BV=33 IBV=75u Vj=.3459 Iave=.5 Vpk=30 mfg=NXP type=Schottky)
.model PMEG4005AEA D(Is=2.831u Rs=.1975 N=.9816 Cjo=84.37p M=.4789 Eg=.69 Xti=2 BV=44 IBV=50u Vj=.3116 Iave=.5 Vpk=40 mfg=NXP type=Schottky)
.model PMEG2010AEB D(Is=87.24u Rs=.2728 N=.9699 Cjo=29.99p M=.3755 Eg=.69 Xti=2 BV=22 IBV=.0004 Vj=.2604 Iave=1 Vpk=20 mfg=NXP type=Schottky)
.model PMEG2005EB D(Is=.9985u Rs=.2146 N=.9283 Cjo=61.05p M=.4159 Eg=.69 Xti=2 BV=32 IBV=.001 Vj=.1 Iave=.5 Vpk=20 mfg=NXP type=Schottky)
.model PMEG6010AED D(Is=.5u Rs=.3422 N=.9751 Cjo=.175n M=.4725 Eg=.69 Xti=2 BV=66 IBV=.0004 Vj=.3761 Iave=1 Vpk=60 mfg=NXP type=Schottky)
.model PRLL5817 D(Is=2.119u Rs=.0419 N=1.02 Cjo=.252n M=.5104 Eg=.69 Xti=2 BV=1000 IBV=.001 Vj=.4792 Iave=1 Vpk=20 mfg=NXP type=Schottky)
.model GSD2004W-V D(Is=.01p Rs=1.6 N=1 Cjo=5p tt=50n Iave=225m Vpk=300 mfg=Vishay type=silicon)
.model DFLZ33 D(Is=12.5p Rs=.6 N=1.1 Cjo=220p VJ=1 M=.33 tt=50n BV=29 IBV=1e-10 NBV=8 Vpk=33 mfg=Diodes_Inc. type=Zener)
.model PDS760 D(Is=360n Rs=.016 N=1.04 Cjo=1200p M=.33 Eg=.69 Xti=2 Iave=7 Vpk=60 mfg=Diodes_Inc. type=Schottky)
.model B520C D(Is=200u Rs=8m Cjo=300p N=1.7 Ikf=2 Isr=200u Nr=2 Iave=5 Vpk=20 mfg=Diodes_Inc. type=Schottky)
.model B530C D(Is=200u Rs=8m Cjo=300p N=1.7 Ikf=2 Isr=200u Nr=2 Iave=5 Vpk=30 mfg=Diodes_Inc. type=Schottky)
.model B540C D(Is=200u Rs=8m Cjo=300p N=1.7 Ikf=2 Isr=200u Nr=2 Iave=5 Vpk=40 mfg=Diodes_Inc. type=Schottky)
.model B550C D(Is=20u Rs=25m Cjo=300p N=1.7 Ikf=10 Isr=100u Nr=2 Iave=5 Vpk=50 mfg=Diodes_Inc. type=Schottky)
.model B560C D(Is=20u Rs=25m Cjo=300p N=1.7 Ikf=10 Isr=100u Nr=2 Iave=5 Vpk=60 mfg=Diodes_Inc. type=Schottky)
.model 10MQ060N D(Is=.1u Rs=.14 Cjo=102p N=1 M=.3 Eg=.69 Xti=2 Iave=1.5 Vpk=60 mfg=International_Rectifier type=Schottky)
.model ZLLS1000 D(Is=750n Rs=.13 N=1 Cjo=76p M=.3 Eg=.69 Iave=1 Vpk=40 mfg=Zetex type=Schottky)
.model ZLLS2000 D(Is=2u Rs=.06 N=1 Cjo=182p M=.3 Eg=.69 Iave=1 Vpk=40 mfg=Zetex type=Schottky)
.model PDS5100 D(Is=49.0u Rs=7.63m BV=100 IBV=200u Cjo=375p M=0.333 N=1.84 TT=21.6n Iave=5 Vpk=100 mfg=Diodes_Inc. type=Schottky)
.model ES1D D(Is=.5u Rs=25m N=2 Cjo=10.5p M=.4 tt=15n Iave=1 Vpk=200 mfg=Vishay type=silicon)
.model SS24 D(Is=.4mA Rs=.016 N=2.1 Cjo=800p Eg=.69 Xti=2 Iave=2 Vpk=40 mfg=Fairchild type=Schottky)
.model PT-121-B D(Is=4.352e-7 Rs=.032 N=8.37 Cjo=5n Xti=100 Iave=20A Vpk=5.3 mfg=Luminus type=LED)
.model 1N5373B D(IS=1.54e-17 N=1 XTI=1 Rs=.1 Cjo=10p TT=10n BV=68 IBV=20m NBV=50 Vpk=68 mfg=OnSemi type=Zener)
.model 1N5378B D(IS=1.54e-17 N=1 XTI=1 Rs=.1 Cjo=10p TT=10n BV=100 IBV=12m NBV=48 Vpk=100 mfg=OnSemi type=Zener)
.model 1N5375B D(IS=1.54e-17 N=1 XTI=1 Rs=.1 Cjo=10p TT=10n BV=82 IBV=15m NBV=35 Vpk=82 mfg=OnSemi type=Zener)
.model 1N5371B D(IS=1.54e-17 N=1 XTI=1 Rs=.1 Cjo=10p TT=10n BV=60 IBV=20m NBV=30 Vpk=60 mfg=OnSemi type=Zener)
.model 1N5369B D(IS=1.54e-17 N=1 XTI=1 Rs=.1 Cjo=10p TT=10n BV=51 IBV=25m NBV=35 Vpk=51 mfg=OnSemi type=Zener)
.model W5AP-LZMZ-5K8L D(Is=3.5e-17 Rs=.25 N=3.12 Cjo=2.75n Xti=150 Iave=2 Vpk=5 mfg=Lumileds type=LED)
.model LUW-W5AP D(Is=6.572e-8 Rs=.147 N=7.267 Cjo=5n Xti=150 Iave=2000mA mfg=OSRAM type=LED)
.model BAT46WJ D(Is=.1703u N=1.06 Rs=1.3 Cjo=35p Vj=.4 M=.5 Eg=.69 XTI=2 Iave=.25 Vpk=100 mfg=NXP type=Schottky)
.model SS3P5 D(Is=120u Rs=40m N=2.05 Cjo=200p Vj=700m M=.45 Iave=3 Vpk=50 mfg=Fairchild type=Schottky)
.model SMBJ24CA D(Ron=.65 Roff=50Meg Vfwd=25 epsilon=6 Vrev=25 revepsilon=6 Vpk=24 mfg=Littlefuse type=TVS)
.model SMCJ33A D(Ron=.4 Roff=8Meg Vfwd=.7 epsilon=100m Vrev=38.65 Vpk=33 revepsilon=4 mfg=Littlefuse type=TVS)
.model NSR20F30NXT5G D(Is=1e-07 Rs=0.0685826 N=0.776978 Eg=0.6 Xti=3.94234 BV=35 Ibv=0.665074 Cjo=3.78999e-10 Vj=0.484208 M=0.480643 Fc=0.5 TT=0 KF=0 AF=1 Vpk=30 mfg=OnSemi type=Schottky)
.model RRE02VS4S D(Is=24.195E-12 N=1.5366 Rs=.23596 Ikf=.62542 Cjo=3.4000E-12 M=.31934 Vj=.50899 Isr=218.42E-12 Nr=3.6000 Bv=400 tt=810.00E-9 Trs1=0.001 Iave=0.2 Vpk=400 mfg=Rohm type=Rectifier)
.model RRE07VS4S D(Is=689.77E-12 N=1.6610 Rs=90.691E-3 Ikf=507.97 Eg=1.0500 Cjo=12.500E-12 M=.38273 Vj=.50419 Isr=102.21E-12 Nr=3 Bv=400 tt=1.1300E-6 Trs1=0.001 Iave=0.7 Vpk=400 mfg=Rohm type=Rectifier)
.model RRE02VS6S D(Is=865.57E-12 N=1.8532 Rs=.22784 Ikf=81.233 Eg=1.0800 Cjo=2.6000E-12 M=.29056 Vj=.52841 Isr=654.57E-12 Nr=3.6000 Bv=600 tt=930.00E-9 Trs1=0.001 Iave=0.2 Vpk=600 mfg=Rohm type=Rectifier)
.model RR264M-400 D(Is=599.20E-12 N=1.6555 Rs=62.086E-3 Ikf=5.5206 Cjo=106.14E-12 M=.43343 Vj=.47628 Isr=1.4138E-9 Nr=3 Bv=400 tt=6.9000E-6 Iave=0.7 Vpk=400 mfg=Rohm type=Rectifier)
.model 1SR154-400 D(Is=534.77E-12 N=1.6239 Rs=50.532E-3 Ikf=4.0010 Cjo=23.729E-12 M=.31942 Vj=.41083 Isr=2.4181E-9 Nr=2.5000 Bv=500 tt=4.1000E-6 Iave=1 Vpk=500 mfg=Rohm type=Rectifier)
.model RR2L4S D(Is=201.70E-12 N=1.4797 Rs=16.071E-3 Ikf=11.643 Eg=1.0500 Cjo=49.000E-12 M=.37648 Vj=.50987 Isr=1.3403E-9 Nr=3.3000 Bv=400 tt=5.2E-6 Trs1=0.0025 Iave=2 Vpk=400 mfg=Rohm type=Rectifier)
.model 1SR154-600 D(Is=1.1191E-9 N=1.6862 Rs=57.049E-3 Ikf=7.0701 Cjo=17.770E-12 M=.36215 Vj=.43005 Isr=1.6686E-9 Nr=2.5000 Bv=750 tt=4.8000E-6 Iave=1 Vpk=750 mfg=Rohm type=Rectifier)
.model RR2L6S D(Is=1.5392E-9 N=1.6310 Rs=16.849E-3 Ikf=17.962 Eg=.97 Cjo=44.000E-12 M=.40234 Vj=.51261 Isr=1.4208E-9 Nr=3.3000 Bv=600 tt=5.9300E-6 Trs1=0.001 Iave=2 Vpk=600 mfg=Rohm type=Rectifier)
.model 1SR156-400 D(Is=72.169E-9 N=2.0427 Rs=75.306E-3 Ikf=51.357E-3 Cjo=33.986E-12 M=.51481 Vj=.47751 Isr=512.43E-15 Bv=500 tt=245.00E-9 Iave=1 Vpk=500 mfg=Rohm type=Rectifier)
.model RFU01SM4S D(Is=294.35E-12 N=2.0137 Rs=1.5143 Ikf=11.685E-3 Eg=1.2000 Cjo=1.6000E-12 M=.1889 Vj=.55345 Isr=975.68E-12 Nr=4 Bv=450 tt=33.182E-9 Tikf=0.018 Trs1=0.0005 Iave=0.1 Vpk=450 mfg=Rohm type=FastRecovery)
.model RF01VM2S D(Is=17.807E-12 N=1.4353 Rs=.64944 Ikf=13.145E-3 Eg=1.0500 Cjo=1.5500E-12 M=.35328 Vj=.61608 Isr=117.59E-12 Nr=2.8000 Bv=250 tt=82.000E-9 Iave=0.1 Vpk=250 mfg=Rohm type=FastRecovery)
.model RF05VA1S D(Is=1.1825E-12 N=1.0061 Rs=52.469E-3 Ikf=12.140E-3 Eg=.9 Cjo=28.100E-12 M=.47776 Vj=.76142 Isr=91.946E-12 Nr=2.2000 Bv=100 tt=28.8n Tikf=0.01 Iave=0.5 Vpk=100 mfg=Rohm type=FastRecovery)
.model RF05VA2S D(Is=10.045E-12 N=1.1284 Rs=61.271E-3 Ikf=17.146E-3 Eg=.98 Cjo=21.422E-12 M=.50302 Vj=.99572 Isr=111.54E-12 Nr=2.7000 Bv=200 tt=24.2n Tikf=0.01 Iave=0.5 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF05VAM1S D(Is=1.1825E-12 N=1.0061 Rs=52.469E-3 Ikf=12.140E-3 Eg=.9 Cjo=28.100E-12 M=.47776 Vj=.76142 Isr=91.946E-12 Nr=2.2000 Bv=100 tt=28.8n Tikf=0.01 Iave=0.5 Vpk=100 mfg=Rohm type=FastRecovery)
.model RF05VAM2S D(Is=10.045E-12 N=1.1284 Rs=61.271E-3 Ikf=17.146E-3 Eg=.98 Cjo=21.422E-12 M=.50302 Vj=.99572 Isr=111.54E-12 Nr=2.7000 Bv=200 tt=24.2n Tikf=0.01 Iave=0.5 Vpk=200 mfg=Rohm type=FastRecovery)
.model RFU02VS6S D(Is=4.9427E-9 N=2.3572 Rs=1.2300 Ikf=9.5772E-3 Eg=1.2000 Cjo=5.0000E-12 M=.40785 Vj=.75082 Isr=134.67E-12 Nr=3 Bv=600 tt=34n Tikf=0.01 Iave=0.2 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFU02VS8S D(Is=20.057E-9 N=2.9921 Rs=1.9320 Ikf=1.7685E-3 Eg=1.4000 Cjo=4.1000E-12 M=.33142 Vj=.7549 Isr=193.07E-12 Nr=3.5000 Bv=800 tt=35.346E-9 Tikf=0.01 Trs1=-0.0015 Iave=0.2 Vpk=800 mfg=Rohm type=FastRecovery)
.model RF071M2S D(Is=30.548E-12 N=1.0916 Rs=17.205E-3 Ikf=18.602E-3 Eg=.95 Cjo=37.745E-12 M=.4084 Vj=.49252 Isr=770.05E-12 Nr=2.2000 Bv=200 tt=28.4n Tikf=0.01 Iave=0.7 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF081M2S D(Is=6.5755E-12 N=1.0439 Rs=37.091E-3 Ikf=28.493E-3 Eg=.98 Cjo=58.872E-12 M=.51102 Vj=.5064 Isr=602.20E-12 Nr=3.4000 Bv=200 tt=32.1n Tikf=0.01 Iave=0.8 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF101L2S D(Is=30.548E-12 N=1.0916 Rs=17.205E-3 Ikf=18.602E-3 Eg=.95 Cjo=37.745E-12 M=.4084 Vj=.49252 Isr=770.05E-12 Nr=2.2000 Bv=200 tt=28.4n Tikf=0.01 Iave=1 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF081L2S D(Is=6.5755E-12 N=1.0439 Rs=37.091E-3 Ikf=28.493E-3 Eg=.98 Cjo=58.872E-12 M=.51102 Vj=.5064 Isr=602.20E-12 Nr=3.4000 Bv=200 tt=32.1n Tikf=0.01 Iave=1.1 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF201L2S D(Is=35.093E-12 N=1.0494 Rs=9.0796E-3 Ikf=24.697E-3 Eg=.9 Cjo=95.449E-12 M=.46277 Vj=.58536 Isr=1.1055E-9 Nr=2.2000 Bv=200 tt=34.035E-9 Tikf=0.01 Iave=2 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF071L4S D(Is=60.405E-12 N=1.3717 Rs=88.603E-3 Ikf=43.611E-3 Eg=.95 Cjo=29.000E-12 M=.46212 Vj=.51566 Isr=135.72E-12 Nr=3.5000 Bv=400 tt=48n Tikf=0.01 Iave=1 Vpk=400 mfg=Rohm type=FastRecovery)
.model RF101L4S D(Is=44.942E-12 N=1.2044 Rs=84.363E-3 Ikf=5.8327E-3 Eg=.95 Cjo=40.361E-12 M=.4473 Vj=.46229 Isr=1.0552E-9 Nr=3.3 Bv=400 tt=44n Tikf=0.01 Iave=1 Vpk=400 mfg=Rohm type=FastRecovery)
.model RF201L4S D(Is=873.69E-12 N=1.5124 Rs=27.069E-3 Ikf=.14468 Eg=1 Cjo=116.40E-12 M=.46899 Vj=.57805 Isr=204.39E-12 Nr=2.5000 Bv=400 tt=47n Tikf=0.01 Iave=1.5 Vpk=400 mfg=Rohm type=FastRecovery)
.model RFN2L4S D(Is=2.6699E-9 N=1.5366 Rs=11.602E-3 Ikf=.24034 Eg=.9 Cjo=67.400E-12 M=.42442 Vj=.5129 Isr=960.40E-12 Nr=2.5000 Bv=400 tt=52n Tikf=0.01 Iave=1.5 Vpk=400 mfg=Rohm type=FastRecovery)
.model RFN1L6S D(Is=429.12E-12 N=1.6222 Rs=.12869 Ikf=37.865E-3 Eg=1 Cjo=28.500E-12 M=.4519 Vj=.51356 Isr=472.10E-12 Nr=3.8000 Bv=600 tt=57.5n Tikf=0.01 Iave=0.8 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN2L6S D(Is=867.59E-12 N=1.7217 Rs=52.431E-3 Ikf=61.897E-3 Cjo=43.000E-12 M=.47106 Vj=.75496 Isr=1.2591E-9 Nr=2.4000 Bv=600 tt=36.501E-9 Iave=1.5 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN1L7S D(Is=2.4108E-9 N=1.6931 Rs=.10912 Ikf=35.752E-3 Eg=.95 Cjo=26.400E-12 M=.45233 Vj=.5244 Isr=518.63E-12 Nr=2.3000 Bv=700 tt=108n Tikf=0.01 Iave=0.8 Vpk=700 mfg=Rohm type=FastRecovery)
.model RF04UA2D D(Is=4.0404E-12 N=1.1718 Rs=.13276 Ikf=15.291E-3 Eg=1.0100 Cjo=10.245E-12 M=.49346 Vj=.85916 Isr=140.45E-12 Nr=3 Bv=200 tt=24.8n Tikf=0.01 Iave=0.2 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF601BM2D D(Is=85.433E-12 N=1.0869 Rs=9.7532E-3 Ikf=30.488E-3 Eg=.9 Cjo=99.780E-12 M=.41038 Vj=.43155 Isr=418.21E-12 Nr=3.2000 Bv=200 tt=31.865E-9 Tikf=0.01 Iave=3 Vpk=200 mfg=Rohm type=FastRecovery)
.model RFN6BM2D D(Is=124.78E-12 N=1.1947 Rs=15.799E-3 Ikf=97.168E-3 Eg=.95 Cjo=87.740E-12 M=.45016 Vj=.50918 Isr=201.48E-12 Nr=3 Bv=200 tt=25.304E-9 Tikf=0.018 Trs1=0.0005 Iave=3 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF1001NS2D D(Is=58.151E-12 N=1.0482 Rs=7.1487E-3 Ikf=39.496E-3 Eg=.9 Cjo=186.24E-12 M=.42565 Vj=.48647 Isr=1.0282E-9 Nr=3.2000 Bv=200 tt=30.089E-9 Tikf=0.01 Iave=5 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF1601NS2D D(Is=14.351E-12 N=.96481 Rs=6.7789E-3 Ikf=42.397E-3 Eg=.92 Cjo=271.16E-12 M=.39883 Vj=.58603 Isr=1.5397E-9 Nr=2.4000 Bv=200 tt=34n Tikf=0.01 Iave=8 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF2001NS2D D(Is=181.15E-12 N=1.0508 Rs=5.7833E-3 Ikf=76.666E-3 Eg=.83 Cjo=368.36E-12 M=.4201 Vj=.48168 Isr=1.0416E-9 Nr=2.3000 Bv=200 tt=36.748E-9 Tikf=0.01 Iave=10 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF2001NS3D D(Is=2.7996E-9 N=1.4787 Rs=18.383E-3 Ikf=.28843 Eg=1.1000 Cjo=207.00E-12 M=.42954 Vj=.53732 Isr=1.3513E-9 Nr=3.2000 Bv=350 tt=33n Tikf=0.01 Iave=10 Vpk=350 mfg=Rohm type=FastRecovery)
.model RF601T2D D(Is=85.433E-12 N=1.0869 Rs=9.7532E-3 Ikf=30.488E-3 Eg=.9 Cjo=99.780E-12 M=.41038 Vj=.43155 Isr=418.21E-12 Nr=3.2000 Bv=200 tt=31.865E-9 Tikf=0.01 Iave=3 Vpk=200 mfg=Rohm type=FastRecovery)
.model RFN6T2D D(Is=124.78E-12 N=1.1947 Rs=15.799E-3 Ikf=97.168E-3 Eg=.95 Cjo=87.740E-12 M=.45016 Vj=.50918 Isr=201.48E-12 Nr=3 Bv=200 tt=25.304E-9 Tikf=0.018 Trs1=0.0005 Iave=3 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF1001T2D D(Is=58.151E-12 N=1.0482 Rs=7.1487E-3 Ikf=39.496E-3 Eg=.9 Cjo=186.24E-12 M=.42565 Vj=.48647 Isr=1.0282E-9 Nr=3.2000 Bv=200 tt=30.089E-9 Tikf=0.01 Iave=5 Vpk=200 mfg=Rohm type=FastRecovery)
.model RFN10T2D D(Is=216.60E-12 N=1.1476 Rs=9.3813E-3 Ikf=57.903E-3 Eg=.9 Cjo=130.00E-12 M=.44075 Vj=.5145 Isr=473.38E-12 Nr=2.5000 Bv=200 tt=29.5n Tikf=0.01 Iave=5 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF1601T2D D(Is=14.351E-12 N=.96481 Rs=6.7789E-3 Ikf=42.397E-3 Eg=.92 Cjo=271.16E-12 M=.39883 Vj=.58603 Isr=1.5397E-9 Nr=2.4000 Bv=200 tt=34n Tikf=0.01 Iave=8 Vpk=200 mfg=Rohm type=FastRecovery)
.model RFN16T2D D(Is=260.52E-12 N=1.1335 Rs=7.4727E-3 Ikf=91.738E-3 Eg=.9 Cjo=223.00E-12 M=.44583 Vj=.52352 Isr=419.89E-12 Nr=2.5000 Bv=200 tt=27.5n Tikf=0.01 Iave=8 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF2001T2D D(Is=181.15E-12 N=1.0508 Rs=5.7833E-3 Ikf=76.666E-3 Eg=.83 Cjo=368.36E-12 M=.4201 Vj=.48168 Isr=1.0416E-9 Nr=2.3000 Bv=200 tt=36.748E-9 Tikf=0.01 Iave=10 Vpk=200 mfg=Rohm type=FastRecovery)
.model RFN20T2D D(Is=104.32E-12 N=1.0508 Rs=6.3095E-3 Ikf=49.028E-3 Eg=.85 Cjo=258.00E-12 M=.43957 Vj=.5152 Isr=733.44E-12 Nr=2.0000 Bv=200 tt=28.2n Tikf=0.01 Iave=10 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF2001T3D D(Is=2.7996E-9 N=1.4787 Rs=18.383E-3 Ikf=.28843 Eg=1.1000 Cjo=207.00E-12 M=.42954 Vj=.53732 Isr=1.3513E-9 Nr=3.2000 Bv=350 tt=33n Tikf=0.01 Iave=10 Vpk=350 mfg=Rohm type=FastRecovery)
.model RFUH30TS6D D(Is=45.685E-9 N=2.2776 Rs=16.675E-3 Ikf=68.790E-3 Cjo=211.00E-12 M=.44651 Vj=.51159 Isr=609.79E-12 Nr=4 Bv=600 tt=27.500E-9 Tikf=0.03 Trs1=-0.0005 Iave=15 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN60TS6D D(Is=2.5393E-9 N=1.4813 Rs=7.6933E-3 Ikf=.2334 Cjo=450.00E-12 M=.4567 Vj=.55254 Isr=1.3614E-9 Nr=3 Bv=600 tt=71.030E-9 Tikf=0.018 Trs1=0.0005 Iave=30 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUH60TS6D D(Is=14.328E-9 N=2.0004 Rs=15.412E-3 Ikf=92.810E-3 Cjo=435.53E-12 M=.4393 Vj=.47362 Isr=2.4124E-9 Nr=4 Bv=600 tt=44.200E-9 Tikf=0.03 Trs1=-0.0005 Iave=30 Vpk=600 mfg=Rohm type=FastRecovery)
.model RF301BM2S D(Is=62.820E-12 N=1.0915 Rs=18.739E-3 Ikf=31.776E-3 Eg=0.9 Cjo=91.737E-12 M=.41721 Vj=.53716 Isr=500.15E-12 Nr=2.9000 Bv=200 tt=30n Tikf=0.01 Iave=3 Vpk=200 mfg=Rohm type=FastRecovery)
.model RFN3BM2S D(Is=124.78E-12 N=1.1947 Rs=15.799E-3 Ikf=97.168E-3 Eg=.95 Cjo=87.740E-12 M=.44455 Vj=.48313 Isr=202.78E-12 Nr=3 Bv=200 tt=25.304E-9 Tikf=0.018 Trs1=0.0005 Iave=3 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF501BM2S D(Is=12.411E-12 N=.98961 Rs=7.2508E-3 Ikf=31.606E-3 Eg=.95 Cjo=193.53E-12 M=.44869 Vj=.51503 Isr=937.11E-12 Nr=2.7000 Bv=200 tt=28.3n Tikf=0.01 Iave=5 Vpk=200 mfg=Rohm type=FastRecovery)
.model RFN5BM2S D(Is=457.90E-12 N=1.2127 Rs=11.859E-3 Ikf=.10931 Eg=.9 Cjo=135.60E-12 M=.45251 Vj=.56028 Isr=247.52E-12 Nr=2.3000 Bv=200 tt=26n Tikf=0.01 Iave=5 Vpk=200 mfg=Rohm type=FastRecovery)
.model RFN5BM3S D(Is=1.8636E-9 N=1.4947 Rs=16.816E-3 Ikf=.15307 Eg=1 Cjo=90.700E-12 M=.47124 Vj=.58267 Isr=270.66E-12 Nr=2.3000 Bv=350 tt=38n Tikf=0.01 Iave=5 Vpk=350 mfg=Rohm type=FastRecovery)
.model RF305BM6S D(Is=2.7577E-9 N=1.8886 Rs=36.869E-3 Ikf=75.644E-3 Eg=1.2500 Cjo=101.00E-12 M=.47282 Vj=.51797 Isr=505.52E-12 Nr=3.2000 Bv=600 tt=45.5n Tikf=0.01 Iave=3 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN3BM6S D(Is=14.927E-9 N=2.1466 Rs=42.575E-3 Ikf=.10213 Eg=1.2500 Cjo=54.500E-12 M=.51108 Vj=.73744 Isr=165.03E-12 Nr=3.2000 Bv=600 tt=42.600E-9 Tikf=0.01 Iave=3 Vpk=600 mfg=Rohm type=FastRecovery)
.model RF505BM6S D(Is=14.418E-9 N=1.8209 Rs=24.737E-3 Ikf=.13898 Eg=1.0200 Cjo=150.00E-12 M=.54835 Vj=.70933 Isr=18.025E-12 Bv=600 tt=49n Tikf=0.01 Iave=5 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN5BM6S D(Is=1.1861E-9 N=1.7549 Rs=30.639E-3 Ikf=.14756 Eg=1.2500 Cjo=90.000E-12 M=.47647 Vj=.59779 Isr=454.99E-12 Nr=3.2000 Bv=600 tt=47.4n Tikf=0.01 Iave=5 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN10BM3S D(Is=1.3720E-9 N=1.4021 Rs=12.832E-3 Ikf=.21247 Eg=1 Cjo=165.90E-12 M=.47692 Vj=.59813 Isr=552.10E-12 Nr=2.5000 Bv=350 tt=42.3n Tikf=0.01 Iave=10 Vpk=350 mfg=Rohm type=FastRecovery)
.model RFN10BM6S D(Is=13.436E-9 N=1.7555 Rs=13.156E-3 Ikf=.15702 Eg=1 Cjo=168.00E-12 M=.46459 Vj=.51864 Isr=212.37E-12 Nr=3 Bv=600 tt=61n Tikf=0.01 Iave=10 Vpk=600 mfg=Rohm type=FastRecovery)
.model RF1501NS3S D(Is=628.31E-12 N=1.3228 Rs=10.517E-3 Ikf=.25333 Eg=1.1000 Cjo=354.00E-12 M=.43343 Vj=.50807 Isr=1.0770E-9 Nr=3.2000 Bv=350 tt=33.4n Tikf=0.01 Iave=20 Vpk=350 mfg=Rohm type=FastRecovery)
.model RFN10NS3S D(Is=1.3720E-9 N=1.4021 Rs=12.832E-3 Ikf=.21247 Eg=1 Cjo=165.90E-12 M=.47692 Vj=.59813 Isr=552.10E-12 Nr=2.5000 Bv=350 tt=42.3n Tikf=0.01 Iave=10 Vpk=350 mfg=Rohm type=FastRecovery)
.model RFN20NS3S D(Is=2.2110E-9 N=1.3471 Rs=5.2059E-3 Ikf=.23497 Eg=.95 Cjo=415.00E-12 M=.45078 Vj=.59386 Isr=687.78E-12 Nr=2.5000 Bv=350 tt=44n Tikf=0.01 Iave=20 Vpk=350 mfg=Rohm type=FastRecovery)
.model RFUH20NS3S D(Is=7.3862E-9 N=1.6058 Rs=9.5725E-3 Ikf=.345 Eg=1 Cjo=330.00E-12 M=.45903 Vj=.59546 Isr=288.07E-12 Nr=1.9000 Bv=350 tt=25n Tikf=0.01 Iave=20 Vpk=350 mfg=Rohm type=FastRecovery)
.model RFUH25NS3S D(Is=6.6726E-9 N=1.5628 Rs=8.4063E-3 Ikf=.42612 Eg=1 Cjo=386.30E-12 M=.43719 Vj=.51591 Isr=885.54E-12 Nr=1.9000 Bv=350 tt=27n Tikf=0.01 Iave=20 Vpk=350 mfg=Rohm type=FastRecovery)
.model RFN10NS4S D(Is=3.6343E-9 N=1.5946 Rs=11.302E-3 Ikf=.19239 Eg=1 Cjo=156.20E-12 M=.46967 Vj=.55634 Isr=289.64E-12 Bv=430 tt=39n Tikf=0.01 Iave=10 Vpk=430 mfg=Rohm type=FastRecovery)
.model RFUH10NS4S D(Is=15.309E-9 N=1.8022 Rs=12.779E-3 Ikf=.44057 Eg=.93 Cjo=150.30E-12 M=.46411 Vj=.51969 Isr=123.04E-12 Bv=430 tt=31n Tikf=0.01 Iave=10 Vpk=430 mfg=Rohm type=FastRecovery)
.model RFN20NS4S D(Is=7.7008E-9 N=1.6045 Rs=8.6697E-3 Ikf=.34432 Eg=1 Cjo=268.00E-12 M=.45951 Vj=.51295 Isr=107.76E-12 Bv=430 tt=43n Tikf=0.01 Iave=20 Vpk=430 mfg=Rohm type=FastRecovery)
.model RFUS20NS4S D(Is=10.268E-9 N=1.6263 Rs=11.968E-3 Ikf=.60932 Eg=1 Cjo=375.00E-12 M=.44951 Vj=.55345 Isr=622.81E-12 Nr=3.2000 Bv=430 tt=41.4n Tikf=0.01 Iave=20 Vpk=430 mfg=Rohm type=FastRecovery)
.model RFUH20NS4S D(Is=16.259E-9 N=1.9942 Rs=8.5699E-3 Ikf=.54992 Eg=1.0700 Cjo=266.00E-12 M=.45918 Vj=.51161 Isr=175.51E-12 Bv=430 tt=34n Tikf=0.01 Iave=20 Vpk=430 mfg=Rohm type=FastRecovery)
.model RFN10NS6S D(Is=13.436E-9 N=1.7555 Rs=13.156E-3 Ikf=.15702 Eg=1 Cjo=168.00E-12 M=.46459 Vj=.51864 Isr=212.37E-12 Nr=3 Bv=600 tt=61n Tikf=0.01 Iave=10 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUH10NS6S D(Is=17.288E-9 N=2.4086 Rs=20.868E-3 Ikf=.33206 Eg=1.3000 Cjo=158.20E-12 M=.45903 Vj=.54883 Isr=131.51E-12 Nr=3 Bv=600 tt=28n Tikf=0.01 Trs1=-0.001 Iave=10 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN20NS6S D(Is=22.550E-9 N=1.6626 Rs=8.7129E-3 Ikf=.16879 Eg=.93 Cjo=322.00E-12 M=.47017 Vj=.55476 Isr=303.85E-12 Nr=3 Bv=600 tt=72n Tikf=0.01 Iave=20 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUH20NS6S D(Is=21.421E-9 N=1.9253 Rs=19.231E-3 Ikf=.25578 Eg=1.0700 Cjo=315.00E-12 M=.4461 Vj=.51056 Isr=628.68E-12 Bv=600 tt=30n Tikf=0.01 Iave=20 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUS20NS6S D(Is=18.303E-9 N=1.9567 Rs=21.319E-3 Ikf=.28796 Eg=1.2000 Cjo=415.00E-12 M=.43803 Vj=.52487 Isr=992.39E-12 Nr=3 Bv=600 tt=47n Tikf=0.01 Trs1=-0.001 Iave=20 Vpk=600 mfg=Rohm type=FastRecovery)
.model RF2001T4S D(Is=15.439E-9 N=1.3556 Rs=18.149E-3 Ikf=32.762E-3 Eg=.87 Cjo=417.94E-12 M=.39034 Vj=.42637 Isr=2.2243E-9 Nr=2.5000 Bv=430 tt=40.3n Tikf=0.01 Trs1=-0.003 Iave=20 Vpk=430 mfg=Rohm type=FastRecovery)
.model RFUS20TM4S D(Is=10.268E-9 N=1.6263 Rs=11.968E-3 Ikf=.60932 Eg=1 Cjo=375.00E-12 M=.44951 Vj=.55345 Isr=622.81E-12 Nr=3.2000 Bv=430 tt=41.4n Tikf=0.01 Iave=20 Vpk=430 mfg=Rohm type=FastRecovery)
.model RFU20TM5S D(Is=26.628E-9 N=2.0290 Rs=12.980E-3 Ikf=1.0074 Cjo=415.00E-12 M=.44741 Vj=.52693 Isr=1.0596E-9 Nr=2.3000 Bv=530 tt=39n Tikf=0.01 Iave=20 Vpk=530 mfg=Rohm type=FastRecovery)
.model RFUS20TM6S D(Is=18.303E-9 N=1.9567 Rs=21.319E-3 Ikf=.28796 Eg=1.2000 Cjo=415.00E-12 M=.43803 Vj=.52487 Isr=992.39E-12 Nr=3 Bv=600 tt=47n Tikf=0.01 Trs1=-0.001 Iave=20 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN30TS6D D(Is=1.6031E-9 N=1.5514 Rs=9.8819E-3 Ikf=.2024 Cjo=212.00E-12 M=.44625 Vj=.50489 Isr=680.97E-12 Nr=3 Bv=600 tt=63.877E-9 Tikf=0.018 Trs1=0.001 Iave=30 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUH30TS6S D(Is=56.127E-9 N=2.1381 Rs=15.874E-3 Ikf=82.271E-3 Cjo=435.00E-12 M=.45459 Vj=.51464 Isr=156.24E-12 Nr=4 Bv=600 tt=45.200E-9 Tikf=0.03 Trs1=-0.0005 Iave=30 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUH20TB3S D(Is=7.3862E-9 N=1.6058 Rs=9.5725E-3 Ikf=.345 Eg=1 Cjo=330.00E-12 M=.45903 Vj=.59546 Isr=288.07E-12 Nr=1.9000 Bv=350 tt=25n Tikf=0.01 Iave=20 Vpk=350 mfg=Rohm type=FastRecovery)
.model RFUH25TB3S D(Is=6.6726E-9 N=1.5628 Rs=8.4063E-3 Ikf=.42612 Eg=1 Cjo=386.30E-12 M=.43719 Vj=.51591 Isr=885.54E-12 Nr=1.9000 Bv=350 tt=27n Tikf=0.01 Iave=20 Vpk=350 mfg=Rohm type=FastRecovery)
.model RFN10TB4S D(Is=3.6343E-9 N=1.5946 Rs=11.302E-3 Ikf=.19239 Eg=1 Cjo=156.20E-12 M=.46967 Vj=.55634 Isr=289.64E-12 Bv=430 tt=39n Tikf=0.01 Iave=10 Vpk=430 mfg=Rohm type=FastRecovery)
.model RFUH10TB4S D(Is=15.309E-9 N=1.8022 Rs=12.779E-3 Ikf=.44057 Eg=.93 Cjo=150.30E-12 M=.46411 Vj=.51969 Isr=123.04E-12 Bv=430 tt=31n Tikf=0.01 Iave=10 Vpk=430 mfg=Rohm type=FastRecovery)
.model RFN20TB4S D(Is=7.7008E-9 N=1.6045 Rs=8.6697E-3 Ikf=.34432 Eg=1 Cjo=268.00E-12 M=.45951 Vj=.51295 Isr=107.76E-12 Bv=430 tt=43n Tikf=0.01 Iave=20 Vpk=430 mfg=Rohm type=FastRecovery)
.model RFUH20TB4S D(Is=16.259E-9 N=1.9942 Rs=8.5699E-3 Ikf=.54992 Eg=1.0700 Cjo=266.00E-12 M=.45918 Vj=.51161 Isr=175.51E-12 Bv=430 tt=34n Tikf=0.01 Iave=20 Vpk=430 mfg=Rohm type=FastRecovery)
.model RF1501TF3S D(Is=628.31E-12 N=1.3228 Rs=10.517E-3 Ikf=.25333 Eg=1.1000 Cjo=354.00E-12 M=.43343 Vj=.50807 Isr=1.0770E-9 Nr=3.2000 Bv=350 tt=33.4n Tikf=0.01 Iave=20 Vpk=350 mfg=Rohm type=FastRecovery)
.model RFUS10TF4S D(Is=5.2226E-9 N=1.6434 Rs=25.211E-3 Ikf=.10897 Eg=1 Cjo=181.80E-12 M=.46487 Vj=.56555 Isr=96.115E-12 Nr=3 Bv=430 tt=39.7n Tikf=0.01 Iave=10 Vpk=430 mfg=Rohm type=FastRecovery)
.model RF505TF6S D(Is=14.418E-9 N=1.8209 Rs=24.737E-3 Ikf=.13898 Eg=1.0200 Cjo=150.00E-12 M=.54835 Vj=.70933 Isr=18.025E-12 Bv=600 tt=49n Tikf=0.01 Iave=5 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN5TF6S D(Is=1.1861E-9 N=1.7549 Rs=30.639E-3 Ikf=.14756 Eg=1.2500 Cjo=90.000E-12 M=.47647 Vj=.59779 Isr=454.99E-12 Nr=3.2000 Bv=600 tt=47.4n Tikf=0.01 Iave=5 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFU5TF6S D(Is=5.0000E-9 N=2.2999 Rs=64.096E-3 Ikf=9.1822E-3 Eg=1.4000 Cjo=125.00E-12 M=.46874 Vj=.75563 Isr=483.52E-12 Nr=3.5000 Bv=600 tt=29.4n Tikf=0.01 Trs1=-0.001 Iave=5 Vpk=600 mfg=Rohm type=FastRecovery)
.model RF1005TF6S D(Is=14.956E-9 N=1.8393 Rs=18.550E-3 Ikf=.19576 Cjo=270.00E-12 M=.47268 Vj=.51459 Isr=534.12E-12 Nr=3 Bv=600 tt=61n Tikf=0.01 Iave=10 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN10TF6S D(Is=13.436E-9 N=1.7555 Rs=13.156E-3 Ikf=.15702 Eg=1 Cjo=168.00E-12 M=.46459 Vj=.51864 Isr=212.37E-12 Nr=3 Bv=600 tt=61n Tikf=0.01 Iave=10 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFX10TF6S D(Is=20.000E-9 N=2.1954 Rs=33.646E-3 Ikf=17.752E-3 Eg=1.4000 Cjo=222.00E-12 M=.42921 Vj=.52767 Isr=2.6375E-9 Nr=3 Bv=600 tt=29n Tikf=0.01 Trs1=-0.0015 Iave=10 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUH10TF6S D(Is=17.288E-9 N=2.4086 Rs=20.868E-3 Ikf=.33206 Eg=1.3000 Cjo=158.20E-12 M=.45903 Vj=.54883 Isr=131.51E-12 Nr=3 Bv=600 tt=28n Tikf=0.01 Trs1=-0.001 Iave=10 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFU10TF6S D(Is=20.000E-9 N=2.4066 Rs=37.614E-3 Ikf=51.241E-3 Eg=1.4000 Cjo=223.03E-12 M=.44903 Vj=.57571 Isr=441.24E-12 Nr=3 Bv=600 tt=30n Tikf=0.01 Trs1=-0.0015 Iave=10 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN20TF6S D(Is=22.550E-9 N=1.6626 Rs=8.7129E-3 Ikf=.16879 Eg=.93 Cjo=322.00E-12 M=.47017 Vj=.55476 Isr=303.85E-12 Nr=3 Bv=600 tt=72n Tikf=0.01 Iave=20 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUH20TF6S D(Is=21.421E-9 N=1.9253 Rs=19.231E-3 Ikf=.25578 Eg=1.0700 Cjo=315.00E-12 M=.4461 Vj=.51056 Isr=628.68E-12 Bv=600 tt=30n Tikf=0.01 Iave=20 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUS20TF6S D(Is=18.303E-9 N=1.9567 Rs=21.319E-3 Ikf=.28796 Eg=1.2000 Cjo=415.00E-12 M=.43803 Vj=.52487 Isr=992.39E-12 Nr=3 Bv=600 tt=47n Tikf=0.01 Trs1=-0.001 Iave=20 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN5TF8S D(Is=25.640E-9 N=2.2001 Rs=35.046E-3 Ikf=.15787 Eg=1.1500 Cjo=141.10E-12 M=.47876 Vj=.63758 Isr=164.31E-12 Nr=3.2000 Bv=800 tt=44.5n Tikf=0.01 Iave=5 Vpk=800 mfg=Rohm type=FastRecovery)
.model 1SS400SM D(Is=1.7962E-9 N=1.7555 Rs=.55113 Ikf=72.153E-3 Cjo=1.3304E-12 M=.11174 Vj=4.1020 Isr=3.2239E-9 Nr=4.0000 Bv=90 tt=11.542E-9 Iave=100m Vpk=90 mfg=Rohm type=Switching)
.model 1SS355VM D(Is=1.7962E-9 N=1.7555 Rs=.55113 Ikf=72.153E-3 Cjo=1.3304E-12 M=.11174 Vj=4.1020 Isr=3.2239E-9 Nr=4.0000 Bv=90 tt=11.542E-9 Iave=100m Vpk=90 mfg=Rohm type=Switching)
.model DAN222M D(Is=936.79E-12 N=1.7211 Rs=1.0196 Ikf=28.904 Cjo=1.7934E-12 M=.18986 Vj=.86529 Isr=2.0505E-9 Nr=2.4000 Bv=80 tt=37.000E-9 Iave=100m Vpk=80 mfg=Rohm type=Switching)
.model DAN222WM D(Is=1.2872E-9 N=1.7918 Rs=.90633 Ikf=83.541E-3 Cjo=628.00E-15 M=.12181 Vj=7.4703 Isr=3.4924E-9 Nr=2.3000 Bv=80 tt=27.411E-9 Iave=100m Vpk=80 mfg=Rohm type=Switching)
.model DAN202UM D(Is=936.79E-12 N=1.7211 Rs=1.0196 Ikf=28.904 Cjo=1.7934E-12 M=.18986 Vj=.86529 Isr=2.0505E-9 Nr=2.4000 Bv=80 tt=37.000E-9 Iave=100m Vpk=80 mfg=Rohm type=Switching)
.model DAP222M D(Is=3.8311E-12 N=1.1556 Rs=.16041 Ikf=1.0156E-3 Cjo=2.9921E-12 M=.17376 Vj=.80381 Isr=1.0089E-9 Nr=2.5000 Bv=80 tt=27.500E-9 Iave=100m Vpk=80 mfg=Rohm type=Switching)
.model DAP222WM D(Is=3.8311E-12 N=1.1556 Rs=.16041 Ikf=1.0156E-3 Cjo=2.9921E-12 M=.17376 Vj=.80381 Isr=1.0089E-9 Nr=2.5000 Bv=80 tt=27.500E-9 Iave=100m Vpk=80 mfg=Rohm type=Switching)
.model DAP202UM D(Is=3.8311E-12 N=1.1556 Rs=.16041 Ikf=1.0156E-3 Cjo=2.9921E-12 M=.17376 Vj=.80381 Isr=1.0089E-9 Nr=2.5000 Bv=80 tt=27.500E-9 Iave=100m Vpk=80 mfg=Rohm type=Switching)
.model DAN217UM D(Is=2.6342E-9 N=1.8236 Rs=.76118 Ikf=.10618 Cjo=661.82E-15 M=.11919 Vj=5.5076 Isr=5.7268E-9 Bv=80 tt=15n Iave=100m Vpk=80 mfg=Rohm type=Switching)
.model EDZV6_2B D(Is=149.54E-18 N=1.0155 Rs=.2126 Ikf=1.2516 Cjo=22.000E-12 M=.3719 Vj=.75178 Isr=617.07E-15 Nr=2.3000 Bv=6.1950 Ibv=5.0000E-3 tt=65n Nbv=0.2 Tbv1=0.00039 Nbvl=11 Ibvl=1u Vpk=6.2 mfg=Rohm type=Zener)
.model EDZV6_8B D(Is=176.09E-18 N=1.0196 Rs=.26014 Ikf=.94002 Cjo=19.100E-12 M=.36585 Vj=.76843 Isr=670.60E-15 Nr=3.2 Bv=6.7900 Ibv=5.0000E-3 tt=85n Nbv=0.1 Tbv1=0.00046 Nbvl=11 Ibvl=100n Vpk=6.8 mfg=Rohm type=Zener)
.model EDZV7_5B D(Is=263.70E-18 N=1.0324 Rs=.23141 Ikf=1.1640 Cjo=25.900E-12 M=.39896 Vj=.76788 Isr=1.4986E-12 Nr=2.5 Bv=7.4400 Ibv=5.0000E-3 tt=65n Nbv=0.3 Tbv1=0.00048 Nbvl=17 Ibvl=100n Vpk=7.5 mfg=Rohm type=Zener)
.model EDZV8_2B D(Is=224.28E-18 N=1.0295 Rs=.26107 Ikf=1.2319 Cjo=22.200E-12 M=.38384 Vj=.75935 Isr=1.4829E-12 Nr=2.5000 Bv=8.1900 Ibv=5.0000E-3 tt=69n Nbv=0.1 Tbv1=0.00055 Nbvl=15 Ibvl=10n Vpk=8.2 mfg=Rohm type=Zener)
.model EDZV9_1B D(Is=201.92E-18 N=1.0271 Rs=.25962 Ikf=1.1336 Cjo=19.400E-12 M=.37163 Vj=.75692 Isr=2.2164E-12 Nr=2.5000 Bv=9.0400 Ibv=5.0000E-3 tt=102n Nbv=0.2 Tbv1=0.0006 Nbvl=10 Ibvl=3n Vpk=9.1 mfg=Rohm type=Zener)
.model EDZV10B D(Is=217.86E-18 N=1.0288 Rs=.29371 Ikf=81.809 Cjo=17.400E-12 M=.36121 Vj=.75462 Isr=1.2376E-12 Nr=2.8 Bv=9.9900 Ibv=5.0000E-3 tt=128n Nbv=0.2 Tbv1=0.00063 Vpk=10 mfg=Rohm type=Zener)
.model EDZV11B D(Is=269.19E-18 N=1.0329 Rs=.28166 Ikf=1.2119 Cjo=15.000E-12 M=.35461 Vj=.75858 Isr=808.29E-15 Nr=3.1 Bv=10.990 Ibv=5.0000E-3 tt=163n Nbv=0.25 Tbv1=0.00068 Vpk=11 mfg=Rohm type=Zener)
.model EDZV12B D(Is=349.90E-18 N=1.0420 Rs=.26313 Ikf=.87303 Cjo=13.700E-12 M=.35603 Vj=.75124 Isr=775.35E-15 Nr=2.9 Bv=11.990 Ibv=5.0000E-3 tt=185n Nbv=0.3 Tbv1=0.00070 Vpk=12 mfg=Rohm type=Zener)
.model EDZV13B D(Is=338.92E-18 N=1.0385 Rs=.24887 Ikf=.82579 Cjo=13.400E-12 M=.35658 Vj=.75643 Isr=1.0954E-12 Nr=2.8 Bv=13.200 Ibv=5.0000E-3 tt=185n Nbv=0.3 Tbv1=0.00074 Vpk=13 mfg=Rohm type=Zener)
.model EDZV15B D(Is=265.63E-18 N=1.0349 Rs=.29514 Ikf=35.137 Cjo=14.700E-12 M=.36513 Vj=.75709 Isr=8.2007E-12 Nr=3.3000 Bv=14.660 Ibv=5.0000E-3 tt=151n Nbv=0.4 Tbv1=0.00076 Vpk=15 mfg=Rohm type=Zener)
.model EDZV16B D(Is=296.49E-18 N=1.0357 Rs=.2151 Ikf=55.214 Cjo=13.900E-12 M=.36486 Vj=.77507 Isr=1.4438E-12 Nr=2.9000 Bv=16.180 Ibv=5.0000E-3 tt=137n Nbv=0.4 Tbv1=0.00078 Vpk=16 mfg=Rohm type=Zener)
.model EDZV18B D(Is=438.93E-18 N=1.0456 Rs=.23636 Ikf=1.1133 Cjo=12.300E-12 M=.35741 Vj=.77627 Isr=1.5335E-12 Nr=3 Bv=17.955 Ibv=5.0000E-3 tt=171n Nbv=0.4 Tbv1=0.00081 Vpk=18 mfg=Rohm type=Zener)
.model EDZV20B D(Is=540.04E-18 N=1.0500 Rs=.24711 Ikf=1.0080 Cjo=11.200E-12 M=.35891 Vj=.77639 Isr=1.6251E-12 Nr=3.4 Bv=19.955 Ibv=5.0000E-3 tt=182n Nbv=0.4 Tbv1=0.00081 Vpk=20 mfg=Rohm type=Zener)
.model EDZV22B D(Is=788.04E-18 N=1.0605 Rs=.26605 Ikf=.81132 Cjo=10.100E-12 M=.34994 Vj=.79255 Isr=1.1348E-12 Nr=2.8000 Bv=22.005 Ibv=5.0000E-3 tt=187n Nbv=0.4 Tbv1=0.00081 Vpk=22 mfg=Rohm type=Zener)
.model EDZV24B D(Is=1.1267E-15 N=1.0731 Rs=.28474 Ikf=.67038 Cjo=9.2000E-12 M=.34336 Vj=.75563 Isr=1.4424E-12 Nr=2.8 Bv=24.250 Ibv=5.0000E-3 tt=205n Nbv=0.4 Tbv1=0.00082 Vpk=24 mfg=Rohm type=Zener)
.model EDZV27B D(Is=1.2516E-15 N=1.0723 Rs=.24316 Ikf=.52825 Cjo=8.5000E-12 M=.34197 Vj=.76072 Isr=1.2326E-12 Nr=3 Bv=26.860 Ibv=5.0000E-3 tt=184n Nbv=0.4 Tbv1=0.00083 Vpk=27 mfg=Rohm type=Zener)
.model EDZV30B D(Is=2.2137E-15 N=1.0929 Rs=.25495 Ikf=.75706 Cjo=8.0000E-12 M=.34984 Vj=.76074 Isr=874.26E-15 Nr=3 Bv=29.940 Ibv=5.0000E-3 tt=190n Nbv=0.3 Tbv1=0.00085 Vpk=30 mfg=Rohm type=Zener)
.model EDZV33B D(Is=4.3739E-15 N=1.1094 Rs=.26228 Ikf=.62832 Cjo=7.6000E-12 M=.34085 Vj=.77316 Isr=323.23E-15 Nr=2.5 Bv=32.970 Ibv=5.0000E-3 tt=170n Nbv=0.4 Tbv1=0.00085 Vpk=33 mfg=Rohm type=Zener)
.model EDZV36B D(Is=8.4106E-15 N=1.1365 Rs=.2663 Ikf=.47397 Cjo=6.8000E-12 M=.35686 Vj=.80868 Isr=869.34E-15 Nr=3.0000 Bv=35.970 Ibv=5.0000E-3 tt=205n Nbv=0.5 Tbv1=0.00086 Vpk=36 mfg=Rohm type=Zener)
.model UDZV6_2B D(Is=149.54E-18 N=1.0155 Rs=.2126 Ikf=1.2516 Cjo=22.000E-12 M=.3719 Vj=.75178 Isr=617.07E-15 Nr=2.3000 Bv=6.1950 Ibv=5.0000E-3 tt=65n Nbv=0.2 Tbv1=0.00039 Nbvl=11 Ibvl=1u Vpk=6.2 mfg=Rohm type=Zener)
.model UDZV6_8B D(Is=176.09E-18 N=1.0196 Rs=.26014 Ikf=.94002 Cjo=19.100E-12 M=.36585 Vj=.76843 Isr=670.60E-15 Nr=3.2 Bv=6.7900 Ibv=5.0000E-3 tt=85n Nbv=0.1 Tbv1=0.00046 Nbvl=11 Ibvl=100n Vpk=6.8 mfg=Rohm type=Zener)
.model UDZV7_5B D(Is=263.70E-18 N=1.0324 Rs=.23141 Ikf=1.1640 Cjo=25.900E-12 M=.39896 Vj=.76788 Isr=1.4986E-12 Nr=2.5 Bv=7.4400 Ibv=5.0000E-3 tt=65n Nbv=0.3 Tbv1=0.00048 Nbvl=17 Ibvl=100n Vpk=7.5 mfg=Rohm type=Zener)
.model UDZV8_2B D(Is=224.28E-18 N=1.0295 Rs=.26107 Ikf=1.2319 Cjo=22.200E-12 M=.38384 Vj=.75935 Isr=1.4829E-12 Nr=2.5000 Bv=8.1900 Ibv=5.0000E-3 tt=69n Nbv=0.1 Tbv1=0.00055 Nbvl=15 Ibvl=10n Vpk=8.2 mfg=Rohm type=Zener)
.model UDZV9_1B D(Is=201.92E-18 N=1.0271 Rs=.25962 Ikf=1.1336 Cjo=19.400E-12 M=.37163 Vj=.75692 Isr=2.2164E-12 Nr=2.5000 Bv=9.0400 Ibv=5.0000E-3 tt=102n Nbv=0.2 Tbv1=0.0006 Nbvl=10 Ibvl=3n Vpk=9.1 mfg=Rohm type=Zener)
.model UDZV10B D(Is=217.86E-18 N=1.0288 Rs=.29371 Ikf=81.809 Cjo=17.400E-12 M=.36121 Vj=.75462 Isr=1.2376E-12 Nr=2.8 Bv=9.9900 Ibv=5.0000E-3 tt=128n Nbv=0.2 Tbv1=0.00063 Vpk=10 mfg=Rohm type=Zener)
.model UDZV11B D(Is=269.19E-18 N=1.0329 Rs=.28166 Ikf=1.2119 Cjo=15.000E-12 M=.35461 Vj=.75858 Isr=808.29E-15 Nr=3.1 Bv=10.990 Ibv=5.0000E-3 tt=163n Nbv=0.25 Tbv1=0.00068 Vpk=11 mfg=Rohm type=Zener)
.model UDZV12B D(Is=349.90E-18 N=1.0420 Rs=.26313 Ikf=.87303 Cjo=13.700E-12 M=.35603 Vj=.75124 Isr=775.35E-15 Nr=2.9 Bv=11.990 Ibv=5.0000E-3 tt=185n Nbv=0.3 Tbv1=0.00070 Vpk=12 mfg=Rohm type=Zener)
.model UDZV13B D(Is=338.92E-18 N=1.0385 Rs=.24887 Ikf=.82579 Cjo=13.400E-12 M=.35658 Vj=.75643 Isr=1.0954E-12 Nr=2.8 Bv=13.200 Ibv=5.0000E-3 tt=185n Nbv=0.3 Tbv1=0.00074 Vpk=13 mfg=Rohm type=Zener)
.model UDZV15B D(Is=265.63E-18 N=1.0349 Rs=.29514 Ikf=35.137 Cjo=14.700E-12 M=.36513 Vj=.75709 Isr=8.2007E-12 Nr=3.3000 Bv=14.660 Ibv=5.0000E-3 tt=151n Nbv=0.4 Tbv1=0.00076 Vpk=15 mfg=Rohm type=Zener)
.model UDZV16B D(Is=296.49E-18 N=1.0357 Rs=.2151 Ikf=55.214 Cjo=13.900E-12 M=.36486 Vj=.77507 Isr=1.4438E-12 Nr=2.9000 Bv=16.180 Ibv=5.0000E-3 tt=137n Nbv=0.4 Tbv1=0.00078 Vpk=16 mfg=Rohm type=Zener)
.model UDZV18B D(Is=438.93E-18 N=1.0456 Rs=.23636 Ikf=1.1133 Cjo=12.300E-12 M=.35741 Vj=.77627 Isr=1.5335E-12 Nr=3 Bv=17.955 Ibv=5.0000E-3 tt=171n Nbv=0.4 Tbv1=0.00081 Vpk=18 mfg=Rohm type=Zener)
.model UDZV20B D(Is=540.04E-18 N=1.0500 Rs=.24711 Ikf=1.0080 Cjo=11.200E-12 M=.35891 Vj=.77639 Isr=1.6251E-12 Nr=3.4 Bv=19.955 Ibv=5.0000E-3 tt=182n Nbv=0.4 Tbv1=0.00081 Vpk=20 mfg=Rohm type=Zener)
.model UDZV22B D(Is=788.04E-18 N=1.0605 Rs=.26605 Ikf=.81132 Cjo=10.100E-12 M=.34994 Vj=.79255 Isr=1.1348E-12 Nr=2.8000 Bv=22.005 Ibv=5.0000E-3 tt=187n Nbv=0.4 Tbv1=0.00081 Vpk=22 mfg=Rohm type=Zener)
.model UDZV24B D(Is=1.1267E-15 N=1.0731 Rs=.28474 Ikf=.67038 Cjo=9.2000E-12 M=.34336 Vj=.75563 Isr=1.4424E-12 Nr=2.8 Bv=24.250 Ibv=5.0000E-3 tt=205n Nbv=0.4 Tbv1=0.00082 Vpk=24 mfg=Rohm type=Zener)
.model UDZV27B D(Is=1.2516E-15 N=1.0723 Rs=.24316 Ikf=.52825 Cjo=8.5000E-12 M=.34197 Vj=.76072 Isr=1.2326E-12 Nr=3 Bv=26.860 Ibv=5.0000E-3 tt=184n Nbv=0.4 Tbv1=0.00083 Vpk=27 mfg=Rohm type=Zener)
.model UDZV30B D(Is=2.2137E-15 N=1.0929 Rs=.25495 Ikf=.75706 Cjo=8.0000E-12 M=.34984 Vj=.76074 Isr=874.26E-15 Nr=3 Bv=29.940 Ibv=5.0000E-3 tt=190n Nbv=0.3 Tbv1=0.00085 Vpk=30 mfg=Rohm type=Zener)
.model UDZV33B D(Is=4.3739E-15 N=1.1094 Rs=.26228 Ikf=.62832 Cjo=7.6000E-12 M=.34085 Vj=.77316 Isr=323.23E-15 Nr=2.5 Bv=32.970 Ibv=5.0000E-3 tt=170n Nbv=0.4 Tbv1=0.00085 Vpk=33 mfg=Rohm type=Zener)
.model UDZV36B D(Is=8.4106E-15 N=1.1365 Rs=.2663 Ikf=.47397 Cjo=6.8000E-12 M=.35686 Vj=.80868 Isr=869.34E-15 Nr=3.0000 Bv=35.970 Ibv=5.0000E-3 tt=205n Nbv=0.5 Tbv1=0.00086 Vpk=36 mfg=Rohm type=Zener)
.model TFZ6_2B D(Is=1.6177E-15 N=1.0122 Rs=57.479E-3 Ikf=.58149 Cjo=185.10E-12 M=.34913 Vj=.77507 Isr=6.5742E-12 Nr=3 Bv=6.1150 Ibv=20.000E-3 tt=23n Nbv=0.2 Tbv1=0.00039 Nbvl=10.8 Ibvl=12u Vpk=6.2 mfg=Rohm type=Zener)
.model TFZ6_8B D(Is=1.9454E-15 N=1.0150 Rs=55.964E-3 Ikf=.44707 Cjo=164.10E-12 M=.37292 Vj=.83682 Isr=4.7747E-12 Nr=3 Bv=6.66 Ibv=20.000E-3 tt=28n Nbv=0.2 Tbv1=0.00044 Nbvl=11 Ibvl=4u Vpk=6.8 mfg=Rohm type=Zener)
.model TFZ7_5B D(Is=1.5340E-15 N=1.0259 Rs=53.231E-3 Ikf=1.8105 Cjo=171.70E-12 M=.37075 Vj=.75529 Isr=24.753E-12 Nr=2.7000 Bv=7.2600 Ibv=20.000E-3 tt=30n Nbv=0.3 Tbv1=0.00042 Nbvl=15 Ibvl=20u Vpk=7.5 mfg=Rohm type=Zener)
.model TFZ8_2B D(Is=1.2193E-15 N=1.0218 Rs=51.739E-3 Ikf=.8864 Cjo=148.00E-12 M=.35993 Vj=.76018 Isr=6.2857E-12 Nr=2.2000 Bv=7.9850 Ibv=20.000E-3 tt=33n Nbv=0.1 Tbv1=0.00051 Nbvl=15 Ibvl=2u Vpk=8.2 mfg=Rohm type=Zener)
.model TFZ9_1B D(Is=1.1981E-15 N=1.0216 Rs=50.641E-3 Ikf=.66743 Cjo=126.40E-12 M=.3523 Vj=.75881 Isr=6.2837E-12 Nr=2.4000 Bv=8.7900 Ibv=20.000E-3 tt=42n Nbv=0.2 Tbv1=0.00058 Nbvl=17 Ibvl=100n Vpk=9.1 mfg=Rohm type=Zener)
.model TFZ10B D(Is=824.32E-18 N=1.0124 Rs=62.063E-3 Ikf=.53609 Cjo=111.30E-12 M=.34776 Vj=.75942 Isr=11.141E-12 Nr=3.0000 Bv=9.6550 Ibv=20.000E-3 tt=53n Nbv=0.15 Tbv1=0.0006 Nbvl=15 Ibvl=30n Vpk=10 mfg=Rohm type=Zener)
.model TFZ11B D(Is=810.63E-18 N=1.0121 Rs=62.795E-3 Ikf=.4655 Cjo=95.700E-12 M=.3469 Vj=.76095 Isr=10.710E-12 Nr=3.1000 Bv=10.775 Ibv=10.000E-3 tt=77n Nbv=0.2 Tbv1=0.00066 Vpk=11 mfg=Rohm type=Zener)
.model TFZ12B D(Is=1.1556E-15 N=1.0199 Rs=59.074E-3 Ikf=.40548 Cjo=86.000E-12 M=.34662 Vj=.76004 Isr=9.0809E-12 Nr=2.8000 Bv=11.735 Ibv=10.000E-3 tt=91n Nbv=0.2 Tbv1=0.00070 Vpk=12 mfg=Rohm type=Zener)
.model TFZ13B D(Is=894.48E-18 N=1.0197 Rs=52.459E-3 Ikf=.78903 Cjo=88.700E-12 M=.36613 Vj=.75915 Isr=12.500E-12 Nr=3.1000 Bv=12.880 Ibv=10.000E-3 tt=107n Nbv=0.2 Tbv1=0.00071 Vpk=13 mfg=Rohm type=Zener)
.model TFZ15B D(Is=856.98E-18 N=1.0189 Rs=58.944E-3 Ikf=.73049 Cjo=79.900E-12 M=.36106 Vj=.75106 Isr=11.854E-12 Nr=3.1000 Bv=14.255 Ibv=10.000E-3 tt=126n Nbv=0.3 Tbv1=0.00074 Vpk=15 mfg=Rohm type=Zener)
.model TFZ16B D(Is=954.34E-18 N=1.0205 Rs=48.973E-3 Ikf=.79432 Cjo=72.200E-12 M=.35801 Vj=.75995 Isr=5.4636E-12 Nr=2.9000 Bv=15.645 Ibv=10.000E-3 tt=137n Nbv=0.2 Tbv1=0.00075 Vpk=16 mfg=Rohm type=Zener)
.model TFZ18B D(Is=608.54E-18 N=1.0090 Rs=54.041E-3 Ikf=.60117 Cjo=65.300E-12 M=.35764 Vj=.77193 Isr=3.5679E-12 Nr=2.4000 Bv=17.260 Ibv=10.000E-3 tt=165n Nbv=0.2 Tbv1=0.00076 Vpk=18 mfg=Rohm type=Zener)
.model TFZ20B D(Is=834.38E-18 N=1.0164 Rs=45.968E-3 Ikf=.67872 Cjo=58.800E-12 M=.35099 Vj=.76145 Isr=6.2140E-12 Nr=4.1 Bv=19.110 Ibv=10.000E-3 tt=185n Nbv=0.4 Tbv1=0.00079 Vpk=20 mfg=Rohm type=Zener)
.model TFZ22B D(Is=1.2399E-15 N=1.0240 Rs=50.666E-3 Ikf=.48358 Cjo=53.300E-12 M=.34758 Vj=.75688 Isr=1.9699E-12 Nr=2.8000 Bv=21.175 Ibv=5.0000E-3 tt=228n Nbv=0.4 Tbv1=0.00081 Vpk=22 mfg=Rohm type=Zener)
.model TFZ24B D(Is=1.6476E-15 N=1.0306 Rs=58.807E-3 Ikf=.47991 Cjo=48.400E-12 M=.34817 Vj=.7649 Isr=5.1565E-12 Nr=3.6000 Bv=23.190 Ibv=5.0000E-3 tt=243n Nbv=0.4 Tbv1=0.00082 Vpk=24 mfg=Rohm type=Zener)
.model TFZ27B D(Is=1.6247E-15 N=1.0309 Rs=54.713E-3 Ikf=.45484 Cjo=43.700E-12 M=.34809 Vj=.76092 Isr=2.1780E-12 Nr=2.8000 Bv=25.615 Ibv=5.0000E-3 tt=278n Nbv=0.4 Tbv1=0.00082 Vpk=27 mfg=Rohm type=Zener)
.model TFZ30B D(Is=1.4429E-15 N=1.0276 Rs=48.558E-3 Ikf=.4142 Cjo=40.200E-12 M=.34633 Vj=.75949 Isr=1.5170E-12 Nr=2.6 Bv=28.415 Ibv=5.0000E-3 tt=278n Nbv=0.3 Tbv1=0.00084 Vpk=30 mfg=Rohm type=Zener)
.model TFZ33B D(Is=2.1434E-15 N=1.0387 Rs=58.125E-3 Ikf=.40128 Cjo=36.600E-12 M=.34613 Vj=.75779 Isr=2.5076E-12 Nr=2.7000 Bv=31.100 Ibv=5.0000E-3 tt=336n Nbv=0.4 Tbv1=0.00084 Vpk=33 mfg=Rohm type=Zener)
.model TFZ36B D(Is=2.6929E-15 N=1.0442 Rs=54.412E-3 Ikf=.37899 Cjo=34.700E-12 M=.34754 Vj=.75641 Isr=2.0578E-12 Nr=2.7 Bv=33.640 Ibv=5.0000E-3 tt=335n Nbv=0.5 Tbv1=0.00085 Vpk=36 mfg=Rohm type=Zener)
.model TFZ39B D(Is=4.2675E-15 N=1.0582 Rs=54.885E-3 Ikf=.34301 Cjo=32.600E-12 M=.34409 Vj=.75393 Isr=1.2494E-12 Nr=3 Bv=36.275 Ibv=5.0000E-3 tt=370n Nbv=0.5 Tbv1=0.00095 Vpk=39 mfg=Rohm type=Zener)
.model TDZ6_2B D(Is=4.9011E-15 N=1.0147 Rs=67.206E-3 Ikf=14.124 Cjo=583.06E-12 M=.35837 Vj=.83781 Isr=79.981E-12 Bv=6.2000 Ibv=7.000E-3 tt=199.09E-9 Nbv=0.7 Tbv1=0.00025 Nbvl=7 Ibvl=3.0000E-3 Vpk=6.2 mfg=Rohm type=Zener)
.model TDZ6_8B D(Is=4.7242E-15 N=1.0113 Rs=83.089E-3 Ikf=15.311 Cjo=530.47E-12 M=.36315 Vj=.81876 Isr=65.597E-12 Bv=6.8000 Ibv=9.600E-3 tt=242.37E-9 Nbv=0.7 Tbv1=0.00035 Nbvl=8 Ibvl=4.0000E-4 Vpk=6.8 mfg=Rohm type=Zener)
.model TDZ7_5B D(Is=3.1414E-15 N=1.0193 Rs=44.588E-3 Ikf=14.882 Cjo=513.99E-12 M=.36568 Vj=.8307 Isr=77.741E-12 Bv=7.5000 Ibv=9.850E-3 tt=112.53E-9 Nbv=0.5 Tbv1=0.00048 Nbvl=9 Ibvl=1.5000E-4 Vpk=7.5 mfg=Rohm type=Zener)
.model TDZ8_2B D(Is=2.9538E-15 N=1.0187 Rs=.10193 Ikf=13.877 Cjo=479.99E-12 M=.3976 Vj=.81773 Isr=33.457E-12 Bv=8.2000 Ibv=9.9300E-3 tt=119.74E-9 Nbv=0.3 Tbv1=0.00038 Nbvl=8 Ibvl=7.000E-5 Vpk=8.2 mfg=Rohm type=Zener)
.model TDZ9_1B D(Is=3.2239E-15 N=1.0228 Rs=69.504E-3 Ikf=13.669 Cjo=372.45E-12 M=.3824 Vj=.81176 Isr=36.838E-12 Bv=9.1000 Ibv=9.990E-3 tt=327.49E-9 Nbv=0.3 Tbv1=0.00057 Nbvl=1 Ibvl=1.000E-5 Vpk=9.1 mfg=Rohm type=Zener)
.model TDZ10B D(Is=2.8220E-15 N=1.0174 Rs=75.945E-3 Ikf=13.673 Cjo=324.73E-12 M=.36608 Vj=.82798 Isr=54.921E-12 Bv=10 Ibv=10.000E-3 tt=258.24E-9 Nbv=0.2 Tbv1=0.0007 Vpk=10 mfg=Rohm type=Zener)
.model TDZ11B D(Is=2.8221E-15 N=1.0174 Rs=75.949E-3 Ikf=13.733 Cjo=297.31E-12 M=.35399 Vj=.81148 Isr=113.05E-12 Bv=11 Ibv=10.000E-3 tt=232.27E-9 Nbv=0.1 Tbv1=0.0007 Vpk=11 mfg=Rohm type=Zener)
.model TDZ12B D(Is=4.0298E-15 N=1.0245 Rs=.11087 Ikf=14.028 Cjo=268.66E-12 M=.345 Vj=.81161 Isr=73.639E-12 Bv=12 Ibv=10.000E-3 tt=447.24E-9 Nbv=0.2 Tbv1=0.0007 Vpk=12 mfg=Rohm type=Zener)
.model TDZ13B D(Is=4.1551E-15 N=1.0247 Rs=93.131E-3 Ikf=15.090 Cjo=243.20E-12 M=.36336 Vj=.80357 Isr=36.951E-12 Bv=13 Ibv=10.000E-3 tt=545.34E-9 Nbv=0.3 Tbv1=0.0007 Vpk=13 mfg=Rohm type=Zener)
.model TDZ15B D(Is=3.1832E-15 N=1.0254 Rs=88.208E-3 Ikf=12.327 Cjo=47.566E-12 M=.38387 Vj=.80945 Isr=31.807E-12 Bv=15 Ibv=10.000E-3 tt=217.85E-9 Nbv=0.3 Tbv1=0.0007 Vpk=15 mfg=Rohm type=Zener)
.model TDZ16B D(Is=3.4397E-15 N=1.0276 Rs=69.015E-3 Ikf=14.265 Cjo=206.78E-12 M=.36452 Vj=.82991 Isr=41.647E-12 Bv=16 Ibv=10.000E-3 tt=288.54E-9 Nbv=0.3 Tbv1=0.00077 Vpk=16 mfg=Rohm type=Zener)
.model TDZ18B D(Is=4.9900E-15 N=1.0354 Rs=46.341E-3 Ikf=15.671 Cjo=183.75E-12 M=.34057 Vj=.81213 Isr=36.646E-12 Bv=18 Ibv=10.000E-3 tt=467.43E-9 Nbv=0.3 Tbv1=0.0008 Vpk=18 mfg=Rohm type=Zener)
.model TDZ20B D(Is=8.5478E-15 N=1.0499 Rs=84.587E-3 Ikf=13.835 Cjo=183.79E-12 M=.3978 Vj=.82925 Isr=28.461E-12 Bv=20 Ibv=10.000E-3 tt=473.20E-9 Nbv=0.3 Tbv1=0.00064 Vpk=20 mfg=Rohm type=Zener)
.model TDZ22B D(Is=3.7812E-15 N=1.0265 Rs=72.087E-3 Ikf=14.531 Cjo=158.72E-12 M=.38822 Vj=.81441 Isr=30.789E-12 Bv=22 Ibv=10.000E-3 tt=307.29E-9 Nbv=0.3 Tbv1=0.00065 Vpk=22 mfg=Rohm type=Zener)
.model TDZ24B D(Is=3.5558E-15 N=1.0231 Rs=91.037E-3 Ikf=13.707 Cjo=135.92E-12 M=.34883 Vj=.82339 Isr=36.920E-12 Bv=24 Ibv=10.000E-3 tt=509.27E-9 Nbv=0.3 Tbv1=0.00075 Vpk=24 mfg=Rohm type=Zener)
.model TDZ27B D(Is=4.6657E-15 N=1.0321 Rs=.14391 Ikf=15.272 Cjo=126.39E-12 M=.34661 Vj=.8257 Isr=32.236E-12 Bv=27 Ibv=10.000E-3 tt=467.43E-9 Nbv=0.3 Tbv1=0.00075 Vpk=27 mfg=Rohm type=Zener)
.model TDZ30B D(Is=4.5055E-15 N=1.0301 Rs=94.841E-3 Ikf=14.702 Cjo=115.20E-12 M=.33266 Vj=.8018 Isr=30.417E-12 Bv=30 Ibv=10.000E-3 tt=520.81E-9 Nbv=0.3 Tbv1=0.00102 Vpk=30 mfg=Rohm type=Zener)
.model KDZ6_2B D(Is=7.7987E-15 N=1.0266 Rs=17.144E-3 Ikf=.79621 Cjo=666.04E-12 M=.33563 Vj=.8407 Isr=84.071E-12 Bv=6.5090 Ibv=39.600E-3 tt=239.49E-9 Nbv=0.3 Tbv1=0.00038 Nbvl=8.5 Ibvl=4.0000E-4 Vpk=6.2 mfg=Rohm type=Zener)
.model KDZ6_8B D(Is=7.1020E-15 N=1.0222 Rs=11.115E-3 Ikf=1.0862 Cjo=563.61E-12 M=.35923 Vj=.81761 Isr=65.997E-12 Bv=7.2800 Ibv=39.980E-3 tt=341.92E-9 Nbv=0.3 Tbv1=0.00045 Nbvl=8.3 Ibvl=2.0000E-5 Vpk=6.8 mfg=Rohm type=Zener)
.model KDZ7_5B D(Is=3.4288E-15 N=1.0206 Rs=12.931E-3 Ikf=.61872 Cjo=560.73E-12 M=.34193 Vj=.81058 Isr=81.587E-12 Bv=7.8890 Ibv=39.965E-3 tt=131.29E-9 Nbv=0.3 Tbv1=0.0005 Nbvl=9 Ibvl=3.5000E-5 Vpk=7.5 mfg=Rohm type=Zener)
.model KDZ8_2B D(Is=3.1583E-15 N=1.0183 Rs=16.062E-3 Ikf=.59571 Cjo=519.55E-12 M=.3635 Vj=.82173 Isr=36.317E-12 Bv=8.6550 Ibv=39.985E-3 tt=178.89E-9 Nbv=0.15 Tbv1=0.0006 Nbvl=3 Ibvl=1.5000E-5 Vpk=8.2 mfg=Rohm type=Zener)
.model KDZ9_1B D(Is=3.4312E-15 N=1.0205 Rs=27.663E-3 Ikf=.59218 Cjo=410.36E-12 M=.35044 Vj=.81548 Isr=39.439E-12 Bv=9.7470 Ibv=39.985E-3 tt=271.23E-9 Nbv=0.15 Tbv1=0.0006 Nbvl=1 Ibvl=1.5000E-5 Vpk=9.1 mfg=Rohm type=Zener)
.model KDZ10B D(Is=3.4887E-15 N=1.0201 Rs=13.663E-3 Ikf=.63395 Cjo=384.10E-12 M=.36185 Vj=.82234 Isr=57.536E-12 Bv=10.310 Ibv=39.985E-3 tt=337.59E-9 Nbv=0.15 Tbv1=0.00066 Nbvl=1 Ibvl=1.5000E-5 Vpk=10 mfg=Rohm type=Zener)
.model KDZ11B D(Is=3.5230E-15 N=1.0199 Rs=14.003E-3 Ikf=.57497 Cjo=343.03E-12 M=.34898 Vj=.82469 Isr=53.346E-12 Bv=11.510 Ibv=19.985E-3 tt=401.07E-9 Nbv=0.05 Tbv1=0.00072 Nbvl=0.5 Ibvl=1.5000E-5 Vpk=11 mfg=Rohm type=Zener)
.model KDZ12B D(Is=6.1497E-15 N=1.0456 Rs=11.352E-3 Ikf=.87678 Cjo=341.56E-12 M=.37091 Vj=.80255 Isr=69.166E-12 Bv=12.500 Ibv=19.985E-3 tt=187.55E-9 Nbv=0.05 Tbv1=0.00065 Nbvl=0.6 Ibvl=1.5000E-5 Vpk=12 mfg=Rohm type=Zener)
.model KDZ13B D(Is=4.4789E-15 N=1.0330 Rs=12.989E-3 Ikf=.78343 Cjo=301.84E-12 M=.37289 Vj=.81299 Isr=36.650E-12 Bv=13.820 Ibv=19.985E-3 tt=252.47E-9 Nbv=0.05 Tbv1=0.00068 Nbvl=0.4 Ibvl=1.5000E-5 Vpk=13 mfg=Rohm type=Zener)
.model KDZ15B D(Is=3.8211E-15 N=1.0248 Rs=20.518E-3 Ikf=.76979 Cjo=283.29E-12 M=.38849 Vj=.80937 Isr=26.473E-12 Bv=15.350 Ibv=19.985E-3 tt=333.26E-9 Nbv=0.05 Tbv1=0.00072 Nbvl=0.4 Ibvl=1.5000E-5 Vpk=15 mfg=Rohm type=Zener)
.model KDZ16B D(Is=3.9175E-15 N=1.0252 Rs=15.777E-3 Ikf=.75576 Cjo=230.36E-12 M=.339 Vj=.80022 Isr=44.928E-12 Bv=16.860 Ibv=20.000E-3 tt=377.99E-9 Nbv=0.05 Tbv1=0.00075 Vpk=16 mfg=Rohm type=Zener)
.model KDZ18B D(Is=3.9180E-15 N=1.0250 Rs=16.124E-3 Ikf=.756 Cjo=218.84E-12 M=.35823 Vj=.83364 Isr=35.166E-12 Bv=19 Ibv=20.000E-3 tt=434.25E-9 Nbv=0.05 Tbv1=0.00067 Vpk=18 mfg=Rohm type=Zener)
.model KDZ20B D(Is=4.7057E-15 N=1.0322 Rs=15.226E-3 Ikf=.64872 Cjo=197.80E-12 M=.34995 Vj=.8302 Isr=31.006E-12 Bv=20.820 Ibv=20.000E-3 tt=538.13E-9 Nbv=0.05 Tbv1=0.00074 Vpk=20 mfg=Rohm type=Zener)
.model KDZ22B D(Is=6.3336E-15 N=1.0394 Rs=11.998E-3 Ikf=.62572 Cjo=181.19E-12 M=.37072 Vj=.82527 Isr=32.969E-12 Bv=23.850 Ibv=10.000E-3 tt=523.70E-9 Nbv=0.05 Tbv1=0.00074 Vpk=22 mfg=Rohm type=Zener)
.model KDZ24B D(Is=5.6942E-15 N=1.0353 Rs=7.2332E-3 Ikf=.53216 Cjo=158.28E-12 M=.32594 Vj=.81773 Isr=38.915E-12 Bv=25.310 Ibv=10.000E-3 tt=509.27E-9 Nbv=0.05 Tbv1=0.0008 Vpk=24 mfg=Rohm type=Zener)
.model KDZ27B D(Is=5.4090E-15 N=1.0328 Rs=8.4497E-3 Ikf=.54146 Cjo=145.86E-12 M=.35006 Vj=.80706 Isr=30.905E-12 Bv=28.700 Ibv=10.000E-3 tt=562.65E-9 Nbv=0.05 Tbv1=0.00059 Vpk=27 mfg=Rohm type=Zener)
.model KDZ30B D(Is=5.3639E-15 N=1.0321 Rs=11.693E-3 Ikf=.50376 Cjo=132.61E-12 M=.35521 Vj=.81557 Isr=24.732E-12 Bv=31.570 Ibv=10.000E-3 tt=637.67E-9 Nbv=0.05 Tbv1=0.00083 Vpk=30 mfg=Rohm type=Zener)
.model KDZ33B D(Is=11.150E-15 N=1.0554 Rs=9.5085E-3 Ikf=.49319 Cjo=129.36E-12 M=.34715 Vj=.81627 Isr=31.652E-12 Bv=34.950 Ibv=10.000E-3 tt=605.93E-9 Nbv=0.05 Tbv1=0.00085 Vpk=33 mfg=Rohm type=Zener)
.model KDZ36B D(Is=22.137E-15 N=1.0777 Rs=4.7841E-3 Ikf=.4052 Cjo=126.75E-12 M=.38653 Vj=.85698 Isr=22.958E-12 Bv=39.240 Ibv=10.000E-3 tt=565.54E-9 Nbv=0.05 Tbv1=0.00087 Vpk=36 mfg=Rohm type=Zener)
.model PTZ6_2B D(Is=7.7987E-15 N=1.0266 Rs=17.144E-3 Ikf=.79621 Cjo=666.04E-12 M=.33563 Vj=.8407 Isr=84.071E-12 Bv=6.5090 Ibv=39.600E-3 tt=239.49E-9 Nbv=0.3 Tbv1=0.00038 Nbvl=8.5 Ibvl=4.0000E-4 Vpk=6.2 mfg=Rohm type=Zener)
.model PTZ6_8B D(Is=7.1020E-15 N=1.0222 Rs=11.115E-3 Ikf=1.0862 Cjo=563.61E-12 M=.35923 Vj=.81761 Isr=65.997E-12 Bv=7.2500 Ibv=39.980E-3 tt=341.92E-9 Nbv=0.3 Tbv1=0.00045 Nbvl=8.3 Ibvl=2.0000E-5 Vpk=6.8 mfg=Rohm type=Zener)
.model PTZ7_5B D(Is=3.4288E-15 N=1.0206 Rs=12.931E-3 Ikf=.61872 Cjo=560.73E-12 M=.34193 Vj=.81058 Isr=81.587E-12 Bv=7.8890 Ibv=39.965E-3 tt=131.29E-9 Nbv=0.3 Tbv1=0.0005 Nbvl=9 Ibvl=3.5000E-5 Vpk=7.5 mfg=Rohm type=Zener)
.model PTZ8_2B D(Is=3.1583E-15 N=1.0183 Rs=16.062E-3 Ikf=.59571 Cjo=519.55E-12 M=.3635 Vj=.82173 Isr=36.317E-12 Bv=8.6550 Ibv=39.985E-3 tt=178.89E-9 Nbv=0.15 Tbv1=0.0006 Nbvl=3 Ibvl=1.5000E-5 Vpk=8.2 mfg=Rohm type=Zener)
.model PTZ9_1B D(Is=3.4312E-15 N=1.0205 Rs=27.663E-3 Ikf=.59218 Cjo=410.36E-12 M=.35044 Vj=.81548 Isr=39.439E-12 Bv=9.7470 Ibv=39.985E-3 tt=271.23E-9 Nbv=0.15 Tbv1=0.0006 Nbvl=1 Ibvl=1.5000E-5 Vpk=9.1 mfg=Rohm type=Zener)
.model PTZ10B D(Is=3.4887E-15 N=1.0201 Rs=13.663E-3 Ikf=.63395 Cjo=384.10E-12 M=.36185 Vj=.82234 Isr=57.536E-12 Bv=10.310 Ibv=39.985E-3 tt=337.59E-9 Nbv=0.15 Tbv1=0.00066 Nbvl=1 Ibvl=1.5000E-5 Vpk=10 mfg=Rohm type=Zener)
.model PTZ11B D(Is=3.5230E-15 N=1.0199 Rs=14.003E-3 Ikf=.57497 Cjo=343.03E-12 M=.34898 Vj=.82469 Isr=53.346E-12 Bv=11.510 Ibv=19.985E-3 tt=401.07E-9 Nbv=0.05 Tbv1=0.00072 Nbvl=0.5 Ibvl=1.5000E-5 Vpk=11 mfg=Rohm type=Zener)
.model PTZ12B D(Is=6.1497E-15 N=1.0456 Rs=11.352E-3 Ikf=.87678 Cjo=341.56E-12 M=.37091 Vj=.80255 Isr=69.166E-12 Bv=12.500 Ibv=19.985E-3 tt=187.55E-9 Nbv=0.05 Tbv1=0.00065 Nbvl=0.6 Ibvl=1.5000E-5 Vpk=12 mfg=Rohm type=Zener)
.model PTZ13B D(Is=4.4789E-15 N=1.0330 Rs=12.989E-3 Ikf=.78343 Cjo=301.84E-12 M=.37289 Vj=.81299 Isr=36.650E-12 Bv=13.820 Ibv=19.985E-3 tt=252.47E-9 Nbv=0.05 Tbv1=0.00068 Nbvl=0.4 Ibvl=1.5000E-5 Vpk=13 mfg=Rohm type=Zener)
.model PTZ15B D(Is=3.8211E-15 N=1.0248 Rs=20.518E-3 Ikf=.76979 Cjo=283.29E-12 M=.38849 Vj=.80937 Isr=26.473E-12 Bv=15.350 Ibv=19.985E-3 tt=333.26E-9 Nbv=0.05 Tbv1=0.00072 Nbvl=0.4 Ibvl=1.5000E-5 Vpk=15 mfg=Rohm type=Zener)
.model PTZ16B D(Is=3.9175E-15 N=1.0252 Rs=15.777E-3 Ikf=.75576 Cjo=230.36E-12 M=.339 Vj=.80022 Isr=44.928E-12 Bv=16.860 Ibv=20.000E-3 tt=377.99E-9 Nbv=0.05 Tbv1=0.00075 Vpk=16 mfg=Rohm type=Zener)
.model PTZ18B D(Is=4.5011E-15 N=1.0308 Rs=13.124E-3 Ikf=.69669 Cjo=218.84E-12 M=.35823 Vj=.83364 Isr=35.166E-12 Bv=19 Ibv=20.000E-3 tt=434.25E-9 Nbv=0.05 Tbv1=0.00067 Vpk=18 mfg=Rohm type=Zener)
.model PTZ20B D(Is=4.7057E-15 N=1.0322 Rs=15.226E-3 Ikf=.64872 Cjo=197.80E-12 M=.34995 Vj=.8302 Isr=31.006E-12 Bv=20.820 Ibv=20.000E-3 tt=538.13E-9 Nbv=0.05 Tbv1=0.00074 Vpk=20 mfg=Rohm type=Zener)
.model PTZ22B D(Is=6.3336E-15 N=1.0394 Rs=11.998E-3 Ikf=.62572 Cjo=181.19E-12 M=.37072 Vj=.82527 Isr=32.969E-12 Bv=23.850 Ibv=10.000E-3 tt=523.70E-9 Nbv=0.05 Tbv1=0.00074 Vpk=22 mfg=Rohm type=Zener)
.model PTZ24B D(Is=5.6942E-15 N=1.0353 Rs=7.2332E-3 Ikf=.53216 Cjo=158.28E-12 M=.32594 Vj=.81773 Isr=38.915E-12 Bv=25.310 Ibv=10.000E-3 tt=509.27E-9 Nbv=0.05 Tbv1=0.0008 Vpk=24 mfg=Rohm type=Zener)
.model PTZ27B D(Is=5.4090E-15 N=1.0328 Rs=8.4497E-3 Ikf=.54146 Cjo=145.86E-12 M=.35006 Vj=.80706 Isr=30.905E-12 Bv=28.700 Ibv=10.000E-3 tt=562.65E-9 Nbv=0.05 Tbv1=0.00059 Vpk=27 mfg=Rohm type=Zener)
.model PTZ30B D(Is=5.3639E-15 N=1.0321 Rs=11.693E-3 Ikf=.50376 Cjo=132.61E-12 M=.35521 Vj=.81557 Isr=24.732E-12 Bv=31.570 Ibv=10.000E-3 tt=637.67E-9 Nbv=0.05 Tbv1=0.00083 Vpk=30 mfg=Rohm type=Zener)
.model PTZ33B D(Is=11.155E-15 N=1.0554 Rs=9.5085E-3 Ikf=.49319 Cjo=129.36E-12 M=.34715 Vj=.81627 Isr=31.652E-12 Bv=34.950 Ibv=10.000E-3 tt=605.93E-9 Nbv=0.05 Tbv1=0.00085 Vpk=33 mfg=Rohm type=Zener)
.model PTZ36B D(Is=22.137E-15 N=1.0777 Rs=4.7841E-3 Ikf=.4052 Cjo=126.75E-12 M=.38653 Vj=.85698 Isr=22.958E-12 Bv=39.240 Ibv=10.000E-3 tt=565.54E-9 Nbv=0.05 Tbv1=0.00087 Vpk=36 mfg=Rohm type=Zener)
.model UMZ6_2K D(Is=235.19E-18 N=1.0349 Rs=.20667 Ikf=5.7211 Cjo=21.599E-12 M=.35129 Vj=.80122 Isr=79.860E-12 Bv=6.1950 Ibv=4.9900E-3 tt=180.34E-9 Nbv=0.3 Tbv1=0.0004 Nbvl=2 Ibvl=1.0000E-5 Vpk=6.2 mfg=Rohm type=Zener)
.model UMZ6_8K D(Is=153.73E-18 N=1.0159 Rs=.1572 Ikf=.15869 Cjo=18.108E-12 M=.35314 Vj=.80037 Isr=66.267E-12 Bv=6.7900 Ibv=4.9900E-3 tt=216.40E-9 Nbv=0.3 Tbv1=0.00048 Nbvl=1 Ibvl=1.0000E-5 Vpk=6.8 mfg=Rohm type=Zener)
.model UMZ7_5K D(Is=274.56E-18 N=1.0340 Rs=.20961 Ikf=17.513 Cjo=26.305E-12 M=.46417 Vj=.80887 Isr=65.574E-12 Bv=7.4400 Ibv=4.9900E-3 tt=72.135E-9 Nbv=0.3 Tbv1=0.00043 Nbvl=1 Ibvl=1.0000E-5 Vpk=7.5 mfg=Rohm type=Zener)
.model UMZ8_2K D(Is=115.85E-18 N=1.0103 Rs=.14382 Ikf=.27485 Cjo=24.763E-12 M=.4108 Vj=.80536 Isr=32.871E-12 Bv=8.1900 Ibv=4.9900E-3 tt=105.32E-9 Nbv=0.2 Tbv1=0.0006 Nbvl=0.5 Ibvl=1.0000E-5 Vpk=8.2 mfg=Rohm type=Zener)
.model UMZ9_1K D(Is=164.04E-18 N=1.0167 Rs=.16158 Ikf=.23257 Cjo=21.570E-12 M=.38366 Vj=.80243 Isr=36.598E-12 Bv=9.0400 Ibv=4.9900E-3 tt=173.12E-9 Nbv=0.2 Tbv1=0.0007 Nbvl=0.5 Ibvl=1.0000E-5 Vpk=9.1 mfg=Rohm type=Zener)
.model UMZ10K D(Is=83.654E-18 N=.99917 Rs=.15635 Ikf=.21122 Cjo=19.359E-12 M=.38193 Vj=.82548 Isr=54.217E-12 Bv=9.9900 Ibv=5.0000E-3 tt=194.76E-9 Nbv=0.2 Tbv1=0.0007 Vpk=10 mfg=Rohm type=Zener)
.model UMZ11K D(Is=173.67E-18 N=1.0168 Rs=.13148 Ikf=.2012 Cjo=16.768E-12 M=.36528 Vj=.80574 Isr=50.931E-12 Bv=10.990 Ibv=5.0000E-3 tt=232.27E-9 Nbv=0.3 Tbv1=0.0005 Vpk=11 mfg=Rohm type=Zener)
.model UMZ12K D(Is=112.28E-18 N=1.0073 Rs=.15838 Ikf=.18575 Cjo=15.408E-12 M=.42921 Vj=.81687 Isr=59.989E-12 Bv=11.990 Ibv=5.0000E-3 tt=238.04E-9 Nbv=0.3 Tbv1=0.00065 Vpk=12 mfg=Rohm type=Zener)
.model UMZ13K D(Is=187.47E-18 N=1.0159 Rs=.12674 Ikf=.16247 Cjo=14.336E-12 M=.35026 Vj=.8167 Isr=38.920E-12 Bv=13.200 Ibv=5.0000E-3 tt=245.26E-9 Nbv=0.3 Tbv1=0.00065 Vpk=13 mfg=Rohm type=Zener)
.model UMZ15K D(Is=157.00E-18 N=1.0165 Rs=.16618 Ikf=.22715 Cjo=17.137E-12 M=.35254 Vj=.82377 Isr=29.361E-12 Bv=14.660 Ibv=5.0000E-3 tt=187.55E-9 Nbv=0.3 Tbv1=0.0007 Vpk=15 mfg=Rohm type=Zener)
.model UMZ16K D(Is=178.09E-18 N=1.0167 Rs=.14365 Ikf=.19732 Cjo=16.047E-12 M=.35577 Vj=.80638 Isr=42.998E-12 Bv=16.180 Ibv=5.0000E-3 tt=201.98E-9 Nbv=0.3 Tbv1=0.00078 Vpk=16 mfg=Rohm type=Zener)
.model UMZ18K D(Is=147.56E-18 N=1.0123 Rs=.20289 Ikf=.16958 Cjo=13.986E-12 M=.3554 Vj=.80787 Isr=35.079E-12 Bv=17.955 Ibv=5.0000E-3 tt=266.90E-9 Nbv=0.3 Tbv1=0.00073 Vpk=18 mfg=Rohm type=Zener)
.model UMZ20K D(Is=244.09E-18 N=1.0261 Rs=.1596 Ikf=.19191 Cjo=12.205E-12 M=.31337 Vj=.80441 Isr=35.889E-12 Bv=19.955 Ibv=5.0000E-3 tt=249.59E-9 Nbv=0.3 Tbv1=0.00065 Vpk=20 mfg=Rohm type=Zener)
.model UMZ22K D(Is=142.50E-18 N=1.0079 Rs=.15528 Ikf=.15895 Cjo=11.725E-12 M=.3399 Vj=.80928 Isr=36.017E-12 Bv=22.005 Ibv=5.0000E-3 tt=274.11E-9 Nbv=0.3 Tbv1=0.00067 Vpk=22 mfg=Rohm type=Zener)
.model UMZ24K D(Is=219.14E-18 N=1.0173 Rs=.14538 Ikf=.15372 Cjo=10.725E-12 M=.34647 Vj=.80059 Isr=36.196E-12 Bv=24.250 Ibv=5.0000E-3 tt=255.36E-9 Nbv=0.3 Tbv1=0.00095 Vpk=24 mfg=Rohm type=Zener)
.model UMZ27K D(Is=280.99E-18 N=1.0259 Rs=.1503 Ikf=.14008 Cjo=9.6438E-12 M=.32672 Vj=.81913 Isr=33.534E-12 Bv=26.860 Ibv=5.0000E-3 tt=265.46E-9 Nbv=0.3 Tbv1=0.00075 Vpk=27 mfg=Rohm type=Zener)
.model UMZ30K D(Is=517.48E-18 N=1.0424 Rs=.19251 Ikf=.13647 Cjo=9.0937E-12 M=.32393 Vj=.8043 Isr=27.367E-12 Bv=29.940 Ibv=5.0000E-3 tt=317.39E-9 Nbv=0.3 Tbv1=0.00086 Vpk=30 mfg=Rohm type=Zener)
.model UMZ33K D(Is=433.51E-18 N=1.0379 Rs=.15719 Ikf=.11591 Cjo=8.2934E-12 M=.33272 Vj=.80853 Isr=33.171E-12 Bv=32.970 Ibv=5.0000E-3 tt=346.25E-9 Nbv=0.3 Tbv1=0.00084 Vpk=33 mfg=Rohm type=Zener)
.model UMZ36K D(Is=461.08E-18 N=1.0356 Rs=.14319 Ikf=.12695 Cjo=8.4336E-12 M=.34393 Vj=.81062 Isr=26.145E-12 Bv=35.970 Ibv=5.0000E-3 tt=317.39E-9 Nbv=0.3 Tbv1=0.00084 Vpk=36 mfg=Rohm type=Zener)
.model RB050L-40 D(Is=1.2695u N=1.076 Rs=20.664m Ikf=1.175 Xti=2 Eg=.69 Cjo=648.17p M=537.64m Vj=471.26m Isr=425.28n Bv=40 Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RB050L-60 D(Is=1.0228u N=1.011 Rs=48.012m Ikf=2.526 Xti=2 Eg=.69 Cjo=600p M=599.21m Vj=753.42m Isr=539.19n Nr=1.3 Bv=60 Trs1=3m Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RB055L-30 D(Is=684.81n N=1.024 Rs=44.953m Ikf=25.76 Xti=2 Eg=.69 Cjo=400.26p M=530.71m Vj=453.2m Isr=386.49n Bv=30 Iave=3 Vpk=30 mfg=Rohm type=Schottky)
.model RB055L-40 D(Is=676.6n N=1.025 Rs=51m Ikf=39.34 Xti=2 Eg=.69 Cjo=334.8p M=527m Vj=460m Isr=287.38n Bv=40 Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RB055L-60 D(Is=1.5832u N=1.153 Rs=29.381m Ikf=136.06m Xti=2 Eg=.55 Cjo=270p M=516.26m Vj=552.01m Isr=304.34n Nr=1.2 Bv=60 Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RB056L-40 D(Is=457.77n N=1.012 Rs=61.964m Ikf=781.58m Xti=2 Eg=.56 Cjo=282p M=612.64m Vj=750.58m Isr=332.67n Nr=1.3 Bv=40 Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RB058L150 D(Is=31.521n N=1.276 Rs=8.398m Ikf=53.566m Xti=2 Eg=.67 Cjo=217p M=487.36m Vj=526.51m Isr=4.848n Nr=1.5 Bv=150 Trs1=-0.002 Tikf=10m Iave=3 Vpk=150 mfg=Rohm type=Schottky)
.model RB058L-30 D(Is=10.614n N=1.038 Rs=8.2723m Ikf=2.195 Xti=2 Eg=.83 Cjo=610p M=496.63m Vj=592.12m Isr=12.707n Nr=1.25 Bv=30 Trs1=-0.00011 Iave=3 Vpk=30 mfg=Rohm type=Schottky)
.model RB058L-40 D(Is=7.4432n N=987.67m Rs=12.11m Ikf=330.32m Xti=2 Eg=.75 Cjo=800p M=564.13m Vj=515.09m Isr=6.7557n Nr=1.2 Bv=40 Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RB058L-60 D(Is=29.242n N=1.069 Rs=8.9223m Ikf=424.44m Xti=2 Eg=.75 Cjo=683.5p M=506.68m Vj=501.02m Isr=8.8232n Nr=1.25 Bv=60 Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RB060L-40 D(Is=388.99n N=957.11m Rs=31.245m Ikf=826.05m Xti=2 Eg=.69 Cjo=542.24p M=555.4m Vj=833.72m Isr=604.4n Bv=40 Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RB060M-30 D(Is=684.81n N=1.024 Rs=44.953m Ikf=25.76 Xti=2 Eg=.69 Cjo=400.26p M=530.71m Vj=453.2m Isr=386.49n Bv=30 Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RB060M-40 D(Is=676.58n N=1.025 Rs=51.041m Ikf=39.34 Xti=2 Eg=.67 Cjo=330p M=524.91m Vj=514.32m Isr=354.57n Nr=1.3 Bv=40 Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RB060M-60 D(Is=464.87n N=1.008 Rs=58.719m Ikf=181.22m Xti=2 Eg=.69 Cjo=290.25p M=595.92m Vj=760.36m Isr=279.5n Nr=1.1 Bv=60 Trs1=2m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RB060MM-30 D(Is=684.81n N=1.024 Rs=44.953m Ikf=25.76 Xti=2 Eg=.69 Cjo=400.26p M=530.71m Vj=453.2m Isr=386.49n Bv=30 Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RB060MM-40 D(Is=602.87n N=1.007 Rs=52.387m Ikf=101.7 Xti=2 Eg=.64 Cjo=314.7p M=512.89m Vj=512.36m Isr=475.86n Nr=1.25 Bv=40 Trs1=4.89m Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RB060MM-60 D(Is=464.87n N=1.008 Rs=58.719m Ikf=181.22m Xti=2 Eg=.69 Cjo=290.25p M=595.92m Vj=760.36m Isr=279.5n Nr=1.1 Bv=60 Trs1=2m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RB068L100 D(Is=13.893n N=1.013 Rs=12.895m Ikf=114.01m Xti=2 Eg=.8 Cjo=403p M=548.4m Vj=766.98m Isr=21.684n Nr=1.4 Bv=100 Iave=2 Vpk=100 mfg=Rohm type=Schottky)
.model RB068L150 D(Is=31.521n N=1.276 Rs=8.398m Ikf=53.566m Xti=2 Eg=.67 Cjo=217p M=487.36m Vj=526.51m Isr=4.848n Nr=1.5 Bv=150 Trs1=-0.002 Tikf=10m Iave=2 Vpk=150 mfg=Rohm type=Schottky)
.model RB068L-40 D(Is=7.8575n N=1.047 Rs=19.393m Ikf=308.26m Xti=2 Eg=.82 Cjo=327p M=516.58m Vj=509.86m Isr=2.5423n Nr=1.2 Bv=40 Trs1=8m Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RB068L-60 D(Is=27.489n N=1.11 Rs=10.429m Ikf=175.32m Xti=2 Eg=.74 Cjo=340p M=504.64m Vj=673.6m Isr=4.7333n Nr=1.2 Bv=60 Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RB068M-40 D(Is=16.708n N=1.078 Rs=20.272m Ikf=111.25m Xti=2 Eg=.74 Cjo=246p M=486.39m Vj=502.86m Isr=1.1258n Nr=1.2 Bv=40 Trs1=-0.002 Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RB068M-60 D(Is=6.9603n N=1.026 Rs=20.447m Ikf=67.536m Xti=2 Eg=.69 Cjo=206p M=505.48m Vj=560.77m Isr=2.3017n Nr=1.25 Bv=60 Trs1=-0.002 Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RB068MM-40 D(Is=16.708n N=1.078 Rs=20.272m Ikf=111.25m Xti=2 Eg=.74 Cjo=246p M=486.39m Vj=502.86m Isr=1.1258n Nr=1.2 Bv=40 Trs1=-0.002 Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RB068MM-60 D(Is=12.325n N=1.043 Rs=70.61m Ikf=648.56m Xti=2 Eg=.69 Cjo=206p M=506.11m Vj=563.61m Isr=3.5427n Nr=1.45 Bv=60 Trs1=-0.001 Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RB070M-30 D(Is=528.86n N=1.023 Rs=21.177m Ikf=653.01m Xti=2 Eg=.69 Cjo=333.11p M=542.37m Vj=458.94m Isr=470.75n Bv=30 Iave=1.5 Vpk=30 mfg=Rohm type=Schottky)
.model RB070MM-30 D(Is=528.86n N=1.023 Rs=21.177m Ikf=653.01m Xti=2 Eg=.69 Cjo=333.11p M=542.37m Vj=458.94m Isr=470.75n Bv=30 Iave=1.5 Vpk=30 mfg=Rohm type=Schottky)
.model RB080L-30 D(Is=1.1561u N=992.52m Rs=611.84u Ikf=897.58m Xti=2 Eg=.69 Cjo=1.1025n M=587.36m Vj=617.67m Isr=651.47n Nr=1.6 Bv=30 Iave=5 Vpk=30 mfg=Rohm type=Schottky)
.model RB160L-40 D(Is=326.48n N=1.015 Rs=73.896m Ikf=479.33m Xti=2 Eg=.69 Cjo=184.1p M=482.71m Vj=404.89m Isr=131.68n Bv=40 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB160L-60 D(Is=180.92n N=1.03 Rs=69.951m Ikf=182.04m Xti=2 Eg=.69 Cjo=185.1p M=493.32m Vj=439.84m Isr=150.75n Bv=60 Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB160L-90 D(Is=233.4n N=922.01m Rs=193.64m Ikf=31.868m Xti=2 Eg=.65 Cjo=140.9p M=581.66m Vj=898.59m Isr=118.39n Bv=95 Iave=1 Vpk=95 mfg=Rohm type=Schottky)
.model RB160M-30 D(Is=1.6002u N=1.036 Rs=42.605m Ikf=442.2m Xti=2 Eg=.69 Cjo=294.15p M=514.09m Vj=414.65m Isr=374.04n Bv=30 Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RB160M-40 D(Is=457.77n N=1.012 Rs=61.964m Ikf=781.58m Xti=2 Eg=.56 Cjo=282p M=612.64m Vj=750.58m Isr=332.67n Nr=1.3 Bv=40 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB160M-60 D(Is=245.71n N=938.92m Rs=56.215m Ikf=46.87m Xti=2 Eg=.65 Cjo=209.47p M=516.6m Vj=422.73m Isr=214.58n Nr=1.7 Bv=60 Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB160M-90 D(Is=233.4n N=922.01m Rs=193.64m Ikf=31.868m Xti=2 Eg=.65 Cjo=141.32p M=511.03m Vj=541.63m Isr=121.15n Bv=90 Iave=1 Vpk=90 mfg=Rohm type=Schottky)
.model RB160MM-30 D(Is=1.6002u N=1.036 Rs=42.605m Ikf=442.2m Xti=2 Eg=.69 Cjo=294.15p M=514.09m Vj=414.65m Isr=374.04n Bv=30 Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RB160MM-40 D(Is=133.65n N=952.77m Rs=63.592m Ikf=5.139 Xti=2 Eg=.51 Cjo=280.52p M=628.35m Vj=711.37m Isr=164.28n Nr=1.2 Bv=40 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB160MM-60 D(Is=245.71n N=938.92m Rs=56.215m Ikf=46.87m Xti=2 Eg=.65 Cjo=209.47p M=516.6m Vj=422.73m Isr=214.58n Nr=1.7 Bv=60 Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB160MM-90 D(Is=233.4n N=922.01m Rs=193.64m Ikf=31.868m Xti=2 Eg=.65 Cjo=141.32p M=511.03m Vj=541.63m Isr=121.15n Bv=90 Iave=1 Vpk=90 mfg=Rohm type=Schottky)
.model RB160VA-40 D(Is=106.6n N=999.22m Rs=99.978m Ikf=79.879m Xti=2 Eg=.52 Cjo=130p M=569.72m Vj=693.22m Isr=148.23n Nr=1.1 Bv=40 Trs1=-0.00289 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB160VA-60 D(Is=325.7n N=1.091 Rs=196.88m Ikf=43.68 Xti=2 Eg=.50 Cjo=114p M=478.22m Vj=502.46m Isr=275.81n Nr=1.1 Bv=60 Trs1=2.39m Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB160VYM-40 D(Is=106.6n N=999.22m Rs=99.978m Ikf=79.879m Xti=2 Eg=.52 Cjo=130p M=569.72m Vj=693.22m Isr=148.23n Nr=1.1 Bv=40 Trs1=-0.00289 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB160VYM-60 D(Is=325.7n N=1.091 Rs=196.88m Ikf=43.68 Xti=2 Eg=.50 Cjo=114p M=478.22m Vj=502.46m Isr=275.81n Nr=1.1 Bv=60 Trs1=2.39m Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB161MM-20 D(Is=47.873u N=1.067 Rs=12.756m Ikf=474.78m Xti=2 Eg=.55 Cjo=350.27p M=603.49m Vj=640.83m Isr=18.739u Bv=25 Iave=1 Vpk=25 mfg=Rohm type=Schottky)
.model RB162L-40 D(Is=147.83n N=1.021 Rs=67.282m Ikf=275.95m Xti=2 Eg=.69 Cjo=170p M=560.04m Vj=783.67m Isr=119.96n Nr=1.3 Bv=40 Trs1=3m Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB162L-60 D(Is=239.63n N=988.85m Rs=79.949m Ikf=116.77m Xti=2 Eg=.69 Cjo=160p M=571.38m Vj=752.16m Isr=211.24n Nr=1.5 Bv=60 Trs1=3m Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB162M-30 D(Is=465.99n N=1.016 Rs=51.019m Ikf=22.31 Xti=2 Eg=.58 Cjo=237p M=529.25m Vj=504.5m Isr=476.86n Nr=1.34 Bv=30 Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RB162M-40 D(Is=147.83n N=1.021 Rs=67.282m Ikf=275.95m Xti=2 Eg=.69 Cjo=170p M=560.04m Vj=783.67m Isr=119.96n Nr=1.3 Bv=40 Trs1=3m Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB162M-60 D(Is=239.63n N=988.85m Rs=79.949m Ikf=116.77m Xti=2 Eg=.69 Cjo=160p M=571.38m Vj=752.16m Isr=211.24n Nr=1.5 Bv=60 Trs1=3m Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB162MM-30 D(Is=465.99n N=1.016 Rs=51.019m Ikf=22.31 Xti=2 Eg=.58 Cjo=237p M=529.25m Vj=504.5m Isr=476.86n Nr=1.34 Bv=30 Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RB162MM-40 D(Is=246.35n N=1 Rs=74.598m Ikf=166.87m Xti=2 Eg=.69 Cjo=150p M=552.43m Vj=773.13m Isr=203.53n Nr=1.6 Bv=40 Trs1=3m Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB162MM-60 D(Is=239.63n N=988.85m Rs=79.949m Ikf=116.77m Xti=2 Eg=.69 Cjo=160p M=571.38m Vj=752.16m Isr=211.24n Nr=1.5 Bv=60 Trs1=3m Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB168L100 D(Is=14.601n N=1.248 Rs=22.4m Ikf=33.987m Xti=2 Eg=.90 Cjo=140p M=510.3m Vj=593.53m Isr=1.6332n Nr=1.3 Bv=100 Tikf=10m Trs1=-0.00153 Iave=1 Vpk=100 mfg=Rohm type=Schottky)
.model RB168L150 D(Is=30.319n N=1.286 Rs=24.514m Ikf=12.783m Xti=2 Eg=.71 Cjo=95.3p M=485.85m Vj=530.18m Isr=876.31p Nr=1.1 Bv=150 Iave=1 Vpk=150 mfg=Rohm type=Schottky)
.model RB168L-40 D(Is=16.708n N=1.078 Rs=20.272m Ikf=111.25m Xti=2 Eg=.74 Cjo=246p M=486.39m Vj=502.86m Isr=1.1258n Nr=1.2 Bv=40 Trs1=-0.002 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB168L-60 D(Is=6.9603n N=1.026 Rs=20.447m Ikf=67.536m Xti=2 Eg=.69 Cjo=206p M=505.48m Vj=560.77m Isr=2.3017n Nr=1.25 Bv=60 Trs1=-0.002 Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB168M150 D(Is=30.319n N=1.286 Rs=24.514m Ikf=12.783m Xti=2 Eg=.71 Cjo=95.3p M=485.85m Vj=530.18m Isr=876.31p Nr=1.1 Bv=150 Iave=1 Vpk=150 mfg=Rohm type=Schottky)
.model RB168M-40 D(Is=16.708n N=1.078 Rs=20.272m Ikf=111.25m Xti=2 Eg=.74 Cjo=246p M=486.39m Vj=502.86m Isr=1.1258n Nr=1.2 Bv=40 Trs1=-0.002 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB168M-60 D(Is=6.9603n N=1.026 Rs=20.447m Ikf=67.536m Xti=2 Eg=.69 Cjo=206p M=505.48m Vj=560.77m Isr=2.3017n Nr=1.25 Bv=60 Trs1=-0.002 Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB168MM100 D(Is=14.601n N=1.248 Rs=22.4m Ikf=33.987m Xti=2 Eg=.90 Cjo=140p M=510.3m Vj=593.53m Isr=1.6332n Nr=1.3 Bv=100 Tikf=10m Trs1=-0.00153 Iave=1 Vpk=100 mfg=Rohm type=Schottky)
.model RB168MM150 D(Is=30.019n N=1.304 Rs=34.249m Ikf=8.3792m Xti=2 Eg=.71 Cjo=95.3p M=485.85m Vj=530.18m Isr=817.07p Nr=1.1 Bv=150 Trs1=-0.00225 Iave=1 Vpk=150 mfg=Rohm type=Schottky)
.model RB168MM-40 D(Is=16.708n N=1.078 Rs=20.272m Ikf=111.25m Xti=2 Eg=.74 Cjo=246p M=486.39m Vj=502.86m Isr=1.1258n Nr=1.2 Bv=40 Trs1=-0.002 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB168MM-60 D(Is=12.325n N=1.043 Rs=70.61m Ikf=648.56m Xti=2 Eg=.69 Cjo=206p M=506.11m Vj=563.61m Isr=3.5427n Nr=1.45 Bv=60 Trs1=-0.001 Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB168VYM100 D(Is=3.85n N=1.146 Rs=19.97m Ikf=8.9289m Xti=2 Eg=.90 Cjo=90p M=453.04m Vj=501.84m Isr=616.33p Nr=1.5 Bv=100 Tikf=10m Trs1=-0.000253 Iave=1 Vpk=100 mfg=Rohm type=Schottky)
.model RB168VYM150 D(Is=15.348n N=1.262 Rs=46.539m Ikf=5.7769m Xti=2 Eg=.84 Cjo=52p M=468.92m Vj=942.36m Isr=1.198n Nr=1.3 Bv=150 Tikf=10m Trs1=-0.003023 Iave=1 Vpk=150 mfg=Rohm type=Schottky)
.model RB168VYM-60 D(Is=2.2661p N=681.8m Rs=54.749m Ikf=222.49u Xti=2 Eg=.88 Cjo=75p M=446.67m Vj=504.13m Isr=830.28p Nr=1.2 Bv=60 Trs1=1.23m Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RB400D D(Is=328.6n N=1.082 Rs=202.14m Ikf=18.6 Xti=2 Eg=.65 Cjo=120p M=490.94m Vj=503.43m Isr=151.9n Nr=1.2 Bv=50 Trs1=4.8m Iave=0.5 Vpk=40 mfg=Rohm type=Schottky)
.model RB400VA-50 D(Is=328.6n N=1.082 Rs=202.14m Ikf=18.6 Xti=2 Eg=.65 Cjo=120p M=490.94m Vj=503.43m Isr=151.9n Nr=1.2 Bv=50 Trs1=4.8m Iave=0.5 Vpk=50 mfg=Rohm type=Schottky)
.model RB400VYM-50 D(Is=328.6n N=1.082 Rs=202.14m Ikf=18.6 Xti=2 Eg=.65 Cjo=120p M=490.94m Vj=503.43m Isr=151.9n Nr=1.2 Bv=50 Trs1=4.8m Iave=0.5 Vpk=50 mfg=Rohm type=Schottky)
.model RB411D D(Is=1.3982u N=863.78m Rs=30.244m Ikf=4.7477m Xti=2 Eg=.62 Cjo=71.872p M=441.53m Vj=529.73m Isr=1.2606u Bv=40 Iave=0.5 Vpk=40 mfg=Rohm type=Schottky)
.model RB411VA-50 D(Is=3.7074u N=1.013 Rs=185.65m Ikf=154.91m Xti=2 Eg=.6 Cjo=95.043p M=566.62m Vj=682.44m Isr=1.0615u Bv=50 Iave=0.5 Vpk=50 mfg=Rohm type=Schottky)
.model RB420D D(Is=20.467n N=1.047 Rs=739.19m Ikf=21.59 Xti=2 Eg=.69 Cjo=19.707p M=424.35m Vj=519.83m Isr=18.82n Nr=1.7 Bv=40 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB421D D(Is=825.5n N=1.059 Rs=1.187 Ikf=13.61 Xti=2 Eg=.55 Cjo=20.268p M=442.8m Vj=579.28m Isr=200.54n Nr=1.1 Bv=40 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB425D D(Is=258.65n N=945.32m Rs=1.159 Ikf=2.619 Xti=2 Eg=.55 Cjo=20.268p M=442.8m Vj=579.28m Isr=317.19n Nr=1.1 Bv=40 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB450F D(Is=20.467n N=1.047 Rs=739.19m Ikf=21.59 Xti=2 Eg=.69 Cjo=19.707p M=424.35m Vj=519.83m Isr=18.82n Nr=1.7 Bv=45 Iave=0.1 Vpk=45 mfg=Rohm type=Schottky)
.model RB451F D(Is=825.5n N=1.059 Rs=1.187 Ikf=13.61 Xti=2 Eg=.55 Cjo=20.268p M=442.8m Vj=579.28m Isr=200.54n Nr=1.1 Bv=40 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB471E D(Is=825.5n N=1.059 Rs=1.187 Ikf=13.61 Xti=2 Eg=.55 Cjo=20.268p M=442.8m Vj=579.28m Isr=200.54n Nr=1.1 Bv=40 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB480K D(Is=20.467n N=1.047 Rs=739.19m Ikf=21.59 Xti=2 Eg=.69 Cjo=19.707p M=424.35m Vj=519.83m Isr=18.82n Nr=1.7 Bv=45 Iave=0.1 Vpk=45 mfg=Rohm type=Schottky)
.model RB480Y D(Is=33.23n N=1.02 Rs=443m Ikf=34.23 Xti=2 Eg=.65 Cjo=28.151p M=485.04m Vj=546.8m Isr=48.347n Nr=1.3 Bv=30 Trs1=2.0m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB480Y-40 D(Is=34.245n N=1.021 Rs=826.36m Ikf=26.13 Xti=2 Eg=.63 Cjo=23.859p M=490.97m Vj=509.75m Isr=49.827n Nr=1.25 Bv=40 Trs1=3.6m Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB480Y-90 D(Is=20.249n N=986.38m Rs=2.499 Ikf=1.37 Xti=2 Eg=.69 Cjo=18.094p M=473.75m Vj=537.89m Isr=15.845n Nr=1.2 Bv=90 Iave=0.1 Vpk=90 mfg=Rohm type=Schottky)
.model RB481K D(Is=1.021u N=975m Rs=527m Ikf=30.12 Xti=2 Eg=.6 Cjo=20.033p M=528.97m Vj=462.96m Isr=1.0909u Nr=1.2 Bv=30 Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.model RB481Y D(Is=1.021u N=975m Rs=527m Ikf=30.12 Xti=2 Eg=.6 Cjo=29.592p M=465.6m Vj=390.5m Isr=1.0909u Nr=1.2 Bv=30 Trs1=2m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB481Y-40 D(Is=494.28n N=1.006 Rs=845.62m Ikf=18.58 Xti=2 Eg=.52 Cjo=26.67p M=482.8m Vj=511.94m Isr=898.81n Nr=1.1 Bv=40 Trs1=3.7m Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB481Y-90 D(Is=1.6286u N=1.023 Rs=2.604 Ikf=1.069 Xti=2 Eg=.56 Cjo=18.094p M=473.75m Vj=537.89m Isr=778.04n Nr=1.3 Bv=90 Iave=0.1 Vpk=90 mfg=Rohm type=Schottky)
.model RB495D D(Is=6.6722u N=1.152 Rs=247.71m Ikf=4.543 Xti=2 Eg=.6 Cjo=59.225p M=547.55m Vj=619.84m Isr=2.9834u Nr=1.4 Bv=40 Iave=0.4 Vpk=40 mfg=Rohm type=Schottky)
.model RB500SM-30 D(Is=51.062n N=1.075 Rs=733.7m Ikf=7.17 Xti=2 Eg=.63 Cjo=16.5p M=471.82m Vj=514.89m Isr=46.547n Nr=1.4 Bv=30 Trs1=4.8m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB500VM-40 D(Is=20.467n N=1.047 Rs=739.19m Ikf=21.59 Xti=2 Eg=.69 Cjo=19.707p M=424.35m Vj=519.83m Isr=18.82n Nr=1.7 Bv=40 Iave=0.1 Vpk=45 mfg=Rohm type=Schottky)
.model RB501SM-30 D(Is=320.48n N=938.36m Rs=971.55m Ikf=15.77 Xti=2 Eg=.62 Cjo=17.5p M=495.32m Vj=507.1m Isr=879.34n Nr=1.4 Bv=30 Trs1=4.7m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB501VM-40 D(Is=825.5n N=1.059 Rs=1.187 Ikf=13.61 Xti=2 Eg=.55 Cjo=20.268p M=442.8m Vj=579.28m Isr=200.54n Nr=1.1 Bv=45 Iave=0.1 Vpk=45 mfg=Rohm type=Schottky)
.model RB510SM-30 D(Is=4.9706n N=1.04 Rs=2.12 Ikf=8.723 Xti=2 Eg=.69 Cjo=6.2301p M=415.48m Vj=522.98m Isr=7.4208n Nr=1.17 Bv=30 Trs1=1.4m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB510VM-30 D(Is=4.9706n N=1.04 Rs=2.12 Ikf=8.723 Xti=2 Eg=.69 Cjo=6.2301p M=415.48m Vj=522.98m Isr=7.4208n Nr=1.17 Bv=30 Trs1=1.4m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB511SM-30 D(Is=1.037n N=732.1m Rs=2.419 Ikf=19.21 Xti=2 Eg=.58 Cjo=5.893p M=377.28m Vj=506.84m Isr=685.27n Nr=1.2 Bv=30 Trs1=3.8m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB511VM-30 D(Is=1.037n N=732.1m Rs=2.419 Ikf=19.21 Xti=2 Eg=.58 Cjo=5.893p M=377.28m Vj=506.84m Isr=685.27n Nr=1.2 Bv=30 Trs1=3.8m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB520G-30 D(Is=47.81n N=1.078 Rs=669m Ikf=23.22 Xti=2 Eg=.54 Cjo=15.761p M=447.45m Vj=543.54m Isr=39.806n Nr=1.3 Bv=30 Trs1=2.6m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB520G-40 D(Is=166.19n N=1.323 Rs=584.65m Ikf=16.681m Xti=2 Eg=.6 Cjo=13.6p M=502.26m Vj=789.63m Isr=666.59n Nr=1.8 Bv=40 Trs1=-0.001 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB520SM-30 D(Is=33.23n N=1.02 Rs=443m Ikf=34.23 Xti=2 Eg=.65 Cjo=28.151p M=485.04m Vj=546.8m Isr=48.347n Nr=1.3 Bv=30 Trs1=2.0m Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.model RB520SM-40 D(Is=34.245n N=1.021 Rs=826.36m Ikf=26.13 Xti=2 Eg=.63 Cjo=23.859p M=490.97m Vj=509.75m Isr=49.827n Nr=1.25 Bv=40 Trs1=3.6m Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB520VM-30 D(Is=33.23n N=1.02 Rs=443m Ikf=34.23 Xti=2 Eg=.65 Cjo=28.151p M=485.04m Vj=546.8m Isr=48.347n Nr=1.3 Bv=30 Trs1=2.0m Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.model RB520VM-40 D(Is=34.245n N=1.021 Rs=826.36m Ikf=26.13 Xti=2 Eg=.63 Cjo=23.859p M=490.97m Vj=509.75m Isr=49.827n Nr=1.25 Bv=40 Trs1=3.6m Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB521G-30 D(Is=320.48n N=938.36m Rs=971.55m Ikf=15.77 Xti=2 Eg=.62 Cjo=17.5p M=495.32m Vj=507.1m Isr=879.34n Nr=1.4 Bv=30 Trs1=4.7m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB521G-40 D(Is=4.6684u N=1.369 Rs=733.81m Ikf=19.402m Xti=2 Eg=.47 Cjo=14.7p M=489.16m Vj=648.74m Isr=561.025n Nr=1.4 Bv=40 Trs1=-0.001 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB521SM-30 D(Is=1.021u N=975m Rs=527m Ikf=30.12 Xti=2 Eg=.6 Cjo=20.033p M=528.97m Vj=462.96m Isr=1.0909u Nr=1.2 Bv=30 Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.model RB521SM-40 D(Is=494.28n N=1.006 Rs=845.62m Ikf=18.58 Xti=2 Eg=.52 Cjo=26.67p M=482.8m Vj=511.94m Isr=898.81n Nr=1.1 Bv=40 Trs1=3.7m Iave=0.2 Vpk=45 mfg=Rohm type=Schottky)
.model RB521VM-30 D(Is=24.256n N=516.73m Rs=417.72m Ikf=72.619u Xti=2 Eg=.51 Cjo=28p M=460.17m Vj=507.16m Isr=2.8674u Nr=1.3 Bv=30 Trs1=3.2m Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.model RB521VM-40 D(Is=494.28n N=1.006 Rs=845.62m Ikf=18.58 Xti=2 Eg=.52 Cjo=26.67p M=482.8m Vj=511.94m Isr=898.81n Nr=1.1 Bv=40 Trs1=3.7m Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB530SM-30 D(Is=51.062n N=1.075 Rs=733.7m Ikf=7.17 Xti=2 Eg=.63 Cjo=16.5p M=471.82m Vj=514.89m Isr=46.547n Nr=1.4 Bv=30 Trs1=4.8m Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.model RB530SM-40 D(Is=166.19n N=1.323 Rs=584.65m Ikf=16.681m Xti=2 Eg=.6 Cjo=13.6p M=502.26m Vj=789.63m Isr=666.59n Nr=1.8 Bv=40 Trs1=-0.001 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB530VM-30 D(Is=51.062n N=1.075 Rs=733.7m Ikf=7.17 Xti=2 Eg=.63 Cjo=16.5p M=471.82m Vj=514.89m Isr=46.547n Nr=1.4 Bv=30 Trs1=4.8m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB530VM-40 D(Is=166.19n N=1.323 Rs=584.65m Ikf=16.681m Xti=2 Eg=.6 Cjo=13.6p M=502.26m Vj=789.63m Isr=666.59n Nr=1.8 Bv=40 Trs1=-0.001 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB530XN D(Is=33.23n N=1.02 Rs=443m Ikf=34.23 Xti=2 Eg=.65 Cjo=28.151p M=485.04m Vj=546.8m Isr=48.347n Nr=1.3 Bv=30 Trs1=2.0m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB531SM-30 D(Is=320.48n N=938.36m Rs=971.55m Ikf=15.77 Xti=2 Eg=.62 Cjo=17.5p M=495.32m Vj=507.1m Isr=879.34n Nr=1.4 Bv=30 Trs1=4.7m Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.model RB531SM-40 D(Is=4.6684u N=1.369 Rs=733.81m Ikf=19.402m Xti=2 Eg=.47 Cjo=14.7p M=489.16m Vj=648.74m Isr=561.025n Nr=1.4 Bv=40 Trs1=-0.001 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB531VM-30 D(Is=320.48n N=938.36m Rs=971.55m Ikf=15.77 Xti=2 Eg=.62 Cjo=17.5p M=495.32m Vj=507.1m Isr=879.34n Nr=1.4 Bv=30 Trs1=4.7m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB531VM-40 D(Is=4.6684u N=1.369 Rs=733.81m Ikf=19.402m Xti=2 Eg=.47 Cjo=14.7p M=489.16m Vj=648.74m Isr=561.025n Nr=1.4 Bv=40 Trs1=-0.001 Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB531XN D(Is=1.021u N=975m Rs=527m Ikf=30.12 Xti=2 Eg=.6 Cjo=29.592p M=465.6m Vj=390.5m Isr=1.0909u Nr=1.2 Bv=30 Trs1=2m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB540SM-40 D(Is=166.19n N=1.323 Rs=584.65m Ikf=16.681m Xti=2 Eg=.6 Cjo=13.6p M=502.26m Vj=789.63m Isr=666.59n Nr=1.8 Bv=40 Trs1=-0.001 Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB540VM-30 D(Is=47.81n N=1.078 Rs=669m Ikf=23.22 Xti=2 Eg=.54 Cjo=15.761p M=447.45m Vj=543.54m Isr=39.806n Nr=1.3 Bv=30 Trs1=2.6m Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.model RB540VM-40 D(Is=166.19n N=1.323 Rs=584.65m Ikf=16.681m Xti=2 Eg=.6 Cjo=13.6p M=502.26m Vj=789.63m Isr=666.59n Nr=1.8 Bv=40 Trs1=-0.001 Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB541SM-40 D(Is=4.6684u N=1.369 Rs=733.81m Ikf=19.402m Xti=2 Eg=.47 Cjo=14.7p M=489.16m Vj=648.74m Isr=561.025n Nr=1.4 Bv=40 Trs1=-0.001 Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB541VM-30 D(Is=320.48n N=938.36m Rs=971.55m Ikf=15.77 Xti=2 Eg=.62 Cjo=17.5p M=495.32m Vj=507.1m Isr=879.34n Nr=1.4 Bv=30 Trs1=4.7m Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.model RB541VM-40 D(Is=4.6684u N=1.369 Rs=733.81m Ikf=19.402m Xti=2 Eg=.47 Cjo=14.7p M=489.16m Vj=648.74m Isr=561.025n Nr=1.4 Bv=40 Trs1=-0.001 Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB541XN D(Is=320.48n N=938.36m Rs=971.55m Ikf=15.77 Xti=2 Eg=.62 Cjo=17.5p M=495.32m Vj=507.1m Isr=879.34n Nr=1.4 Bv=30 Trs1=4.7m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB548W D(Is=47.81n N=1.078 Rs=669m Ikf=23.22 Xti=2 Eg=.54 Cjo=15.761p M=447.45m Vj=543.54m Isr=39.806n Nr=1.3 Bv=30 Trs1=2.6m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB550EA D(Is=94.506n N=910.36m Rs=47.955m Ikf=65.446m Xti=2 Eg=.61 Cjo=172p M=546.21m Vj=439.9m Isr=201.27n Nr=1.7 Bv=30 Iave=1.4 Vpk=30 mfg=Rohm type=Schottky)
.model RB550VA-30 D(Is=94.506n N=910.36m Rs=47.955m Ikf=65.446m Xti=2 Eg=.61 Cjo=172p M=546.21m Vj=439.9m Isr=201.27n Nr=1.7 Bv=30 Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RB550VM-30 D(Is=11.126n N=840.5m Rs=236.69m Ikf=62.89 Xti=2 Eg=.66 Cjo=59.3p M=500.53m Vj=503.21m Isr=197.56n Nr=1.25 Bv=30 Trs1=5.4m Iave=0.5 Vpk=30 mfg=Rohm type=Schottky)
.model RB550VYM-30 D(Is=344.64n N=1.047 Rs=67.949m Ikf=21.81 Xti=2 Eg=.69 Cjo=166.65p M=515.95m Vj=517.83m Isr=314.9n Nr=1.18 Bv=30 Trs1=3.89m Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RB552EA D(Is=105.75n N=1.013 Rs=163.69m Ikf=178.09m Xti=2 Eg=.67 Cjo=56.3p M=591.54m Vj=457.77m Isr=74.398n Nr=1.3 Bv=30 Trs1=4m Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RB557W D(Is=320.48n N=938.36m Rs=971.55m Ikf=15.77 Xti=2 Eg=.62 Cjo=17.5p M=495.32m Vj=507.1m Isr=879.34n Nr=1.4 Bv=30 Trs1=4.7m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB558VA150 D(Is=8.9324n N=1.339 Rs=54.145m Ikf=5.7641m Xti=2 Eg=.72 Cjo=24p M=478.25m Vj=649.77m Isr=95.724p Nr=1.5 Bv=150 Trs1=-0.001 Tikf=10m Iave=0.5 Vpk=150 mfg=Rohm type=Schottky)
.model RB558VYM150 D(Is=8.9324n N=1.339 Rs=54.145m Ikf=5.7641m Xti=2 Eg=.72 Cjo=24p M=478.25m Vj=649.77m Isr=95.724p Nr=1.5 Bv=150 Trs1=-0.001 Tikf=10m Iave=0.5 Vpk=150 mfg=Rohm type=Schottky)
.model RB558W D(Is=320.48n N=938.36m Rs=971.55m Ikf=15.77 Xti=2 Eg=.62 Cjo=17.5p M=495.32m Vj=507.1m Isr=879.34n Nr=1.4 Bv=30 Trs1=4.7m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB558WM D(Is=320.48n N=938.36m Rs=971.55m Ikf=15.77 Xti=2 Eg=.62 Cjo=17.5p M=495.32m Vj=507.1m Isr=879.34n Nr=1.4 Bv=30 Trs1=4.7m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB578VYM100 D(Is=11.362n N=1.21 Rs=30.645m Ikf=11.716m Xti=2 Eg=.69 Cjo=60.7p M=478.56m Vj=535.55m Isr=106.11p Nr=1.3 Bv=100 Trs1=-0.0042 Tikf=7.6m Iave=0.7 Vpk=100 mfg=Rohm type=Schottky)
.model RB705D D(Is=40.052n N=1.072 Rs=8 Ikf=8.45 Xti=2 Eg=.52 Cjo=2.2269p M=318.09m Vj=638.28m Isr=32.517n Nr=1.3 Bv=40 Trs1=-0.002 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB706D-40 D(Is=40.052n N=1.072 Rs=8 Ikf=8.45 Xti=2 Eg=.52 Cjo=2.2269p M=318.09m Vj=638.28m Isr=32.517n Nr=1.3 Bv=40 Trs1=-0.002 Iave=0.03 Vpk=45 mfg=Rohm type=Schottky)
.model RB706F-40 D(Is=40.052n N=1.072 Rs=8 Ikf=8.45 Xti=2 Eg=.52 Cjo=2.2269p M=318.09m Vj=638.28m Isr=32.517n Nr=1.3 Bv=40 Trs1=-0.002 Iave=0.03 Vpk=45 mfg=Rohm type=Schottky)
.model RB706W-40 D(Is=35.777n N=1.123 Rs=11.54 Ikf=5.443 Xti=2 Eg=.63 Cjo=1.9144p M=465.78m Vj=503.35m Isr=11.424n Nr=1.3 Bv=40 Iave=0.03 Vpk=45 mfg=Rohm type=Schottky)
.model RB715F D(Is=40.052n N=1.072 Rs=8 Ikf=8.45 Xti=2 Eg=.52 Cjo=2.2269p M=318.09m Vj=638.28m Isr=32.517n Nr=1.3 Bv=40 Trs1=-0.002 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB715UM D(Is=40.052n N=1.072 Rs=8 Ikf=8.45 Xti=2 Eg=.52 Cjo=2.2269p M=318.09m Vj=638.28m Isr=32.517n Nr=1.3 Bv=40 Trs1=-0.002 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB715W D(Is=40.052n N=1.072 Rs=8 Ikf=8.45 Xti=2 Eg=.52 Cjo=2.2269p M=318.09m Vj=638.28m Isr=32.517n Nr=1.3 Bv=40 Trs1=-0.002 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB715Z D(Is=40.052n N=1.072 Rs=8 Ikf=8.45 Xti=2 Eg=.52 Cjo=2.2269p M=318.09m Vj=638.28m Isr=32.517n Nr=1.3 Bv=40 Trs1=-0.002 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB717F D(Is=40.052n N=1.072 Rs=8 Ikf=8.45 Xti=2 Eg=.52 Cjo=2.2269p M=318.09m Vj=638.28m Isr=32.517n Nr=1.3 Bv=40 Trs1=-0.002 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB731U D(Is=40.052n N=1.072 Rs=8 Ikf=8.45 Xti=2 Eg=.52 Cjo=2.2269p M=318.09m Vj=638.28m Isr=32.517n Nr=1.3 Bv=40 Trs1=-0.002 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB731XN D(Is=40.052n N=1.072 Rs=8 Ikf=8.45 Xti=2 Eg=.52 Cjo=2.2269p M=318.09m Vj=638.28m Isr=32.517n Nr=1.3 Bv=40 Trs1=-0.002 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB751G-40 D(Is=35.777n N=1.123 Rs=11.54 Ikf=5.443 Xti=2 Eg=.63 Cjo=1.9144p M=465.78m Vj=503.35m Isr=11.424n Nr=1.3 Bv=40 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB751SM-40 D(Is=144.09n N=1.27 Rs=3.711 Ikf=878.15u Xti=2 Eg=.63 Cjo=2.1p M=380.01m Vj=765.59m Isr=15.952n Nr=1.3 Bv=40 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB751VM-40 D(Is=144.09n N=1.27 Rs=3.711 Ikf=878.15u Xti=2 Eg=.63 Cjo=2.1p M=380.01m Vj=765.59m Isr=15.952n Nr=1.3 Bv=40 Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RBR1L30A D(Is=398.65n N=996.4m Rs=33.832m Ikf=2.962 Xti=2 Eg=.69 Cjo=219.88p M=475.48m Vj=504.21m Isr=859.74n Nr=1.27 Bv=30 Trs1=4.1m Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RBR1L40A D(Is=405.25n N=1.004 Rs=65.421m Ikf=96.1 Xti=2 Eg=.67 Cjo=180.36p M=485.18m Vj=503.85m Isr=592.46n Nr=1.25 Bv=40 Trs1=4.8m Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RBR1L60A D(Is=240.57n N=994.9m Rs=82.858m Ikf=789.52m Xti=2 Eg=.69 Cjo=160.28p M=493.37m Vj=507.18m Isr=766.57n Nr=1.25 Bv=60 Trs1=5.26m Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RBR1M30A D(Is=398.65n N=996.4m Rs=33.832m Ikf=2.962 Xti=2 Eg=.69 Cjo=219.88p M=475.48m Vj=504.21m Isr=859.74n Nr=1.27 Bv=30 Trs1=4.1m Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RBR1M40A D(Is=405.25n N=1.004 Rs=65.421m Ikf=96.1 Xti=2 Eg=.67 Cjo=180.36p M=485.18m Vj=503.85m Isr=592.46n Nr=1.25 Bv=40 Trs1=4.8m Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RBR1M60A D(Is=240.57n N=994.9m Rs=82.858m Ikf=789.52m Xti=2 Eg=.69 Cjo=160.28p M=493.37m Vj=507.18m Isr=766.57n Nr=1.25 Bv=60 Trs1=5.26m Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RBR1MM30A D(Is=398.65n N=996.4m Rs=33.832m Ikf=2.962 Xti=2 Eg=.69 Cjo=219.88p M=475.48m Vj=504.21m Isr=859.74n Nr=1.27 Bv=30 Trs1=4.1m Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RBR1MM40A D(Is=405.25n N=1.004 Rs=65.421m Ikf=96.1 Xti=2 Eg=.67 Cjo=180.36p M=485.18m Vj=503.85m Isr=592.46n Nr=1.25 Bv=40 Trs1=4.8m Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RBR1MM60A D(Is=240.57n N=994.9m Rs=82.858m Ikf=789.52m Xti=2 Eg=.69 Cjo=160.28p M=493.37m Vj=507.18m Isr=766.57n Nr=1.25 Bv=60 Trs1=5.26m Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RBR2L30A D(Is=815.41n N=1.018 Rs=26.044m Ikf=379.6 Xti=2 Eg=.69 Cjo=354.14p M=506.58m Vj=503.07m Isr=989.75n Nr=1.24 Bv=30 Trs1=4.96m Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RBR2L40A D(Is=1.3562u N=1.066 Rs=39.785m Ikf=9.736 Xti=2 Eg=.66 Cjo=280.76p M=504.01m Vj=507.82m Isr=743.42n Nr=1.25 Bv=40 Trs1=4.96m Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RBR2L60A D(Is=240.57n N=994.9m Rs=82.858m Ikf=789.52m Xti=2 Eg=.69 Cjo=160.28p M=493.37m Vj=507.18m Isr=766.57n Nr=1.25 Bv=60 Trs1=5.26m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RBR2L60B D(Is=984.24n N=1.006 Rs=35.301m Ikf=3.799 Xti=2 Eg=.69 Cjo=411p M=520.67m Vj=513.5m Isr=1.4257u Nr=1.21 Bv=60 Trs1=6.16m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RBR2M30A D(Is=398.65n N=996.4m Rs=33.832m Ikf=2.962 Xti=2 Eg=.69 Cjo=219.88p M=475.48m Vj=504.21m Isr=859.74n Nr=1.27 Bv=30 Trs1=4.1m Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RBR2M30B D(Is=815.41n N=1.018 Rs=26.044m Ikf=379.6 Xti=2 Eg=.69 Cjo=354.14p M=506.58m Vj=503.07m Isr=989.75n Nr=1.24 Bv=30 Trs1=4.96m Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RBR2M40A D(Is=405.25n N=1.004 Rs=65.421m Ikf=96.1 Xti=2 Eg=.67 Cjo=180.36p M=485.18m Vj=503.85m Isr=592.46n Nr=1.25 Bv=40 Trs1=4.8m Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RBR2M40B D(Is=1.3562u N=1.066 Rs=39.785m Ikf=9.736 Xti=2 Eg=.66 Cjo=280.76p M=504.01m Vj=507.82m Isr=743.42n Nr=1.25 Bv=40 Trs1=4.96m Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RBR2M40C D(Is=1.024u N=1.023 Rs=32.339m Ikf=3.172 Xti=2 Eg=.65 Cjo=325.4p M=501.22m Vj=502.42m Isr=943.02n Nr=1.21 Bv=40 Trs1=5.46m Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RBR2M60A D(Is=240.57n N=994.9m Rs=82.858m Ikf=789.52m Xti=2 Eg=.69 Cjo=160.28p M=493.37m Vj=507.18m Isr=766.57n Nr=1.25 Bv=60 Trs1=5.26m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RBR2M60B D(Is=713.55n N=1.024 Rs=60.22m Ikf=2.406 Xti=2 Eg=.67 Cjo=244.71p M=508.6m Vj=500.55m Isr=1.213u Nr=1.25 Bv=60 Trs1=4.76m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RBR2M60C D(Is=610.09n N=999.5m Rs=47.773m Ikf=5.357 Xti=2 Eg=.69 Cjo=305.3p M=514.71m Vj=503.68m Isr=1.2499u Nr=1.22 Bv=60 Trs1=5.76m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RBR2MM30A D(Is=398.65n N=996.4m Rs=33.832m Ikf=2.962 Xti=2 Eg=.69 Cjo=219.88p M=475.48m Vj=504.21m Isr=859.74n Nr=1.27 Bv=30 Trs1=4.1m Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RBR2MM30B D(Is=815.41n N=1.018 Rs=26.044m Ikf=379.6 Xti=2 Eg=.69 Cjo=354.14p M=506.58m Vj=503.07m Isr=989.75n Nr=1.24 Bv=30 Trs1=4.96m Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RBR2MM40A D(Is=405.25n N=1.004 Rs=65.421m Ikf=96.1 Xti=2 Eg=.67 Cjo=180.36p M=485.18m Vj=503.85m Isr=592.46n Nr=1.25 Bv=40 Trs1=4.8m Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RBR2MM40B D(Is=1.3562u N=1.066 Rs=39.785m Ikf=9.736 Xti=2 Eg=.66 Cjo=280.76p M=504.01m Vj=507.82m Isr=743.42n Nr=1.25 Bv=40 Trs1=4.96m Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RBR2MM40C D(Is=1.024u N=1.023 Rs=32.339m Ikf=3.172 Xti=2 Eg=.65 Cjo=325.4p M=501.22m Vj=502.42m Isr=943.02n Nr=1.21 Bv=40 Trs1=5.46m Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RBR2MM60A D(Is=240.57n N=994.9m Rs=82.858m Ikf=789.52m Xti=2 Eg=.69 Cjo=160.28p M=493.37m Vj=507.18m Isr=766.57n Nr=1.25 Bv=60 Trs1=5.26m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RBR2MM60B D(Is=713.55n N=1.024 Rs=60.22m Ikf=2.406 Xti=2 Eg=.67 Cjo=244.71p M=508.6m Vj=500.55m Isr=1.213u Nr=1.25 Bv=60 Trs1=4.76m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RBR2MM60C D(Is=610.09n N=999.5m Rs=47.773m Ikf=5.357 Xti=2 Eg=.69 Cjo=305.3p M=514.71m Vj=503.68m Isr=1.2499u Nr=1.22 Bv=60 Trs1=5.76m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RBR3L30A D(Is=398.65n N=996.4m Rs=33.832m Ikf=2.962 Xti=2 Eg=.69 Cjo=219.88p M=475.48m Vj=504.21m Isr=859.74n Nr=1.27 Bv=30 Trs1=4.1m Iave=3 Vpk=30 mfg=Rohm type=Schottky)
.model RBR3L30B D(Is=815.41n N=1.018 Rs=26.044m Ikf=379.6 Xti=2 Eg=.69 Cjo=354.14p M=506.58m Vj=503.07m Isr=989.75n Nr=1.24 Bv=30 Trs1=4.96m Iave=3 Vpk=30 mfg=Rohm type=Schottky)
.model RBR3L40A D(Is=405.25n N=1.004 Rs=65.421m Ikf=96.1 Xti=2 Eg=.67 Cjo=180.36p M=485.18m Vj=503.85m Isr=592.46n Nr=1.25 Bv=40 Trs1=4.8m Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RBR3L40B D(Is=1.3562u N=1.066 Rs=39.785m Ikf=9.736 Xti=2 Eg=.66 Cjo=280.76p M=504.01m Vj=507.82m Isr=743.42n Nr=1.25 Bv=40 Trs1=4.96m Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RBR3L40C D(Is=2.9865u N=1.093 Rs=18.719m Ikf=1.055 Xti=2 Eg=.67 Cjo=467p M=509.74m Vj=511.41m Isr=996.97n Nr=1.2 Bv=40 Trs1=2m Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RBR3L60A D(Is=713.55n N=1.024 Rs=60.22m Ikf=2.406 Xti=2 Eg=.67 Cjo=244.71p M=508.6m Vj=500.55m Isr=1.213u Nr=1.25 Bv=60 Trs1=4.76m Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RBR3L60B D(Is=984.24n N=1.006 Rs=35.301m Ikf=3.799 Xti=2 Eg=.69 Cjo=411p M=520.67m Vj=513.5m Isr=1.4257u Nr=1.21 Bv=60 Trs1=6.16m Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RBR3M30A D(Is=1.0122u N=1.021 Rs=22.832m Ikf=216.4 Xti=2 Eg=.68 Cjo=414.2p M=491.58m Vj=502.17m Isr=1.437u Nr=1.25 Bv=30 Trs1=4.96m Iave=3 Vpk=30 mfg=Rohm type=Schottky)
.model RBR3M40A D(Is=1.3562u N=1.066 Rs=39.785m Ikf=9.736 Xti=2 Eg=.66 Cjo=280.76p M=504.01m Vj=507.82m Isr=743.42n Nr=1.25 Bv=40 Trs1=4.96m Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RBR3M40B D(Is=1.024u N=1.023 Rs=32.339m Ikf=3.172 Xti=2 Eg=.65 Cjo=325.4p M=501.22m Vj=502.42m Isr=943.02n Nr=1.21 Bv=40 Trs1=5.46m Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RBR3M60A D(Is=713.55n N=1.024 Rs=60.22m Ikf=2.406 Xti=2 Eg=.67 Cjo=244.71p M=508.6m Vj=500.55m Isr=1.213u Nr=1.25 Bv=60 Trs1=4.76m Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RBR3M60B D(Is=610.09n N=999.5m Rs=47.773m Ikf=5.357 Xti=2 Eg=.69 Cjo=305.3p M=514.71m Vj=503.68m Isr=1.2499u Nr=1.22 Bv=60 Trs1=5.76m Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RBR3MM30A D(Is=1.0122u N=1.021 Rs=22.832m Ikf=216.4 Xti=2 Eg=.68 Cjo=414.2p M=491.58m Vj=502.17m Isr=1.437u Nr=1.25 Bv=30 Trs1=4.96m Iave=3 Vpk=30 mfg=Rohm type=Schottky)
.model RBR3MM40A D(Is=1.3562u N=1.066 Rs=39.785m Ikf=9.736 Xti=2 Eg=.66 Cjo=280.76p M=504.01m Vj=507.82m Isr=743.42n Nr=1.25 Bv=40 Trs1=4.96m Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RBR3MM40B D(Is=1.024u N=1.023 Rs=32.339m Ikf=3.172 Xti=2 Eg=.65 Cjo=325.4p M=501.22m Vj=502.42m Isr=943.02n Nr=1.21 Bv=40 Trs1=5.46m Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RBR3MM60A D(Is=713.55n N=1.024 Rs=60.22m Ikf=2.406 Xti=2 Eg=.67 Cjo=244.71p M=508.6m Vj=500.55m Isr=1.213u Nr=1.25 Bv=60 Trs1=4.76m Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RBR3MM60B D(Is=610.09n N=999.5m Rs=47.773m Ikf=5.357 Xti=2 Eg=.69 Cjo=305.3p M=514.71m Vj=503.68m Isr=1.2499u Nr=1.22 Bv=60 Trs1=5.76m Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RBR5L30A D(Is=1.3449u N=1.013 Rs=17.519m Ikf=514.6 Xti=2 Eg=.68 Cjo=593.6p M=518.69m Vj=508.65m Isr=1.643u Nr=1.26 Bv=30 Trs1=4.8m Iave=5 Vpk=30 mfg=Rohm type=Schottky)
.model RBR5L30B D(Is=3.5971u N=1.043 Rs=9.4332m Ikf=58.03 Xti=2 Eg=.69 Cjo=1.1914n M=527.46m Vj=511.47m Isr=3.0539u Nr=1.2 Bv=30 Trs1=4m Iave=5 Vpk=30 mfg=Rohm type=Schottky)
.model RBR5L40A D(Is=2.7843u N=1.022 Rs=15.197m Ikf=490.8 Xti=2 Eg=.65 Cjo=876.13p M=502.38m Vj=504.18m Isr=3.6557u Nr=1.2 Bv=40 Trs1=5.15m Iave=5 Vpk=40 mfg=Rohm type=Schottky)
.model RBR5L60A D(Is=2.521u N=1.024 Rs=17.935m Ikf=6.901 Xti=2 Eg=.67 Cjo=840p M=528.52m Vj=508.57m Isr=1.7286u Nr=1.1 Bv=60 Trs1=2m Iave=5 Vpk=60 mfg=Rohm type=Schottky)
.model RSX051VA-30 D(Is=2.4597u N=865.97m Rs=60.089m Ikf=34.192m Xti=2 Eg=.57 Cjo=157.54p M=588.44m Vj=734.12m Isr=4.5364u Nr=1.2 Bv=30 Iave=0.5 Vpk=30 mfg=Rohm type=Schottky)
.model RSX071VA-30 D(Is=2.4597u N=865.97m Rs=60.089m Ikf=34.192m Xti=2 Eg=.57 Cjo=157.54p M=588.44m Vj=734.12m Isr=4.5364u Nr=1.2 Bv=30 Iave=0.7 Vpk=30 mfg=Rohm type=Schottky)
.model RSX101M-30 D(Is=598.08n N=668.08m Rs=28.158m Ikf=10.167m Xti=2 Eg=.57 Cjo=300.1p M=539.65m Vj=737.69m Isr=10.432u Nr=1.4 Bv=30 Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RSX101MM-30 D(Is=598.08n N=668.08m Rs=28.158m Ikf=10.167m Xti=2 Eg=.57 Cjo=300.1p M=539.65m Vj=737.69m Isr=10.432u Nr=1.4 Bv=30 Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RSX101VA-30 D(Is=2.4597u N=865.97m Rs=60.089m Ikf=34.192m Xti=2 Eg=.57 Cjo=157.54p M=588.44m Vj=734.12m Isr=4.5364u Nr=1.2 Bv=30 Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RSX101VYM30 D(Is=2.4597u N=865.97m Rs=60.089m Ikf=34.192m Xti=2 Eg=.57 Cjo=157.54p M=588.44m Vj=734.12m Isr=4.5364u Nr=1.2 Bv=30 Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RSX201L-30 D(Is=16.537u N=1.028 Rs=155.28u Ikf=171.97m Xti=2 Eg=.5 Cjo=497.07p M=535.22m Vj=706.14m Isr=658.28n Nr=1.3 Bv=30 Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RSX201VA-30 D(Is=1.0082u N=1.104 Rs=61.09m Ikf=3.279 Xti=2 Eg=.57 Cjo=234.59p M=486.38m Vj=551.22m Isr=9.7512u Nr=1 Bv=50 Trs1=4m Iave=1.5 Vpk=30 mfg=Rohm type=Schottky)
.model RSX201VYM30 D(Is=1.0082u N=1.104 Rs=61.09m Ikf=3.279 Xti=2 Eg=.57 Cjo=234.59p M=486.38m Vj=551.22m Isr=9.7512u Nr=1 Bv=50 Trs1=4m Iave=1.5 Vpk=30 mfg=Rohm type=Schottky)
.model RSX205L-30 D(Is=18.434u N=1.052 Rs=41.436m Ikf=1.745 Xti=2 Eg=.57 Cjo=300p M=462.81m Vj=505.98m Isr=10.58u Nr=1.4 Bv=30 Trs1=4m Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RSX301L-30 D(Is=18.292u N=1.01 Rs=8.7169m Ikf=547.15m Xti=2 Eg=.67 Cjo=774.17p M=511.9m Vj=741.22m Isr=6.6348u Bv=30 Trs1=10m Tikf=-0.004 Iave=3 Vpk=30 mfg=Rohm type=Schottky)
.model STW8B12C D(Is=1e-23 Rs=6 N=2 Cjo=840p Iave=120m Vpk=5 mfg=Seoul_Semiconductor type=LED)
.MODEL BAT54CHM D(Is=97.864E-9 N=1.1435 Rs=.80019 Ikf=29.354 Xti=2 Eg=.69 Cjo=17.406E-12 M=.43177 Vj=.50393 Isr=34.375E-9 Nr=1.3 Bv=30 Trs1=0.003 Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.MODEL BAT54AHM D(Is=85.777E-9 N=1.0710 Rs=.45336 Ikf=21.653 Xti=2 Eg=.67 Cjo=31.124E-12 M=.47078 Vj=.5022 Isr=7.640E-8 Nr=2.3 Bv=30 Trs1=0.0042 Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.MODEL BAT54SHM D(Is=85.777E-9 N=1.0710 Rs=.45336 Ikf=21.653 Xti=2 Eg=.67 Cjo=31.124E-12 M=.47078 Vj=.5022 Isr=7.640E-8 Nr=2.3 Bv=30 Trs1=0.0042 Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.MODEL BAT54HM D(Is=85.777E-9 N=1.0710 Rs=.45336 Ikf=21.653 Xti=2 Eg=.67 Cjo=31.124E-12 M=.47078 Vj=.5022 Isr=7.640E-8 Nr=2.3 Bv=30 Trs1=0.0042 Iave=0.2 Vpk=30 mfg=Rohm type=Schottky)
.MODEL BAS40-04HM D(Is=151.03E-9 N=1.3970 Rs=1.4012 Ikf=4.2417E-3 Xti=2 Eg=.69 Cjo=6.1630E-12 M=.35682 Vj=.52912 Isr=31.678E-9 Nr=1.6 Bv=40 Trs1=-0.003 Iave=0.12 Vpk=40 mfg=Rohm type=Schottky)
.MODEL BAS40-05HM D(Is=151.03E-9 N=1.3970 Rs=1.4012 Ikf=4.2417E-3 Xti=2 Eg=.69 Cjo=6.1630E-12 M=.35682 Vj=.52912 Isr=31.678E-9 Nr=1.6 Bv=40 Trs1=-0.003 Iave=0.12 Vpk=40 mfg=Rohm type=Schottky)
.MODEL BAS40-06HM D(Is=151.03E-9 N=1.3970 Rs=1.4012 Ikf=4.2417E-3 Xti=2 Eg=.69 Cjo=6.1630E-12 M=.35682 Vj=.52912 Isr=31.678E-9 Nr=1.6 Bv=40 Trs1=-0.003 Iave=0.12 Vpk=40 mfg=Rohm type=Schottky)
.MODEL BAS40HM D(Is=151.03E-9 N=1.3970 Rs=1.4012 Ikf=4.2417E-3 Xti=2 Eg=.69 Cjo=6.1630E-12 M=.35682 Vj=.52912 Isr=31.678E-9 Nr=1.6000 Bv=40 Trs1=-0.003 Iave=0.12 Vpk=40 mfg=Rohm type=Schottky)
.MODEL BAS16HM D(Is=1.7962E-9 N=1.7555 Rs=.55113 Ikf=72.153E-3 Cjo=1.3304E-12 M=.11174 Vj=4.1020 Isr=3.2239E-9 Nr=4 Bv=100 tt=11.542E-9 Iave=0.215 Vpk=100 mfg=Rohm type=Switching)
.MODEL BAV70HM D(Is=1.2872E-9 N=1.7918 Rs=.90633 Ikf=83.541E-3 Cjo=628.00E-15 M=.12181 Vj=7.4703 Isr=3.4924E-9 Nr=2.3 Bv=90 tt=27.411E-9 Iave=0.215 Vpk=90 mfg=Rohm type=Switching)
.MODEL BAW56HM D(Is=1.7962E-9 N=1.7555 Rs=.55113 Ikf=72.153E-3 Cjo=1.3304E-12 M=.11174 Vj=4.1020 Isr=3.2239E-9 Nr=4 Bv=100 tt=11.542E-9 Iave=0.215 Vpk=100 mfg=Rohm type=Switching)
.MODEL BAV99HM D(Is=1.7962E-9 N=1.7555 Rs=.55113 Ikf=72.153E-3 Cjo=1.3304E-12 M=.11174 Vj=4.1020 Isr=3.2239E-9 Nr=4 Bv=100 tt=11.542E-9 Iave=0.215 Vpk=100 mfg=Rohm type=Switching)
.MODEL BAW156HM D(Is=1.5619E-12 N=1.3911 Rs=.61265 Ikf=4.6442 Cjo=2.4780E-12 M=.2722 Vj=.50196 Isr=4.4836E-12 Nr=3 Bv=100 tt=500E-9 Iave=0.215 Vpk=100 mfg=Rohm type=Switching)
.MODEL BAV199HM D(Is=1.5619E-12 N=1.3911 Rs=.61265 Ikf=4.6442 Cjo=2.4780E-12 M=.2722 Vj=.50196 Isr=4.4836E-12 Nr=3 Bv=100 tt=500E-9 Iave=0.215 Vpk=100 mfg=Rohm type=Switching)
.MODEL BAV170HM D(Is=1.5619E-12 N=1.3911 Rs=.61265 Ikf=4.6442 Cjo=2.4780E-12 M=.2722 Vj=.50196 Isr=4.4836E-12 Nr=3 Bv=100 tt=500E-9 Iave=0.215 Vpk=100 mfg=Rohm type=Switching)
.MODEL BAS21HM D(Is=83.537E-12 N=1.4136 Rs=.45768 Ikf=2.6057E-3 Cjo=2.5500E-12 M=.27649 Vj=.5751 Isr=170.76E-12 Nr=3.8 Bv=250 tt=28.590E-9 Trs1=0.0005 Iave=0.2 Vpk=250 mfg=Rohm type=Switching)
.model RBR1LAM30A D(Is=.34865E-6 N=0.9964 Rs=33.832E-3 Ikf=2.9622 Xti=2 Eg=.69 Cjo=219.88E-12 M=.47548 Vj=.50421 Isr=1.25974E-6 Nr=1.2700 Bv=30 Trs1=4.1000E-3 Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RBR2LAM30A D(Is=715.41E-9 N=1.0181 Rs=2.6044E-2 Ikf=379.63 Xti=2 Eg=.69 Cjo=354.14E-12 M=.50858 Vj=.50307 Isr=1.6897E-6 Nr=1.2400 Bv=30 Trs1=4.9600E-3 Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RBR3LAM30A D(Is=.34865E-6 N=0.9964 Rs=33.832E-3 Ikf=2.9622 Xti=2 Eg=.69 Cjo=219.88E-12 M=.47548 Vj=.50421 Isr=1.25974E-6 Nr=1.2700 Bv=30 Trs1=4.1000E-3 Iave=3 Vpk=30 mfg=Rohm type=Schottky)
.model RBR3LAM30B D(Is=715.41E-9 N=1.0181 Rs=2.6044E-2 Ikf=379.63 Xti=2 Eg=.69 Cjo=354.14E-12 M=.50858 Vj=.50307 Isr=1.6897E-6 Nr=1.2400 Bv=30 Trs1=4.9600E-3 Iave=3 Vpk=30 mfg=Rohm type=Schottky)
.model RBR5LAM30A D(Is=1.3449E-6 N=1.0126 Rs=1.7519E-2 Ikf=514.58 Xti=2 Eg=.68 Cjo=5.9360E-10 M=.51869 Vj=.50865 Isr=1.6430E-6 Nr=1.2600 Bv=30 Trs1=4.8000E-3 Iave=5 Vpk=30 mfg=Rohm type=Schottky)
.model RBR5LAM30B D(Is=3.5971E-6 N=1.0431 Rs=9.4332E-3 Ikf=58.032 Xti=2 Eg=.69 Cjo=1.1914E-9 M=.52746 Vj=.51147 Isr=3.0539E-6 Nr=1.2000 Bv=30 Trs1=0.004 Iave=5 Vpk=30 mfg=Rohm type=Schottky)
.model RBR1LAM40A D(Is=516.49E-9 N=1.0288 Rs=60.847E-3 Ikf=74.608 Xti=2 Eg=.66 Cjo=185.47E-12 M=.50131 Vj=.50153 Isr=799.89E-9 Nr=1.2000 Bv=40 Trs1=4.0000E-3 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RBR2LAM40A D(Is=953.54E-9 N=1.0266 Rs=36.607E-3 Ikf=2.6167 Xti=2 Eg=.66 Cjo=280.89E-12 M=.51399 Vj=.50146 Isr=1.0595E-6 Nr=1.1500 Bv=40 Trs1=5.5000E-3 Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RBR3LAM40A D(Is=516.49E-9 N=1.0288 Rs=60.847E-3 Ikf=74.608 Xti=2 Eg=.66 Cjo=185.47E-12 M=.50131 Vj=.50153 Isr=799.89E-9 Nr=1.2000 Bv=40 Trs1=4.0000E-3 Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RBR3LAM40B D(Is=953.54E-9 N=1.0266 Rs=36.607E-3 Ikf=2.6167 Xti=2 Eg=.66 Cjo=280.89E-12 M=.51399 Vj=.50146 Isr=1.0595E-6 Nr=1.1500 Bv=40 Trs1=5.5000E-3 Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RBR3LAM40C D(Is=2.9865E-6 N=1.0933 Rs=18.719E-3 Ikf=1.0550 Xti=2 Eg=.67 Cjo=467.00E-12 M=.50974 Vj=.51141 Isr=996.97E-9 Nr=1.2000 Bv=40 Trs1=0.002 Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RBR5LAM40A D(Is=1.2863E-6 N=.94541 Rs=13.834E-3 Ikf=5.1710 Xti=2 Eg=.64 Cjo=926.43E-12 M=.51654 Vj=.50190 Isr=4.9803E-6 Nr=1.1000 Bv=40 Trs1=2.0000E-3 Iave=5 Vpk=40 mfg=Rohm type=Schottky)
.model RBR1LAM60A D(Is=.14057E-6 N=0.9563 Rs=82.858E-3 Ikf=.78952 Xti=2 Eg=.69 Cjo=160.28E-12 M=.49337 Vj=.50718 Isr=1.2657E-6 Nr=1.2500 Bv=60 Trs1=5.2600E-3 Iave=1 Vpk=60 mfg=Rohm type=Schottky)
.model RBR2LAM60A D(Is=.14057E-6 N=0.9563 Rs=82.858E-3 Ikf=.78952 Xti=2 Eg=.69 Cjo=160.28E-12 M=.49337 Vj=.50718 Isr=1.2657E-6 Nr=1.2500 Bv=60 Trs1=5.2600E-3 Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RBR2LAM60B D(Is=584.24E-9 N=0.9859 Rs=35.301E-3 Ikf=3.7985 Xti=2 Eg=.69 Cjo=411.00E-12 M=.52067 Vj=.5135 Isr=2.3257E-6 Nr=1.2100 Bv=60 Trs1=5.0000E-3 Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RBR3LAM60A D(Is=7.1355E-7 N=1.0236 Rs=6.0220E-2 Ikf=2.4062 Xti=2 Eg=.67 Cjo=2.4471E-10 M=.5086 Vj=.50055 Isr=1.2130E-6 Nr=1.2500 Bv=60 Trs1=4.7600E-3 Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RBR3LAM60B D(Is=584.24E-9 N=0.9859 Rs=35.301E-3 Ikf=3.7985 Xti=2 Eg=.69 Cjo=411.00E-12 M=.52067 Vj=.5135 Isr=2.3257E-6 Nr=1.2100 Bv=60 Trs1=5.0000E-3 Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RBR5LAM60A D(Is=648.10E-9 N=.94915 Rs=16.414E-3 Ikf=1.8382 Xti=2 Eg=.69 Cjo=839.22E-12 M=.53961 Vj=.50407 Isr=6.2071E-6 Nr=1.2000 Bv=60 Trs1=0.0060 Iave=5 Vpk=60 mfg=Rohm type=Schottky)
.model RBR10BM30A D(Is=8.7382E-7 N=.98695 Rs=1.9262E-2 Ikf=450.66 Xti=2 Eg=.71 Cjo=5.7260E-10 M=.4948 Vj=.50736 Isr=1.8757E-6 Nr=1.2500 Bv=30 Trs1=3.7500E-3 Iave=10 Vpk=30 mfg=Rohm type=Schottky)
.model RBR15BM30A D(Is=2.3438E-6 N=0.9999 Rs=7.7133E-3 Ikf=176.44 Xti=2 Eg=.69 Cjo=1.3096E-9 M=.50398 Vj=.50227 Isr=4.6036E-6 Nr=1.2000 Bv=30 Trs1=4.2500E-3 Iave=15 Vpk=30 mfg=Rohm type=Schottky)
.model RBR20BM30A D(Is=2.1438E-6 N=0.9579 Rs=6.7133E-3 Ikf=176.44 Xti=2 Eg=.68 Cjo=1.7096E-9 M=.50398 Vj=.50227 Isr=7.6036E-6 Nr=1.2000 Bv=30 Trs1=3.7500E-3 Iave=20 Vpk=30 mfg=Rohm type=Schottky)
.model RBR10BM40A D(Is=1.0130E-6 N=1.0075 Rs=26.365E-3 Ikf=2.9273 Xti=2 Eg=.65 Cjo=458.23E-12 M=.50133 Vj=.50065 Isr=1.3996E-6 Nr=1.2500 Bv=40 Trs1=1.9500E-3 Iave=10 Vpk=40 mfg=Rohm type=Schottky)
.model RBR15BM40A D(Is=2.9784E-6 N=1.0246 Rs=12.105E-3 Ikf=570.05 Xti=2 Eg=.65 Cjo=1.0972E-9 M=.52072 Vj=.5031 Isr=4.3877E-6 Nr=1.2800 Bv=40 Trs1=0.004 Iave=15 Vpk=40 mfg=Rohm type=Schottky)
.model RBR20BM40A D(Is=3.7793E-6 N=1.0280 Rs=1.1195E-2 Ikf=946.21 Xti=2 Eg=.64 Cjo=1.3486E-9 M=.4965 Vj=.50293 Isr=4.0966E-6 Nr=1.1500 Bv=40 Trs1=3.9800E-3 Iave=20 Vpk=40 mfg=Rohm type=Schottky)
.model RBR10BM60A D(Is=0.9016E-6 N=1.0135 Rs=33.566E-3 Ikf=1.5095 Xti=2 Eg=.69 Cjo=428.86E-12 M=.51283 Vj=.50135 Isr=3.5107E-6 Nr=1.2300 Bv=60 Trs1=2.1000E-3 Iave=10 Vpk=60 mfg=Rohm type=Schottky)
.model RBR15BM60A D(Is=2.6355E-6 N=1.0226 Rs=18.260E-3 Ikf=842.89 Xti=2 Eg=.69 Cjo=955.92E-12 M=.52342 Vj=.50194 Isr=7.5378E-6 Nr=1.2100 Bv=60 Trs1=2.1000E-3 Iave=15 Vpk=60 mfg=Rohm type=Schottky)
.model RBR20BM60A D(Is=3.6130E-6 N=1.0317 Rs=14.047E-3 Ikf=163.96 Xti=2 Eg=.68 Cjo=1.3042E-9 M=.52151 Vj=0.5033 Isr=11.8666E-6 Nr=1.2400 Bv=60 Trs1=2.1000E-3 Iave=20 Vpk=60 mfg=Rohm type=Schottky)
.model RBR10NS30A D(Is=207.99E-9 N=.91381 Rs=19.103E-3 Ikf=990.23 Xti=2 Eg=.57 Cjo=600.35E-12 M=.50480 Vj=.50200 Isr=3.5757E-6 Nr=1.1000 Bv=30 Trs1=2.7500E-3 Iave=10 Vpk=30 mfg=Rohm type=Schottky)
.model RBR20NS30A D(Is=2.3438E-6 N=0.9999 Rs=7.7133E-3 Ikf=176.44 Xti=2 Eg=.69 Cjo=1.3096E-9 M=.50398 Vj=.50227 Isr=4.6036E-6 Nr=1.2000 Bv=30 Trs1=4.2500E-3 Iave=20 Vpk=30 mfg=Rohm type=Schottky)
.model RBR30NS30A D(Is=2.1438E-6 N=0.9579 Rs=6.7133E-3 Ikf=176.44 Xti=2 Eg=.68 Cjo=1.7096E-9 M=.50398 Vj=.50227 Isr=7.6036E-6 Nr=1.2000 Bv=30 Trs1=3.7500E-3 Iave=30 Vpk=30 mfg=Rohm type=Schottky)
.model RBR10NS40A D(Is=1.0130E-6 N=1.0075 Rs=26.365E-3 Ikf=2.9273 Xti=2 Eg=.65 Cjo=458.23E-12 M=.50133 Vj=.50065 Isr=1.3996E-6 Nr=1.2500 Bv=40 Trs1=1.9500E-3 Iave=10 Vpk=40 mfg=Rohm type=Schottky)
.model RBR20NS40A D(Is=2.9784E-6 N=1.0246 Rs=12.105E-3 Ikf=570.05 Xti=2 Eg=.65 Cjo=1.0972E-9 M=.52072 Vj=.5031 Isr=4.3877E-6 Nr=1.2800 Bv=40 Trs1=0.004 Iave=20 Vpk=40 mfg=Rohm type=Schottky)
.model RBR30NS40A D(Is=3.7793E-6 N=1.0280 Rs=1.1195E-2 Ikf=946.21 Xti=2 Eg=.64 Cjo=1.3486E-9 M=.4965 Vj=.50293 Isr=4.0966E-6 Nr=1.1500 Bv=40 Trs1=3.9800E-3 Iave=30 Vpk=40 mfg=Rohm type=Schottky)
.model RBR10NS60A D(Is=0.9016E-6 N=1.0135 Rs=33.566E-3 Ikf=1.5095 Xti=2 Eg=.69 Cjo=428.86E-12 M=.51283 Vj=.50135 Isr=3.5107E-6 Nr=1.2300 Bv=60 Trs1=2.1000E-3 Iave=10 Vpk=60 mfg=Rohm type=Schottky)
.model RBR20NS60A D(Is=2.6355E-6 N=1.0226 Rs=18.260E-3 Ikf=842.89 Xti=2 Eg=.69 Cjo=955.92E-12 M=.52342 Vj=.50194 Isr=7.5378E-6 Nr=1.2100 Bv=60 Trs1=2.1000E-3 Iave=20 Vpk=60 mfg=Rohm type=Schottky)
.model RBR30NS60A D(Is=3.6130E-6 N=1.0317 Rs=14.047E-3 Ikf=163.96 Xti=2 Eg=.68 Cjo=1.3042E-9 M=.52151 Vj=0.5033 Isr=11.8666E-6 Nr=1.2400 Bv=60 Trs1=2.1000E-3 Iave=30 Vpk=60 mfg=Rohm type=Schottky)
.model RBR10T30A D(Is=8.7382E-7 N=.98695 Rs=1.9262E-2 Ikf=450.66 Xti=2 Eg=.71 Cjo=5.7260E-10 M=.4948 Vj=.50736 Isr=1.8757E-6 Nr=1.2500 Bv=30 Trs1=3.7500E-3 Iave=10 Vpk=30 mfg=Rohm type=Schottky)
.model RBR20T30A D(Is=2.3438E-6 N=0.9999 Rs=7.7133E-3 Ikf=176.44 Xti=2 Eg=.69 Cjo=1.3096E-9 M=.50398 Vj=.50227 Isr=4.6036E-6 Nr=1.2000 Bv=30 Trs1=4.2500E-3 Iave=20 Vpk=30 mfg=Rohm type=Schottky)
.model RBR30T30A D(Is=2.1438E-6 N=0.9579 Rs=6.7133E-3 Ikf=176.44 Xti=2 Eg=.68 Cjo=1.7096E-9 M=.50398 Vj=.50227 Isr=7.6036E-6 Nr=1.2000 Bv=30 Trs1=3.7500E-3 Iave=30 Vpk=30 mfg=Rohm type=Schottky)
.model RBR10T40A D(Is=1.0130E-6 N=1.0075 Rs=26.365E-3 Ikf=2.9273 Xti=2 Eg=.65 Cjo=458.23E-12 M=.50133 Vj=.50065 Isr=1.3996E-6 Nr=1.2500 Bv=40 Trs1=1.9500E-3 Iave=10 Vpk=40 mfg=Rohm type=Schottky)
.model RBR20T40A D(Is=2.9784E-6 N=1.0246 Rs=12.105E-3 Ikf=570.05 Xti=2 Eg=.65 Cjo=1.0972E-9 M=.52072 Vj=.5031 Isr=3.8577E-6 Nr=1.3000 Bv=40 Trs1=3.1500E-3 Iave=20 Vpk=40 mfg=Rohm type=Schottky)
.model RBR30T40A D(Is=3.7793E-6 N=1.0280 Rs=1.1195E-2 Ikf=946.21 Xti=2 Eg=.64 Cjo=1.3486E-9 M=.4965 Vj=.50293 Isr=4.0966E-6 Nr=1.1500 Bv=40 Trs1=3.9800E-3 Iave=30 Vpk=40 mfg=Rohm type=Schottky)
.model RBR10T60A D(Is=0.9016E-6 N=1.0135 Rs=33.566E-3 Ikf=1.5095 Xti=2 Eg=.69 Cjo=428.86E-12 M=.51283 Vj=.50135 Isr=3.5107E-6 Nr=1.2300 Bv=60 Trs1=2.1000E-3 Iave=10 Vpk=60 mfg=Rohm type=Schottky)
.model RBR20T60A D(Is=2.6355E-6 N=1.0226 Rs=18.260E-3 Ikf=842.89 Xti=2 Eg=.69 Cjo=955.92E-12 M=.52342 Vj=.50194 Isr=7.5378E-6 Nr=1.2100 Bv=60 Trs1=2.1000E-3 Iave=20 Vpk=60 mfg=Rohm type=Schottky)
.model RBR30T60A D(Is=3.6130E-6 N=1.0317 Rs=14.047E-3 Ikf=163.96 Xti=2 Eg=.68 Cjo=1.3042E-9 M=.52151 Vj=0.5033 Isr=11.8666E-6 Nr=1.2400 Bv=60 Trs1=2.1000E-3 Iave=30 Vpk=60 mfg=Rohm type=Schottky)
.model BZX84B6V2L D(Is=990.87E-18 N=1.056 Rs=149.7m Ikf=15.79 Cjo=33.12p M=319.2m Vj=617.4m Isr=987.9f Nr=3.8 Bv=6.2 Ibv=5m tt=65n Nbv=500m Tbv1=403u Ibvl=20u Nbvl=11 Vpk=6.2 mfg=Rohm type=Zener)
.model BZX84B6V8L D(Is=2.448f N=1.078 Rs=223.3m Ikf=7.076 Cjo=28.4p M=342m Vj=718.4m Isr=1.708p Nr=3.2 Bv=6.8 Ibv=5m tt=85n Nbv=100m Tbv1=418u Ibvl=3u Nbvl=10 Vpk=6.8 mfg=Rohm type=Zener)
.model BZX84B7V5L D(Is=2.073f N=1.087 Rs=181.4m Ikf=6.239 Cjo=32.48p M=318.3m Vj=497.8m Isr=4.3p Nr=2.68 Bv=7.5 Ibv=5m tt=65n Nbv=300m Tbv1=479u Ibvl=1u Nbvl=14 Vpk=7.5 mfg=Rohm type=Zener)
.model BZX84B8V2L D(Is=732.20E-18 N=1.061 Rs=203.9m Ikf=18.52 Cjo=28.84p M=315.6m Vj=510.6m Isr=5.028p Nr=3.3 Bv=8.2 Ibv=5m tt=69n Nbv=100m Tbv1=549u Ibvl=100n Nbvl=14 Vpk=8.2 mfg=Rohm type=Zener)
.model BZX84B9V1L D(Is=930.90E-18 N=1.066 Rs=283.2m Ikf=21.5 Cjo=24.85p M=319.6m Vj=530.2m Isr=2.836p Nr=3 Bv=9.1 Ibv=5m tt=102n Nbv=200m Tbv1=593u Ibvl=20n Nbvl=11 Vpk=9.1 mfg=Rohm type=Zener)
.model BZX84B10VL D(Is=50.452E-18 N=990.9m Rs=296.8m Ikf=3.621 Cjo=22.22p M=313.5m Vj=551m Isr=1.611p Nr=2.8 Bv=10 Ibv=5m tt=128n Nbv=200m Tbv1=584u Ibvl=500p Nbvl=16 Vpk=10 mfg=Rohm type=Zener)
.model BZX84B11VL D(Is=860.70E-18 N=1.063 Rs=281.7m Ikf=305.4m Cjo=20.32p M=311.6m Vj=564.5m Isr=1.336p Nr=2.84 Bv=11 Ibv=5m tt=163n Nbv=250m Tbv1=682u Ibvl=200p Nbvl=18 Vpk=11 mfg=Rohm type=Zener)
.model BZX84B12VL D(Is=926.42E-18 N=1.062 Rs=231.3m Ikf=4.908 Cjo=18.08p M=305.6m Vj=568m Isr=4.364p Nr=4 Bv=12 Ibv=5m tt=185n Nbv=300m Tbv1=664u Nbvl=26.2 Ibvl=10p Vpk=12 mfg=Rohm type=Zener)
.model BZX84B13VL D(Is=3.561f N=1.098 Rs=299.3m Ikf=4.123 Cjo=16.26p M=314.7m Vj=589.2m Isr=4.302p Nr=4 Bv=13 Ibv=5m tt=185n Nbv=300m Tbv1=664u Ibvl=5p Nbvl=39.2 Vpk=13 mfg=Rohm type=Zener)
.model BZX84B15VL D(Is=2.256f N=1.088 Rs=251.6m Ikf=6.363 Cjo=17.61p M=309.9m Vj=513.3m Isr=4.045p Nr=4 Bv=15 Ibv=5m tt=151n Nbv=400m Tbv1=709u Ibvl=15p Nbvl=60 Vpk=15 mfg=Rohm type=Zener)
.model BZX84B16VL D(Is=1.883f N=1.082 Rs=202.4m Ikf=9.347 Cjo=16.47p M=306.3m Vj=516.4m Isr=4.096p Nr=4 Bv=16 Ibv=5m tt=137n Nbv=400m Tbv1=725u Ibvl=15p Nbvl=60 Vpk=16 mfg=Rohm type=Zener)
.model BZX84B18VL D(Is=5.036f N=1.105 Rs=202.1m Ikf=5.516 Cjo=14.9p M=295.8m Vj=508.9m Isr=3.031p Nr=4 Bv=18 Ibv=5m tt=171n Nbv=400m Tbv1=721u Ibvl=10p Nbvl=60 Vpk=18 mfg=Rohm type=Zener)
.model BZX84B20VL D(Is=5.721f N=1.107 Rs=199.9m Ikf=4.375 Cjo=13.45p M=300.2m Vj=542.4m Isr=1.73p Nr=4 Bv=20 Ibv=5m tt=182n Nbv=400m Tbv1=790u Ibvl=2p Nbvl=80 Vpk=20 mfg=Rohm type=Zener)
.model BZX84B22VL D(Is=7.601f N=1.116 Rs=227.1m Ikf=1.351 Cjo=12.43p M=290.1m Vj=534.3m Isr=1.784p Nr=4 Bv=22 Ibv=5m tt=187n Nbv=400m Tbv1=808u Ibvl=2p Nbvl=80 Vpk=22 mfg=Rohm type=Zener)
.model BZX84B24VL D(Is=3.246f N=1.075 Rs=231.8m Ikf=329.1m Cjo=11p M=320.5m Vj=588.4m Isr=1.652p Nr=3.3 Bv=24 Ibv=5m tt=205n Nbv=400m Tbv1=823u Ibvl=2p Nbvl=80 Vpk=24 mfg=Rohm type=Zener)
.model BZX84B27VL D(Is=1.359f N=1.036 Rs=293.5m Ikf=139.7m Cjo=10.47p M=291.5m Vj=546.1m Isr=1.789p Nr=3.3 Bv=27 Ibv=2m tt=184n Nbv=400m Tbv1=839u Ibvl=2p Nbvl=80 Vpk=27 mfg=Rohm type=Zener)
.model BZX84B30VL D(Is=3.023f N=1.091 Rs=304.1m Ikf=6.364 Cjo=9.311p M=319.7m Vj=583.9m Isr=3.201p Nr=4 Bv=30 Ibv=2m tt=190n Nbv=400m Tbv1=853u Ibvl=2p Nbvl=80 Vpk=30 mfg=Rohm type=Zener)
.model BZX84B33VL D(Is=4.337f N=1.065 Rs=276.3m Ikf=113.5m Cjo=8.996p M=290.6m Vj=530.6m Isr=6.346p Nr=4 Bv=33 Ibv=2m tt=170n Nbv=500m Tbv1=865u Ibvl=2p Nbvl=80 Vpk=33 mfg=Rohm type=Zener)
.model BZX84B36VL D(Is=933.08E-18 N=972.8m Rs=227.7m Ikf=7.84m Cjo=8.079p M=317.8m Vj=579.6m Isr=3.513p Nr=3.6 Bv=36 Ibv=2m tt=205n Nbv=500m Tbv1=874u Ibvl=2p Nbvl=80 Vpk=36 mfg=Rohm type=Zener)
.model BZX84C6V8L D(Is=2.448f N=1.078 Rs=223.3m Ikf=7.076 Cjo=28.4p M=342m Vj=718.4m Isr=1.708p Nr=3.2 Bv=6.8 Ibv=5m tt=85n Nbv=100m Tbv1=418u Ibvl=3u Nbvl=10 Vpk=6.8 mfg=Rohm type=Zener)
.model BZX84C7V5L D(Is=2.073f N=1.087 Rs=181.4m Ikf=6.239 Cjo=32.48p M=318.3m Vj=497.8m Isr=4.3p Nr=2.68 Bv=7.5 Ibv=5m tt=65n Nbv=300m Tbv1=479u Ibvl=1u Nbvl=14 Vpk=7.5 mfg=Rohm type=Zener)
.model BZX84C9V1L D(Is=930.90E-18 N=1.066 Rs=283.2m Ikf=21.5 Cjo=24.85p M=319.6m Vj=530.2m Isr=2.836p Nr=3 Bv=9.1 Ibv=5m tt=102n Nbv=200m Tbv1=593u Ibvl=20n Nbvl=11 Vpk=9.1 mfg=Rohm type=Zener)
.model BZX84C10VL D(Is=50.452E-18 N=990.9m Rs=296.8m Ikf=3.621 Cjo=22.22p M=313.5m Vj=551m Isr=1.611p Nr=2.8 Bv=10 Ibv=5m tt=128n Nbv=200m Tbv1=584u Ibvl=500p Nbvl=16 Vpk=10 mfg=Rohm type=Zener)
.model BZX84C11VL D(Is=860.70E-18 N=1.063 Rs=281.7m Ikf=305.4m Cjo=20.32p M=311.6m Vj=564.5m Isr=1.336p Nr=2.84 Bv=11 Ibv=5m tt=163n Nbv=250m Tbv1=682u Ibvl=200p Nbvl=18 Vpk=11 mfg=Rohm type=Zener)
.model BZX84C12VL D(Is=926.42E-18 N=1.062 Rs=231.3m Ikf=4.908 Cjo=18.08p M=305.6m Vj=568m Isr=4.364p Nr=4 Bv=12 Ibv=5m tt=185n Nbv=300m Tbv1=664u Nbvl=26.2 Ibvl=10p Vpk=12 mfg=Rohm type=Zener)
.model BZX84C13VL D(Is=3.561f N=1.098 Rs=299.3m Ikf=4.123 Cjo=16.26p M=314.7m Vj=589.2m Isr=4.302p Nr=4 Bv=13 Ibv=5m tt=185n Nbv=300m Tbv1=664u Ibvl=5p Nbvl=39.2 Vpk=13 mfg=Rohm type=Zener)
.model BZX84C15VL D(Is=2.256f N=1.088 Rs=251.6m Ikf=6.363 Cjo=17.61p M=309.9m Vj=513.3m Isr=4.045p Nr=4 Bv=15 Ibv=5m tt=151n Nbv=400m Tbv1=709u Ibvl=15p Nbvl=60 Vpk=15 mfg=Rohm type=Zener)
.model BZX84C16VL D(Is=1.883f N=1.082 Rs=202.4m Ikf=9.347 Cjo=16.47p M=306.3m Vj=516.4m Isr=4.096p Nr=4 Bv=16 Ibv=5m tt=137n Nbv=400m Tbv1=725u Ibvl=15p Nbvl=60 Vpk=16 mfg=Rohm type=Zener)
.model BZX84C18VL D(Is=5.036f N=1.105 Rs=202.1m Ikf=5.516 Cjo=14.9p M=295.8m Vj=508.9m Isr=3.031p Nr=4 Bv=18 Ibv=5m tt=171n Nbv=400m Tbv1=721u Ibvl=10p Nbvl=60 Vpk=18 mfg=Rohm type=Zener)
.model BZX84C20VL D(Is=5.721f N=1.107 Rs=199.9m Ikf=4.375 Cjo=13.45p M=300.2m Vj=542.4m Isr=1.73p Nr=4 Bv=20 Ibv=5m tt=182n Nbv=400m Tbv1=790u Ibvl=2p Nbvl=80 Vpk=20 mfg=Rohm type=Zener)
.model BZX84C22VL D(Is=7.601f N=1.116 Rs=227.1m Ikf=1.351 Cjo=12.43p M=290.1m Vj=534.3m Isr=1.784p Nr=4 Bv=22 Ibv=5m tt=187n Nbv=400m Tbv1=808u Ibvl=2p Nbvl=80 Vpk=22 mfg=Rohm type=Zener)
.model BZX84C24VL D(Is=3.246f N=1.075 Rs=231.8m Ikf=329.1m Cjo=11p M=320.5m Vj=588.4m Isr=1.652p Nr=3.3 Bv=24 Ibv=5m tt=205n Nbv=400m Tbv1=823u Ibvl=2p Nbvl=80 Vpk=24 mfg=Rohm type=Zener)
.model BZX84C27VL D(Is=1.359f N=1.036 Rs=293.5m Ikf=139.7m Cjo=10.47p M=291.5m Vj=546.1m Isr=1.789p Nr=3.3 Bv=27 Ibv=2m tt=184n Nbv=400m Tbv1=839u Ibvl=2p Nbvl=80 Vpk=27 mfg=Rohm type=Zener)
.model BZX84C30VL D(Is=3.023f N=1.091 Rs=304.1m Ikf=6.364 Cjo=9.311p M=319.7m Vj=583.9m Isr=3.201p Nr=4 Bv=30 Ibv=2m tt=190n Nbv=400m Tbv1=853u Ibvl=2p Nbvl=80 Vpk=30 mfg=Rohm type=Zener)
.model BZX84C33VL D(Is=4.337f N=1.065 Rs=276.3m Ikf=113.5m Cjo=8.996p M=290.6m Vj=530.6m Isr=6.346p Nr=4 Bv=33 Ibv=2m tt=170n Nbv=500m Tbv1=865u Ibvl=2p Nbvl=80 Vpk=33 mfg=Rohm type=Zener)
.model BZX84C36VL D(Is=933.08E-18 N=972.8m Rs=227.7m Ikf=7.84m Cjo=8.079p M=317.8m Vj=579.6m Isr=3.513p Nr=3.6 Bv=36 Ibv=2m tt=205n Nbv=500m Tbv1=874u Ibvl=2p Nbvl=80 Vpk=36 mfg=Rohm type=Zener)
.model MMBZ6V2AL D(Is=1.618f N=1.012 Rs=57.48m Ikf=581.5m Cjo=185.1p M=349.1m Vj=775.1m Isr=1.574p Nr=3.5 Bv=6.115 Ibv=10m tt=23n Nbv=200m Tbv1=390u Nbvl=9.9 Ibvl=50u Vpk=6.2 mfg=Rohm type=Zener)
.model MMBZ6V8AL D(Is=1.945f N=1.015 Rs=55.96m Ikf=447.1m Cjo=164.1p M=372.9m Vj=836.8m Isr=8.775p Nr=3 Bv=6.66 Ibv=20m tt=28n Nbv=200m Tbv1=440u Nbvl=10.6 Ibvl=4u Vpk=6.8 mfg=Rohm type=Zener)
.model MMBZ9V1AL D(Is=1.198f N=1.022 Rs=50.64m Ikf=667.4m Cjo=126.4p M=352.3m Vj=758.8m Isr=8.284p Nr=2.9 Bv=8.79 Ibv=20m tt=42n Nbv=200m Tbv1=580u Nbvl=16.5 Ibvl=100n Vpk=9.1 mfg=Rohm type=Zener)
.model MMBZ10VAL D(Is=824.32E-18 N=1.012 Rs=62.06m Ikf=536.1m Cjo=111.3p M=347.8m Vj=759.4m Isr=2.341p Nr=3.4 Bv=9.655 Ibv=20m tt=53n Nbv=300m Tbv1=560u Nbvl=15.5 Ibvl=30n Vpk=10 mfg=Rohm type=Zener)
.model MMBZ12VAL D(Is=1.156f N=1.02 Rs=59.07m Ikf=405.5m Cjo=86p M=346.6m Vj=760m Isr=1.481p Nr=2.3 Bv=11.74 Ibv=10m tt=91n Nbv=700m Tbv1=700u Nbvl=30.7 Ibvl=1n Vpk=12 mfg=Rohm type=Zener)
.model MMBZ15VAL D(Is=856.98E-18 N=1.019 Rs=58.94m Ikf=730.5m Cjo=79.9p M=361.1m Vj=751.1m Isr=5p Nr=3.1 Bv=14.26 Ibv=10m tt=126n Nbv=600m Tbv1=700u Nbvl=10.5 Ibvl=1u Vpk=15 mfg=Rohm type=Zener)
.model MMBZ16VAL D(Is=954.34E-18 N=1.021 Rs=48.97m Ikf=794.3m Cjo=72.2p M=358m Vj=760m Isr=4.264p Nr=3.2 Bv=15.65 Ibv=10m tt=137n Nbv=900m Tbv1=750u Nbvl=11.5 Ibvl=1u Vpk=16 mfg=Rohm type=Zener)
.model MMBZ18VAL D(Is=608.54E-18 N=1.009 Rs=54.04m Ikf=601.2m Cjo=65.3p M=357.6m Vj=771.9m Isr=3.568p Nr=3 Bv=17.26 Ibv=10m tt=165n Nbv=800m Tbv1=760u Nbvl=14 Ibvl=1u Vpk=18 mfg=Rohm type=Zener)
.model MMBZ20VAL D(Is=834.38E-18 N=1.016 Rs=45.97m Ikf=678.7m Cjo=58.8p M=351m Vj=761.5m Isr=1.714p Nr=2.9 Bv=19.11 Ibv=10m tt=185n Nbv=500m Tbv1=790u Nbvl=11 Ibvl=1u Vpk=20 mfg=Rohm type=Zener)
.model MMBZ24VAL D(Is=1.648f N=1.031 Rs=58.81m Ikf=479.9m Cjo=48.4p M=348.2m Vj=764.9m Isr=1.357p Nr=2.5 Bv=23.19 Ibv=5m tt=243n Nbv=400m Tbv1=820u Nbvl=11.5 Ibvl=1.2u Vpk=24 mfg=Rohm type=Zener)
.model MMBZ27VAL D(Is=1.625f N=1.031 Rs=54.71m Ikf=454.8m Cjo=43.7p M=338.1m Vj=640.9m Isr=1.368p Nr=3.25 Bv=25.62 Ibv=5m tt=278n Nbv=400m Tbv1=825u Ibvl=1.14n Nbvl=34 Vpk=27 mfg=Rohm type=Zener)
.model MMBZ30VAL D(Is=1.443f N=1.028 Rs=48.56m Ikf=414.2m Cjo=40.2p M=346.3m Vj=759.5m Isr=1.262p Nr=3.24 Bv=28.42 Ibv=5m tt=278n Nbv=300m Tbv1=790u Ibvl=1.14n Nbvl=34 Vpk=30 mfg=Rohm type=Zener)
.model MMBZ33VAL D(Is=2.143f N=1.039 Rs=58.13m Ikf=401.3m Cjo=36.6p M=346.1m Vj=757.8m Isr=2.208p Nr=2.9 Bv=31.1 Ibv=5m tt=336n Nbv=400m Tbv1=840u Ibvl=1.15n Nbvl=38 Vpk=33 mfg=Rohm type=Zener)
.model RR1VWM4S D(Is=5.327n N=1.928 Rs=108.2m Ikf=844.5m Eg=1.09 Cjo=6.619p M=376.5m Vj=501.2m Isr=262.7p Nr=4.3 Bv=400 tt=2.08u Trs1=1.2m Tikf=6m Iave=1 Vpk=400 mfg=Rohm type=Rectifier)
.model RR1VWM6S D(Is=1.918n N=1.825 Rs=97.66m Ikf=560.9m Eg=1.13 Cjo=5.4p M=347m Vj=505.5m Isr=817.5p Nr=2.1 Bv=600 tt=2.087u Trs1=1.5m Iave=1 Vpk=600 mfg=Rohm type=Rectifier)
.model RRE02VTM4S D(Is=29.65p N=1.52 Rs=197.2m Ikf=113.2m Eg=1.07 Cjo=3.4p M=318.4m Vj=502.6m Isr=221.2p Nr=4.3 Bv=400 tt=456.2n Trs1=350u Iave=0.2 Vpk=400 mfg=Rohm type=Rectifier)
.model RRE07VTM4S D(Is=814.7p N=1.647 Rs=165m Ikf=101.9 Eg=1.03 Cjo=12.5p M=383.1m Vj=506.4m Isr=132.2p Nr=3.8 Bv=400 tt=1.186u Trs1=150u Iave=0.7 Vpk=400 mfg=Rohm type=Rectifier)
.model RRE02VTM6S D(Is=262.7p N=1.693 Rs=182.2m Ikf=165m Eg=1.06 Cjo=2.9p M=316.1m Vj=504m Isr=1.511n Nr=4.97 Bv=600 tt=875.2n Trs1=280u Iave=0.2 Vpk=600 mfg=Rohm type=Rectifier)
.model RRE07VTM6S D(Is=572p N=1.701 Rs=109.1m Ikf=456.1 Cjo=6.4p M=408.6m Vj=507.4m Isr=93.5p Nr=3 Bv=600 tt=1.36u Trs1=3.5m Iave=0.7 Vpk=600 mfg=Rohm type=Rectifier)
.model RR264MM-400 D(Is=1.565n N=1.725 Rs=58.75m Ikf=51.36 Eg=960m Cjo=14.82p M=356.4m Vj=504.6m Isr=1.419n Nr=3.2 Bv=400 tt=6.9u Trs1=2.6m Iave=0.7 Vpk=400 mfg=Rohm type=Rectifier)
.model RR268MM-600 D(Is=5.575n N=1.838 Rs=42.54m Ikf=1.168 Eg=1.02 Cjo=16p M=358.1m Vj=502.5m Isr=1.673n Nr=2.4 Bv=600 tt=3.12u Trs1=1m Tikf=30m Iave=1 Vpk=600 mfg=Rohm type=Rectifier)
.model RR1LAM4S D(Is=12.75n N=1.874 Rs=40.23m Ikf=96.24 Eg=970m Cjo=23p M=364.3m Vj=502.9m Isr=200.2p Nr=2.1 Bv=500 tt=3.914u Trs1=500u Iave=1 Vpk=500 mfg=Rohm type=Rectifier)
.model RR2LAM4S D(Is=201.7p N=1.48 Rs=16.07m Ikf=11.64 Eg=1.05 Cjo=49p M=376.5m Vj=509.9m Isr=1.34n Nr=3.3 Bv=400 tt=5.2u Trs1=2.5m Iave=2 Vpk=400 mfg=Rohm type=Rectifier)
.model RR1LAM6S D(Is=7.11n N=1.828 Rs=38.55m Ikf=4.734 Eg=1.02 Cjo=17.95p M=379.8m Vj=503.7m Isr=676.1p Nr=2.1 Bv=750 tt=3.93u Trs1=10u Tikf=10m Iave=1 Vpk=750 mfg=Rohm type=Rectifier)
.model RR2LAM6S D(Is=1.539n N=1.631 Rs=16.85m Ikf=17.96 Eg=970m Cjo=44p M=402.3m Vj=512.6m Isr=1.421n Nr=3.3 Bv=600 tt=5.93u Trs1=1m Iave=2 Vpk=600 mfg=Rohm type=Rectifier)
.model RRE04EA4D D(Is=946.5p N=1.816 Rs=181.6m Ikf=286.4 Eg=1.05 Cjo=3.4p M=353m Vj=758.4m Isr=77.23p Bv=400 tt=737.4n Trs1=1.5m Iave=0.2 Vpk=400 mfg=Rohm type=Rectifier)
.model RR274EA-400 D(Is=10.04p N=1.398 Rs=133.7m Ikf=398.8m Cjo=14.09p M=383.6m Vj=450.9m Isr=1.446n Nr=2.5 Bv=400 tt=3.55u Iave=0.5 Vpk=400 mfg=Rohm type=Rectifier)
.model RRE04EA6D D(Is=262.7p N=1.693 Rs=182.2m Ikf=165m Eg=1.06 Cjo=2.9p M=316.1m Vj=504m Isr=1.511n Nr=4.97 Bv=600 tt=875.2n Trs1=280u Iave=0.2 Vpk=600 mfg=Rohm type=Rectifier)
.model RRU1LAM4S D(Is=72.17n N=2.043 Rs=75.31m Ikf=51.36m Cjo=33.99p M=514.8m Vj=477.5m Isr=512.4f Bv=500 tt=245n Iave=1 Vpk=500 mfg=Rohm type=Rectifier)
.model RR601BM4S D(Is=992.2p N=1.51 Rs=18.5m Ikf=999.2 Eg=1.1 Cjo=132.9p M=430.9m Vj=502.2m Isr=1.022n Nr=2.3 Bv=400 tt=2.538u Trs1=1m Iave=6 Vpk=400 mfg=Rohm type=Rectifier)
.model RB075BM40S D(Is=13.74n N=1.045 Rs=23.2m Ikf=1.734 Xti=2 Eg=830m Cjo=622.5p M=473.3m Vj=453.7m Isr=4.756n Bv=40 Iave=5 Vpk=40 mfg=Rohm type=Schottky)
.model RB078BM30S D(Is=9.178n N=1.026 Rs=12.21m Ikf=1.714 Xti=2 Eg=810m Cjo=724p M=524.9m Vj=866.8m Isr=12.14n Nr=1.25 Bv=35 Trs1=2m Iave=5 Vpk=35 mfg=Rohm type=Schottky)
.model RB088BM100 D(Is=80.7n N=1.202 Rs=15.54m Ikf=88.38m Xti=2 Eg=780m Cjo=515.7p M=552.9m Vj=506.9m Isr=2.861n Nr=1.1 Bv=110 Trs1=325u Iave=5 Vpk=100 mfg=Rohm type=Schottky)
.model RB088BM150 D(Is=19.61n N=1.094 Rs=9.922m Ikf=45.39m Xti=2 Eg=800m Cjo=440p M=498.6m Vj=524.2m Isr=5.85n Nr=1.4 Bv=150 Iave=5 Vpk=150 mfg=Rohm type=Schottky)
.model RB088BM-30 D(Is=25.05n N=1.052 Rs=10.51m Ikf=1.291 Xti=2 Eg=780m Cjo=712.7p M=494.2m Vj=571.7m Isr=43.58n Nr=1.23 Bv=35 Trs1=1m Iave=5 Vpk=35 mfg=Rohm type=Schottky)
.model RB088BM-40 D(Is=22.25n N=1.053 Rs=23.92m Ikf=3.486 Xti=2 Eg=810m Cjo=594.5p M=506.2m Vj=600.1m Isr=19.86n Nr=1.2 Bv=45 Trs1=100u Tikf=6m Iave=5 Vpk=45 mfg=Rohm type=Schottky)
.model RB088BM-60 D(Is=16.65n N=1.036 Rs=12.82m Ikf=46.62m Xti=2 Eg=830m Cjo=470p M=474.3m Vj=502.1m Isr=19.59n Nr=1.3 Bv=60 Trs1=220u Iave=5 Vpk=60 mfg=Rohm type=Schottky)
.model RB088NS100 D(Is=80.7n N=1.202 Rs=15.54m Ikf=88.38m Xti=2 Eg=780m Cjo=515.7p M=552.9m Vj=506.9m Isr=2.861n Nr=1.1 Bv=110 Trs1=325u Iave=5 Vpk=110 mfg=Rohm type=Schottky)
.model RB088NS150 D(Is=19.61n N=1.094 Rs=9.922m Ikf=45.39m Xti=2 Eg=800m Cjo=440p M=498.6m Vj=524.2m Isr=5.85n Nr=1.4 Bv=150 Iave=5 Vpk=150 mfg=Rohm type=Schottky)
.model RB088NS-30 D(Is=25.05n N=1.052 Rs=10.51m Ikf=1.291 Xti=2 Eg=780m Cjo=712.7p M=494.2m Vj=571.7m Isr=43.58n Nr=1.23 Bv=35 Trs1=1m Iave=5 Vpk=35 mfg=Rohm type=Schottky)
.model RB088NS-40 D(Is=22.25n N=1.053 Rs=23.92m Ikf=3.486 Xti=2 Eg=810m Cjo=594.5p M=506.2m Vj=600.1m Isr=19.86n Nr=1.2 Bv=45 Trs1=100u Tikf=6m Iave=5 Vpk=45 mfg=Rohm type=Schottky)
.model RB088NS-60 D(Is=16.65n N=1.036 Rs=12.82m Ikf=46.62m Xti=2 Eg=830m Cjo=470p M=474.3m Vj=502.1m Isr=19.59n Nr=1.3 Bv=60 Trs1=220u Iave=5 Vpk=60 mfg=Rohm type=Schottky)
.model RB088T100 D(Is=80.7n N=1.202 Rs=15.54m Ikf=88.38m Xti=2 Eg=780m Cjo=515.7p M=552.9m Vj=506.9m Isr=2.861n Nr=1.1 Bv=110 Trs1=325u Iave=5 Vpk=110 mfg=Rohm type=Schottky)
.model RB088T150 D(Is=19.61n N=1.094 Rs=9.922m Ikf=45.39m Xti=2 Eg=800m Cjo=440p M=498.6m Vj=524.2m Isr=5.85n Nr=1.4 Bv=150 Iave=5 Vpk=150 mfg=Rohm type=Schottky)
.model RB088T-30 D(Is=25.05n N=1.052 Rs=10.51m Ikf=1.291 Xti=2 Eg=780m Cjo=712.7p M=494.2m Vj=571.7m Isr=43.58n Nr=1.23 Bv=35 Trs1=1m Iave=5 Vpk=35 mfg=Rohm type=Schottky)
.model RB088T-40 D(Is=22.25n N=1.053 Rs=23.92m Ikf=3.486 Xti=2 Eg=810m Cjo=594.5p M=506.2m Vj=600.1m Isr=19.86n Nr=1.2 Bv=45 Trs1=100u Tikf=6m Iave=5 Vpk=45 mfg=Rohm type=Schottky)
.model RB088T-60 D(Is=16.65n N=1.036 Rs=12.82m Ikf=46.62m Xti=2 Eg=830m Cjo=470p M=474.3m Vj=502.1m Isr=19.59n Nr=1.3 Bv=60 Trs1=220u Iave=5 Vpk=60 mfg=Rohm type=Schottky)
.model RB098BM100 D(Is=11.47n N=1.01 Rs=18.28m Ikf=32.28m Xti=2 Eg=820m Cjo=538.1p M=516.4m Vj=604.9m Isr=7.865n Nr=1.15 Bv=100 Trs1=340u Iave=3 Vpk=110 mfg=Rohm type=Schottky)
.model RB098BM150 D(Is=23.28n N=1.146 Rs=16.35m Ikf=20.6m Xti=2 Eg=850m Cjo=301p M=496.6m Vj=547.3m Isr=12.7n Nr=1.3 Bv=150 Iave=3 Vpk=150 mfg=Rohm type=Schottky)
.model RB098BM-30 D(Is=10.31n N=1.055 Rs=22.95m Ikf=3.043 Xti=2 Eg=820m Cjo=434.4p M=488m Vj=568.6m Isr=15.61n Nr=1.23 Bv=35 Trs1=500u Tikf=7m Iave=3 Vpk=35 mfg=Rohm type=Schottky)
.model RB098BM-40 D(Is=9.137n N=1.054 Rs=33.07m Ikf=1.612 Xti=2 Eg=800m Cjo=363.4p M=508.2m Vj=599.6m Isr=15.2n Nr=1.2 Bv=45 Trs1=1.5m Tikf=6m Iave=3 Vpk=45 mfg=Rohm type=Schottky)
.model RB098BM-60 D(Is=8.092n N=1.045 Rs=43.66m Ikf=394.6m Xti=2 Eg=810m Cjo=293.3p M=497.1m Vj=563.5m Isr=14.11n Nr=1.23 Bv=60 Trs1=1.5m Tikf=6m Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RB218NS100 D(Is=49.99n N=1.1 Rs=7.542m Ikf=128.3m Xti=2 Eg=830m Cjo=842p M=527.5m Vj=596.3m Isr=14.32n Nr=1.25 Bv=110 Trs1=620u Iave=10 Vpk=110 mfg=Rohm type=Schottky)
.model RB218NS150 D(Is=117n N=1.24 Rs=5.268m Ikf=154.6m Xti=2 Eg=840m Cjo=756p M=506.1m Vj=558m Isr=16.52n Nr=1.35 Bv=150 Tikf=15m Trs1=520u Iave=10 Vpk=150 mfg=Rohm type=Schottky)
.model RB218NS-30 D(Is=28.15n N=1.034 Rs=7.52m Ikf=11.2 Xti=2 Eg=810m Cjo=1.447n M=504.5m Vj=597.4m Isr=58.56n Nr=1.23 Bv=35 Trs1=500u Tikf=6m Iave=10 Vpk=35 mfg=Rohm type=Schottky)
.model RB218NS-40 D(Is=35.84n N=1.053 Rs=11.32m Ikf=4.396 Xti=2 Eg=810m Cjo=1.192n M=517.6m Vj=624.3m Isr=42.19n Nr=1.2 Bv=45 Trs1=300u Tikf=6m Iave=10 Vpk=45 mfg=Rohm type=Schottky)
.model RB218NS-60 D(Is=34.05n N=1.084 Rs=8.284m Ikf=849.8m Xti=2 Eg=850m Cjo=966p M=498.2m Vj=507.6m Isr=26.15n Nr=1.35 Bv=60 Trs1=1.12m Iave=10 Vpk=60 mfg=Rohm type=Schottky)
.model RB218T100 D(Is=49.99n N=1.1 Rs=7.542m Ikf=128.3m Xti=2 Eg=830m Cjo=842p M=527.5m Vj=596.3m Isr=14.32n Nr=1.25 Bv=110 Trs1=620u Iave=10 Vpk=110 mfg=Rohm type=Schottky)
.model RB218T150 D(Is=117n N=1.24 Rs=5.268m Ikf=154.6m Xti=2 Eg=840m Cjo=756p M=506.1m Vj=558m Isr=16.52n Nr=1.35 Bv=150 Tikf=15m Trs1=520u Iave=10 Vpk=150 mfg=Rohm type=Schottky)
.model RB218T-30 D(Is=28.15n N=1.034 Rs=7.52m Ikf=11.2 Xti=2 Eg=810m Cjo=1.447n M=504.5m Vj=597.4m Isr=58.56n Nr=1.23 Bv=35 Trs1=500u Tikf=6m Iave=10 Vpk=35 mfg=Rohm type=Schottky)
.model RB218T-40 D(Is=35.84n N=1.053 Rs=11.32m Ikf=4.396 Xti=2 Eg=810m Cjo=1.192n M=517.6m Vj=624.3m Isr=42.19n Nr=1.2 Bv=45 Trs1=300u Tikf=6m Iave=10 Vpk=45 mfg=Rohm type=Schottky)
.model RB218T-60 D(Is=34.05n N=1.084 Rs=8.284m Ikf=849.8m Xti=2 Eg=850m Cjo=966p M=498.2m Vj=507.6m Isr=26.15n Nr=1.35 Bv=60 Trs1=1.12m Iave=10 Vpk=60 mfg=Rohm type=Schottky)
.model RB228NS100 D(Is=14.68n N=1.156 Rs=5.485m Ikf=265.4m Xti=2 Eg=730m Cjo=516p M=544.2m Vj=515.7m Isr=5.388n Nr=1.5 Bv=110 Iave=15 Vpk=110 mfg=Rohm type=Schottky)
.model RB228NS150 D(Is=84.14n N=1.183 Rs=8.362m Ikf=150.7m Xti=2 Eg=770m Cjo=1.014n M=511.2m Vj=561.6m Isr=14.05n Nr=1.15 Bv=150 Trs1=425u Iave=15 Vpk=150 mfg=Rohm type=Schottky)
.model RB228NS-30 D(Is=57.66n N=1.045 Rs=5.515m Ikf=11.97 Xti=2 Eg=810m Cjo=2.197n M=506.5m Vj=552.7m Isr=79.98n Nr=1.23 Bv=35 Trs1=1.8m Tikf=6m Iave=15 Vpk=35 mfg=Rohm type=Schottky)
.model RB228NS-40 D(Is=53.7n N=1.04 Rs=6.766m Ikf=2.54 Xti=2 Eg=810m Cjo=1.876n M=518.3m Vj=547.8m Isr=62.2n Nr=1.23 Bv=45 Trs1=1.2m Tikf=4m Iave=15 Vpk=45 mfg=Rohm type=Schottky)
.model RB228NS-60 D(Is=31.67n N=1.024 Rs=8.742m Ikf=1.05 Xti=2 Eg=810m Cjo=1.462n M=517m Vj=574.1m Isr=44.29n Nr=1.2 Bv=60 Trs1=1m Tikf=4m Iave=15 Vpk=60 mfg=Rohm type=Schottky)
.model RB228T100 D(Is=14.68n N=1.156 Rs=5.485m Ikf=265.4m Xti=2 Eg=730m Cjo=516p M=544.2m Vj=515.7m Isr=5.388n Nr=1.5 Bv=110 Iave=15 Vpk=110 mfg=Rohm type=Schottky)
.model RB228T150 D(Is=84.14n N=1.183 Rs=8.362m Ikf=150.7m Xti=2 Eg=770m Cjo=1.014n M=511.2m Vj=561.6m Isr=14.05n Nr=1.15 Bv=150 Trs1=425u Iave=15 Vpk=150 mfg=Rohm type=Schottky)
.model RB228T-30 D(Is=57.66n N=1.045 Rs=5.515m Ikf=11.97 Xti=2 Eg=810m Cjo=2.197n M=506.5m Vj=552.7m Isr=79.98n Nr=1.23 Bv=35 Trs1=1.8m Tikf=6m Iave=15 Vpk=35 mfg=Rohm type=Schottky)
.model RB228T-40 D(Is=53.7n N=1.04 Rs=6.766m Ikf=2.54 Xti=2 Eg=810m Cjo=1.876n M=518.3m Vj=547.8m Isr=62.2n Nr=1.23 Bv=45 Trs1=1.2m Tikf=4m Iave=15 Vpk=45 mfg=Rohm type=Schottky)
.model RB228T-60 D(Is=31.67n N=1.024 Rs=8.742m Ikf=1.05 Xti=2 Eg=810m Cjo=1.462n M=517m Vj=574.1m Isr=44.29n Nr=1.2 Bv=60 Trs1=1m Tikf=4m Iave=15 Vpk=60 mfg=Rohm type=Schottky)
.model RB238NS100 D(Is=33n N=1.047 Rs=6.853m Ikf=1.094 Xti=2 Eg=840m Cjo=1.8n M=538.2m Vj=673.4m Isr=36.59n Nr=1.22 Bv=110 Tikf=9m Trs1=3.15m Iave=20 Vpk=110 mfg=Rohm type=Schottky)
.model RB238NS150 D(Is=294.3n N=1.158 Rs=4.97m Ikf=280.8m Xti=2 Eg=770m Cjo=1.609n M=505.7m Vj=508.7m Isr=10.47n Nr=1.17 Bv=150 Trs1=425u Iave=20 Vpk=150 mfg=Rohm type=Schottky)
.model RB238NS-30 D(Is=60.11n N=1.046 Rs=4.057m Ikf=13.88 Xti=2 Eg=810m Cjo=2.797n M=512.3m Vj=575.8m Isr=84.37n Nr=1.23 Bv=35 Trs1=1.4m Tikf=5.5m Iave=20 Vpk=35 mfg=Rohm type=Schottky)
.model RB238NS-40 D(Is=62.15n N=1.04 Rs=5.924m Ikf=8.326 Xti=2 Eg=800m Cjo=2.301n M=516.9m Vj=618.6m Isr=111n Nr=1.23 Bv=45 Trs1=500u Tikf=5m Iave=20 Vpk=45 mfg=Rohm type=Schottky)
.model RB238NS-60 D(Is=41.45n N=1.033 Rs=6.648m Ikf=1.826 Xti=2 Eg=790m Cjo=1.827n M=512.8m Vj=572.3m Isr=53.36n Nr=1.2 Bv=60 Trs1=2.5m Tikf=4m Iave=20 Vpk=60 mfg=Rohm type=Schottky)
.model RB238T100 D(Is=33n N=1.047 Rs=6.853m Ikf=1.094 Xti=2 Eg=840m Cjo=1.8n M=538.2m Vj=673.4m Isr=36.59n Nr=1.22 Bv=110 Tikf=9m Trs1=3.15m Iave=20 Vpk=110 mfg=Rohm type=Schottky)
.model RB238T150 D(Is=294.3n N=1.158 Rs=4.97m Ikf=280.8m Xti=2 Eg=770m Cjo=1.609n M=505.7m Vj=508.7m Isr=10.47n Nr=1.17 Bv=150 Trs1=425u Iave=20 Vpk=150 mfg=Rohm type=Schottky)
.model RB238T-30 D(Is=60.11n N=1.046 Rs=4.057m Ikf=13.88 Xti=2 Eg=810m Cjo=2.797n M=512.3m Vj=575.8m Isr=84.37n Nr=1.23 Bv=35 Trs1=1.4m Tikf=5.5m Iave=20 Vpk=35 mfg=Rohm type=Schottky)
.model RB238T-40 D(Is=62.15n N=1.04 Rs=5.924m Ikf=8.326 Xti=2 Eg=800m Cjo=2.301n M=516.9m Vj=618.6m Isr=111n Nr=1.23 Bv=45 Trs1=500u Tikf=5m Iave=20 Vpk=45 mfg=Rohm type=Schottky)
.model RB238T-60 D(Is=41.45n N=1.033 Rs=6.648m Ikf=1.826 Xti=2 Eg=790m Cjo=1.827n M=512.8m Vj=572.3m Isr=53.36n Nr=1.2 Bv=60 Trs1=2.5m Tikf=4m Iave=20 Vpk=60 mfg=Rohm type=Schottky)
.model RB298NS100 D(Is=27.67n N=1.014 Rs=10.42m Ikf=339.3m Xti=2 Eg=810m Cjo=1.212n M=530.5m Vj=591.2m Isr=28.59n Nr=1.17 Bv=110 Trs1=2.5m Tikf=2.8m Iave=15 Vpk=110 mfg=Rohm type=Schottky)
.model RB298T100 D(Is=27.67n N=1.014 Rs=10.42m Ikf=339.3m Xti=2 Eg=810m Cjo=1.212n M=530.5m Vj=591.2m Isr=28.59n Nr=1.17 Bv=110 Trs1=2.5m Tikf=2.8m Iave=15 Vpk=110 mfg=Rohm type=Schottky)
.model RBQ10BM45A D(Is=218.1n N=1.01 Rs=18.8m Ikf=3.478 Xti=2 Eg=690m Cjo=488p M=506.5m Vj=526.1m Isr=325.5n Nr=1.2 Bv=45 Trs1=1m Iave=5 Vpk=45 mfg=Rohm type=Schottky)
.model RBQ10BM65A D(Is=181n N=1.023 Rs=30m Ikf=1.375 Trs1=4m Xti=2 Eg=650m Cjo=403p M=529m Vj=600.9m Isr=770.5n Nr=1.2 Bv=65 Ibv=150u Iave=5 Vpk=65 mfg=Rohm type=Schottky)
.model RBQ10NS45A D(Is=218.1n N=1.01 Rs=18.8m Ikf=3.478 Xti=2 Eg=690m Cjo=488p M=506.5m Vj=526.1m Isr=325.5n Nr=1.2 Bv=45 Trs1=1m Iave=5 Vpk=45 mfg=Rohm type=Schottky)
.model RBQ10NS65A D(Is=181n N=1.023 Rs=30m Ikf=1.375 Trs1=4m Xti=2 Eg=650m Cjo=403p M=529m Vj=600.9m Isr=770.5n Nr=1.2 Bv=65 Ibv=150u Iave=5 Vpk=65 mfg=Rohm type=Schottky)
.model RBQ10T45A D(Is=218.1n N=1.01 Rs=18.8m Ikf=3.478 Xti=2 Eg=690m Cjo=488p M=506.5m Vj=526.1m Isr=325.5n Nr=1.2 Bv=45 Trs1=1m Iave=5 Vpk=45 mfg=Rohm type=Schottky)
.model RBQ10T65A D(Is=181n N=1.023 Rs=30m Ikf=1.375 Trs1=4m Xti=2 Eg=650m Cjo=403p M=529m Vj=600.9m Isr=770.5n Nr=1.2 Bv=65 Ibv=150u Iave=5 Vpk=65 mfg=Rohm type=Schottky)
.model RBQ15BM45A D(Is=541.1n N=1.026 Rs=9.601m Ikf=401.1 Xti=2 Eg=690m Cjo=1.142n M=510.7m Vj=507.8m Isr=750.7n Nr=1.22 Bv=45 Trs1=4.2m Iave=7.5 Vpk=45 mfg=Rohm type=Schottky)
.model RBQ15BM65A D(Is=488.7n N=1.023 Rs=14.5m Ikf=7.442 Xti=2 Eg=650m Cjo=902p M=510m Vj=489.9m Isr=427.9n Nr=1.08 Bv=65 Trs1=3.5m Iave=7.5 Vpk=65 mfg=Rohm type=Schottky)
.model RBQ20BM45A D(Is=697.2n N=1.017 Rs=8.037m Ikf=656 Xti=2 Eg=670m Cjo=1.563n M=524.1m Vj=559m Isr=995.7n Nr=1.15 Bv=45 Trs1=3.9m Iave=10 Vpk=45 mfg=Rohm type=Schottky)
.model RBQ20BM65A D(Is=522.9n N=1.008 Rs=10.22m Ikf=4.068 Xti=2 Eg=690m Cjo=1.224n M=517.4m Vj=510.7m Isr=539.5n Nr=1.2 Bv=65 Trs1=2m Iave=10 Vpk=65 mfg=Rohm type=Schottky)
.model RBQ20NS45A D(Is=508.5n N=1.02 Rs=8.142m Ikf=7.467 Xti=2 Eg=690m Cjo=1.142n M=512.9m Vj=516.7m Isr=528.4n Nr=1.2 Bv=45 Trs1=3m Iave=10 Vpk=45 mfg=Rohm type=Schottky)
.model RBQ20NS65A D(Is=488.7n N=1.023 Rs=14.5m Ikf=7.442 Xti=2 Eg=680m Cjo=902p M=515.5m Vj=512.1m Isr=394.9n Nr=1.2 Bv=65 Trs1=2m Iave=10 Vpk=65 mfg=Rohm type=Schottky)
.model RBQ20T45A D(Is=508.5n N=1.02 Rs=8.142m Ikf=7.467 Xti=2 Eg=690m Cjo=1.142n M=512.9m Vj=516.7m Isr=528.4n Nr=1.2 Bv=45 Trs1=3m Iave=10 Vpk=45 mfg=Rohm type=Schottky)
.model RBQ20T65A D(Is=488.7n N=1.023 Rs=14.5m Ikf=7.442 Xti=2 Eg=680m Cjo=902p M=515.5m Vj=512.1m Isr=394.9n Nr=1.2 Bv=65 Trs1=2m Iave=10 Vpk=65 mfg=Rohm type=Schottky)
.model RBQ30NS45A D(Is=659.6n N=1.011 Rs=6.166m Ikf=4.704 Xti=2 Eg=690m Cjo=1.563n M=520.5m Vj=543.8m Isr=730.9n Nr=1.2 Bv=45 Trs1=3m Iave=15 Vpk=45 mfg=Rohm type=Schottky)
.model RBQ30NS45B D(Is=3.34u N=1.029 Rs=3.706m Ikf=83.19 Xti=2 Eg=690m Cjo=4.817n M=525.7m Vj=512.2m Isr=4.551u Nr=1.2 Bv=45 Trs1=5m Iave=30 Vpk=45 mfg=Rohm type=Schottky)
.model RBQ30NS65A D(Is=522.9n N=1.008 Rs=10.22m Ikf=4.068 Xti=2 Eg=690m Cjo=1.224n M=517.4m Vj=510.7m Isr=539.5n Nr=1.2 Bv=65 Trs1=2m Iave=15 Vpk=65 mfg=Rohm type=Schottky)
.model RBQ30T45A D(Is=659.6n N=1.011 Rs=6.166m Ikf=4.704 Xti=2 Eg=690m Cjo=1.563n M=520.5m Vj=543.8m Isr=730.9n Nr=1.2 Bv=45 Trs1=3m Iave=15 Vpk=45 mfg=Rohm type=Schottky)
.model RBQ30T65A D(Is=522.9n N=1.008 Rs=10.22m Ikf=4.068 Xti=2 Eg=690m Cjo=1.224n M=517.4m Vj=510.7m Isr=539.5n Nr=1.2 Bv=65 Trs1=2m Iave=15 Vpk=65 mfg=Rohm type=Schottky)
.model RBQ30TB45B D(Is=3.34u N=1.029 Rs=3.706m Ikf=83.19 Xti=2 Eg=690m Cjo=4.817n M=525.7m Vj=512.2m Isr=4.551u Nr=1.2 Bv=45 Trs1=5m Iave=30 Vpk=45 mfg=Rohm type=Schottky)
.model BZX84C6V2LT116 D(Is=990.87E-18 N=1.056 Rs=149.7m Ikf=15.79 Cjo=33.12p M=319.2m Vj=617.4m Isr=987.9f Nr=3.8 Bv=6.2 Ibv=5m tt=65n Nbv=500m Tbv1=403u Ibvl=20u Nbvl=11 Vpk=6.2 mfg=Rohm type=Zener)
.model BZX84C8V2LT116 D(Is=732.20E-18 N=1.061 Rs=203.9m Ikf=18.52 Cjo=28.84p M=315.6m Vj=510.6m Isr=5.028p Nr=3.3 Bv=8.2 Ibv=5m tt=69n Nbv=100m Tbv1=549u Ibvl=100n Nbvl=14 Vpk=8.2 mfg=Rohm type=Zener)
.model RB751CS-40 D(Is=56.8n N=1.089 Rs=11.84 Ikf=12.2 Xti=2 Eg=630m Cjo=2.23p M=339.1m Vj=503m Isr=65.1n Nr=1.4 Bv=40 Trs1=1.3m Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB520CS-30 D(Is=40.63n N=1.072 Rs=668.2m Ikf=7.939 Xti=2 Eg=690m Cjo=17.12p M=466.3m Vj=505.8m Isr=40n Nr=1.3 Bv=30 Trs1=5m Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB521CS-30 D(Is=1.104u N=1.109 Rs=654m Ikf=26.14 Xti=2 Eg=600m Cjo=17.23p M=459.9m Vj=500.2m Isr=885.1n Nr=1.2 Bv=30 Trs1=6.5m Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB510SM-40 D(Is=19.15n N=1.19 Rs=3.324 Ikf=7.491 Xti=2 Eg=680m Cjo=6.098p M=346.8m Vj=501.3m Isr=16.75n Nr=1.17 Bv=40 Trs1=800u Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB511SM-40 D(Is=264.1n N=1.338 Rs=3.636 Ikf=3.708 Xti=2 Eg=620m Cjo=6.4p M=337.5m Vj=501.7m Isr=325.2n Nr=1.2 Bv=40 Trs1=400u Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB521SM-60 D(Is=148n N=1.066 Rs=1.113 Ikf=23.6 Xti=2 Eg=570m Cjo=23p M=456.4m Vj=501.5m Isr=2.699u Nr=1.1 Bv=60 Trs1=1.7m Iave=0.2 Vpk=60 mfg=Rohm type=Schottky)
.model RB510VM-40 D(Is=18.86n N=1.19 Rs=2.972 Ikf=5.452m Xti=2 Eg=670m Cjo=6.163p M=344.5m Vj=504.6m Isr=17.39n Nr=1.2 Bv=40 Trs1=800u Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB511VM-40 D(Is=186n N=1.595 Rs=3.882 Ikf=8.722 Xti=2 Eg=610m Cjo=6.328p M=339.6m Vj=501.5m Isr=299n Nr=1.12 Bv=40 Trs1=300u Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB550VM-40 D(Is=92.78n N=1.053 Rs=339.4m Ikf=292.4m Xti=2 Eg=700m Cjo=50.44p M=495.2m Vj=501.9m Isr=145.2n Nr=1.2 Bv=40 Trs1=2m Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB551VM-40 D(Is=2.786u N=1.055 Rs=325.4m Ikf=62.65 Xti=2 Eg=590m Cjo=56.15p M=518.1m Vj=503.8m Isr=5.469u Nr=1.2 Bv=40 Trs1=4m Iave=0.2 Vpk=40 mfg=Rohm type=Schottky)
.model RB560VM-40 D(Is=98.9n N=1.033 Rs=338.5m Ikf=250.9m Xti=2 Eg=690m Cjo=50.48p M=503m Vj=501.3m Isr=129.1n Nr=1.2 Bv=40 Trs1=2.8m Iave=0.5 Vpk=40 mfg=Rohm type=Schottky)
.model RSX051VYM30 D(Is=13.77u N=1.52 Rs=147.4m Ikf=613.4m Xti=2 Eg=480m Cjo=160.1p M=563.1m Vj=591.9m Isr=3.161u Nr=880m Bv=30 Trs1=1.8m Iave=0.0005 Vpk=30 mfg=Rohm type=Schottky)
.model RSX071VYM-30 D(Is=2.46u N=866m Rs=60.09m Ikf=34.19m Xti=2 Eg=570m Cjo=157.5p M=588.4m Vj=734.1m Isr=4.536u Nr=1.2 Bv=30 Iave=0.0007 Vpk=30 mfg=Rohm type=Schottky)
.model RB168VYM-30 D(Is=7.404n N=1.178 Rs=37.36m Ikf=310m Xti=2 Eg=840m Cjo=115p M=448m Vj=510.3m Isr=723p Nr=1.2 Bv=30 Trs1=220u Iave=0.001 Vpk=40 mfg=Rohm type=Schottky)
.model RB715WM D(Is=25.66n N=1.063 Rs=10.77 Ikf=7.894 Xti=2 Eg=620m Cjo=2.085p M=318.3m Vj=510.5m Isr=81n Nr=1.3 Bv=40 Trs1=7m Iave=0.03 Vpk=40 mfg=Rohm type=Schottky)
.model RB557WM D(Is=1.104u N=1.109 Rs=654m Ikf=26.14 Xti=2 Eg=600m Cjo=17.23p M=459.9m Vj=500.2m Isr=885.1n Nr=1.2 Bv=30 Trs1=6.5m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB717UM D(Is=20.38n N=1.161 Rs=6.189 Ikf=3.298m Xti=2 Eg=680m Cjo=2.2p M=367.2m Vj=500m Isr=33.4n Nr=1.3 Bv=45 Trs1=364.4u Tikf=1.687p Iave=0.03 Vpk=45 mfg=Rohm type=Schottky)
.model RB548WM D(Is=40.63n N=1.072 Rs=668.2m Ikf=7.939 Xti=2 Eg=690m Cjo=17.12p M=466.3m Vj=505.8m Isr=40n Nr=1.3 Bv=30 Trs1=5m Iave=0.1 Vpk=30 mfg=Rohm type=Schottky)
.model RB706WM-40 D(Is=56.8n N=1.089 Rs=11.84 Ikf=12.2 Xti=2 Eg=630m Cjo=2.23p M=339.1m Vj=503m Isr=65.1n Nr=1.4 Bv=45 Trs1=1.3m Iave=0.03 Vpk=45 mfg=Rohm type=Schottky)
.model RB706UM-40 D(Is=20.38n N=1.161 Rs=6.189 Ikf=3.298m Xti=2 Eg=680m Cjo=2.2p M=367.2m Vj=500m Isr=33.4n Nr=1.3 Bv=45 Trs1=364.4u Tikf=1.687p Iave=0.03 Vpk=45 mfg=Rohm type=Schottky)
.model RB450UM D(Is=78.63n N=1.091 Rs=751.2m Ikf=5.818 Xti=2 Eg=690m Cjo=25.09p M=469m Vj=503.9m Isr=61.34n Nr=1.3 Bv=40 Trs1=4.45m Iave=0.1 Vpk=40 mfg=Rohm type=Schottky)
.model RB451UM D(Is=1.043u N=1.017 Rs=850.5m Ikf=45.03 Xti=2 Eg=590m Cjo=27.88p M=474.2m Vj=500.5m Isr=2.01u Nr=1.2 Bv=40 Trs1=5m Iave=0.1 Vpk=45 mfg=Rohm type=Schottky)
.model RB160MM-50 D(Is=483.2n N=1.058 Rs=37.34m Ikf=531.8m Xti=2 Eg=680m Cjo=280p M=548.4m Vj=519.5m Isr=597.7n Nr=1.25 Bv=50 Iave=1 Vpk=50 mfg=Rohm type=Schottky)
.model RB160LAM-40 D(Is=133.7n N=952.8m Rs=63.59m Ikf=5.139 Xti=2 Eg=510m Cjo=280.5p M=628.4m Vj=711.4m Isr=164.3n Nr=1.2 Bv=40 Iave=1 Vpk=40 mfg=Rohm type=Schottky)
.model RB060LAM-40 D(Is=1.084u N=986.4m Rs=19.04m Ikf=1 Xti=2 Eg=680m Cjo=703.6p M=548.2m Vj=500m Isr=2.542u Nr=1.255 Bv=40 Trs1=3.032m Tikf=10n Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RB050LAM-40 D(Is=1.084u N=986.4m Rs=19.04m Ikf=1 Xti=2 Eg=680m Cjo=703.6p M=548.2m Vj=500m Isr=2.542u Nr=1.255 Bv=40 Trs1=3.032m Tikf=10n Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RB050LAM-60 D(Is=1.353u N=1.023 Rs=26.79m Ikf=698.1m Xti=2 Eg=680m Cjo=608.9p M=539.4m Vj=500.5m Isr=1.817u Nr=1.18 Bv=60 Trs1=1.183m Tikf=182.4p Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RB160LAM-90 D(Is=1.895u N=1.238 Rs=128.2m Ikf=124.7m Xti=2 Eg=650m Cjo=156p M=518.8m Vj=501m Isr=293n Nr=1.2 Bv=95 Trs1=6m Iave=1 Vpk=95 mfg=Rohm type=Schottky)
.model RB168MM-30 D(Is=4.871n N=1.067 Rs=29.95m Ikf=897.1m Xti=2 Eg=810m Cjo=210.1p M=489.4m Vj=540.5m Isr=5.813n Nr=1.22 Bv=30 Trs1=1.5m Tikf=6m Iave=1 Vpk=30 mfg=Rohm type=Schottky)
.model RB068MM-30 D(Is=3.158n N=1.059 Rs=15.25m Ikf=664.7m Xti=2 Eg=830m Cjo=364.1p M=502.4m Vj=603.7m Isr=5.325n Nr=1.23 Bv=30 Trs1=300u Iave=2 Vpk=30 mfg=Rohm type=Schottky)
.model RB058LAM-30 D(Is=16.61n N=1.058 Rs=8.272m Ikf=1.795 Xti=2 Eg=790m Cjo=610p M=530.6m Vj=592.1m Isr=9.707n Nr=1.25 Bv=30 Trs1=110u Iave=3 Vpk=30 mfg=Rohm type=Schottky)
.model RB068LAM-40 D(Is=3.462n N=1.009 Rs=22.59m Ikf=141.3m Xti=2 Eg=830m Cjo=301.4p M=495.5m Vj=543.2m Isr=6.569n Nr=1.156 Bv=40 Trs1=3.519m Iave=2 Vpk=40 mfg=Rohm type=Schottky)
.model RB058LAM-40 D(Is=7.443n N=987.7m Rs=12.11m Ikf=330.3m Xti=2 Eg=790m Cjo=800p M=564.1m Vj=515.1m Isr=11.76n Nr=1.22 Bv=40 Trs1=1m Iave=3 Vpk=40 mfg=Rohm type=Schottky)
.model RB068LAM-60 D(Is=6.4n N=1.047 Rs=35.59m Ikf=1.006 Xti=2 Eg=832m Cjo=380.7p M=499.1m Vj=511.3m Isr=10.77n Nr=1.208 Bv=60 Trs1=1.199m Iave=2 Vpk=60 mfg=Rohm type=Schottky)
.model RB058LAM-60 D(Is=7.49n N=1.03 Rs=15.47m Ikf=761.6m Xti=2 Eg=863m Cjo=669.5p M=510.4m Vj=536.7m Isr=12.33n Nr=1.177 Bv=60 Trs1=1.368m Iave=3 Vpk=60 mfg=Rohm type=Schottky)
.model RB058LAM100 D(Is=6.319n N=1.043 Rs=38.06m Ikf=80.96m Xti=2 Eg=903m Cjo=385.4p M=512.8m Vj=565.8m Isr=5.141n Nr=1.172 Bv=100 Trs1=4.845m Tikf=9.999n Iave=3 Vpk=100 mfg=Rohm type=Schottky)
.model RB088LAM100 D(Is=9.012n N=1.071 Rs=20.91m Ikf=66.58m Xti=2 Eg=865m Cjo=385.4p M=512.8m Vj=565.8m Isr=4.955n Nr=1.179 Bv=100 Trs1=1.865m Iave=5 Vpk=100 mfg=Rohm type=Schottky)
.model RB088LAM150 D(Is=17.82n N=1.11 Rs=38.22m Ikf=44.96m Xti=2 Eg=851m Cjo=299.1p M=497.3m Vj=526.7m Isr=7.397n Nr=1.134 Bv=150 Trs1=3.8m Iave=5 Vpk=150 mfg=Rohm type=Schottky)
.model RB095BM-30 D(Is=4.06u N=1.036 Rs=8.009m Ikf=1.891 Xti=2 Eg=650m Cjo=1.674n M=555.9m Vj=446m Isr=1.525u Bv=35 Iave=6 Vpk=35 mfg=Rohm type=Schottky)
.model RB085BM-30 D(Is=3.096u N=1.025 Rs=13.86m Ikf=10.94 Xti=2 Eg=690m Cjo=1.601n M=558.3m Vj=463.3m Isr=2.103u Bv=35 Iave=10 Vpk=35 mfg=Rohm type=Schottky)
.model RB095BM-40 D(Is=2.219u N=1.102 Rs=12.07m Ikf=978.9m Xti=2 Eg=690m Cjo=644.5p M=534.7m Vj=428.8m Isr=605.8n Bv=45 Iave=6 Vpk=45 mfg=Rohm type=Schottky)
.model RB085BM-40 D(Is=862.9n N=969.9m Rs=16.33m Ikf=1.467 Xti=2 Eg=690m Cjo=827.2p M=526.4m Vj=551.9m Isr=1.361u Bv=45 Iave=10 Vpk=45 mfg=Rohm type=Schottky)
.model RB095BM-60 D(Is=914.8n N=1.017 Rs=40.72m Ikf=1.485 Xti=2 Eg=690m Cjo=508p M=520m Vj=423.2m Isr=550.6n Bv=60 Iave=6 Vpk=60 mfg=Rohm type=Schottky)
.model RB085BM-60 D(Is=1.685u N=1.023 Rs=23.37m Ikf=797.2m Xti=2 Eg=640m Cjo=739.7p M=574.8m Vj=915m Isr=2.755u Nr=1.15 Bv=60 Trs1=2.5m Tikf=6m Iave=10 Vpk=60 mfg=Rohm type=Schottky)
.model RB095BM-90 D(Is=379.1n N=929.4m Rs=83.55m Ikf=92.78m Xti=2 Eg=690m Cjo=362.7p M=500.1m Vj=408.2m Isr=464.1n Bv=90 Iave=6 Vpk=90 mfg=Rohm type=Schottky)
.model RB085BM-90 D(Is=2.027u N=1.061 Rs=60.35m Ikf=484m Xti=2 Eg=690m Cjo=430.2p M=475.3m Vj=424.9m Isr=565.4n Bv=90 Iave=10 Vpk=90 mfg=Rohm type=Schottky)
.model RB225NS-40 D(Is=4.272u N=1.017 Rs=6.233m Ikf=3.423 Xti=2 Eg=690m Cjo=2.45n M=544m Vj=434.9m Isr=2.307u Bv=40 Iave=30 Vpk=40 mfg=Rohm type=Schottky)
.model RB095T-40 D(Is=2.219u N=1.102 Rs=12.07m Ikf=978.9m Xti=2 Eg=690m Cjo=644.5p M=534.7m Vj=428.8m Isr=605.8n Bv=45 Iave=6 Vpk=45 mfg=Rohm type=Schottky)
.model RB085T-40 D(Is=607.9n N=955.6m Rs=15.21m Ikf=1.102 Xti=2 Eg=690m Cjo=947p M=564.4m Vj=509.1m Isr=1.167u Nr=1.7 Bv=45 Iave=10 Vpk=45 mfg=Rohm type=Schottky)
.model RB205T-40 D(Is=3.793u N=1.04 Rs=11.83m Ikf=5.41 Xti=2 Eg=690m Cjo=1.62n M=537.2m Vj=405.2m Isr=1.731u Bv=45 Iave=10 Vpk=45 mfg=Rohm type=Schottky)
.model RB215T-40 D(Is=5.239u N=1.018 Rs=7.588m Ikf=3.332 Xti=2 Eg=690m Cjo=2.276n M=531m Vj=461.6m Isr=4.642u Bv=45 Iave=15 Vpk=45 mfg=Rohm type=Schottky)
.model RB225T-40 D(Is=4.272u N=1.017 Rs=6.233m Ikf=3.423 Xti=2 Eg=690m Cjo=2.45n M=544m Vj=434.9m Isr=2.307u Bv=40 Iave=20 Vpk=45 mfg=Rohm type=Schottky)
.model RB095B-60 D(Is=914.8n N=1.017 Rs=40.72m Ikf=1.485 Xti=2 Eg=690m Cjo=508p M=520m Vj=423.2m Isr=550.6n Bv=60 Iave=6 Vpk=60 mfg=Rohm type=Schottky)
.model RB085T-60 D(Is=1.063u N=982m Rs=22.55m Ikf=1.78 Xti=2 Eg=690m Cjo=804.9p M=531.6m Vj=473.9m Isr=1.305u Bv=60 Iave=10 Vpk=60 mfg=Rohm type=Schottky)
.model RB205T-60 D(Is=2.165u N=998.8m Rs=13.51m Ikf=1.841 Xti=2 Eg=690m Cjo=1.351n M=530.1m Vj=425.7m Isr=1.023u Bv=60 Iave=10 Vpk=60 mfg=Rohm type=Schottky)
.model RB215T-60 D(Is=3.89u N=1.004 Rs=10.13m Ikf=4.357 Xti=2 Eg=690m Cjo=1.701n M=541.6m Vj=618.7m Isr=4.364u Bv=60 Iave=15 Vpk=60 mfg=Rohm type=Schottky)
.model RB225T-60 D(Is=4.747u N=1.026 Rs=8.315m Ikf=2.553 Xti=2 Eg=690m Cjo=2.056n M=556.3m Vj=505.2m Isr=3.601u Bv=60 Iave=20 Vpk=60 mfg=Rohm type=Schottky)
.model RB095T-90 D(Is=379.1n N=929.4m Rs=83.55m Ikf=92.78m Xti=2 Eg=690m Cjo=362.7p M=500.1m Vj=408.2m Isr=464.1n Bv=90 Iave=6 Vpk=90 mfg=Rohm type=Schottky)
.model RB085T-90 D(Is=1.755u N=1.053 Rs=66.18m Ikf=1.012 Xti=2 Eg=690m Cjo=484.2p M=510.4m Vj=429.1m Isr=439.3n Bv=90 Iave=10 Vpk=90 mfg=Rohm type=Schottky)
.model RB205T-90 D(Is=1.431u N=942.3m Rs=38.31m Ikf=414.7m Xti=2 Eg=690m Cjo=846.7p M=538.8m Vj=475.5m Isr=734.1n Bv=90 Iave=15 Vpk=90 mfg=Rohm type=Schottky)
.model RB215T-90 D(Is=796.8n N=882.4m Rs=24.45m Ikf=471.9m Xti=2 Eg=690m Cjo=1.63n M=610m Vj=452.4m Isr=1.634u Nr=1.7 Bv=90 Iave=20 Vpk=90 mfg=Rohm type=Schottky)
.model RF05VYM1S D(Is=2.43p N=1.015 Rs=51.57m Ikf=8.469m Eg=850m Cjo=28.1p M=452.6m Vj=616.8m Isr=96.45p Nr=2.2 Bv=100 tt=29.2n Tikf=35m Trs1=319u Iave=0.5 Vpk=100 mfg=Rohm type=FastRecovery)
.model RF05VYM2S D(Is=76.85p N=1.178 Rs=64.27m Ikf=17.15m Eg=780m Cjo=21.42p M=503m Vj=995.7m Isr=131.5p Nr=1.97 Bv=200 tt=26.8n Tikf=38m Trs1=1.19m Iave=0.5 Vpk=200 mfg=Rohm type=FastRecovery)
.model RFC02MM2S D(Is=21.56p N=1.182 Rs=69.4m Ikf=8.903m Eg=1 Cjo=12.29p M=322.3m Vj=501.5m Isr=1.188n Nr=1.85 Bv=200 tt=42.42n Tikf=11m Iave=0.5 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF071MM2S D(Is=30.55p N=1.092 Rs=17.21m Ikf=18.6m Eg=950m Cjo=37.75p M=408.4m Vj=492.5m Isr=770.1p Nr=2.2 Bv=200 tt=28.4n Tikf=10m Iave=0.7 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF081MM2S D(Is=6.576p N=1.044 Rs=37.09m Ikf=28.49m Eg=980m Cjo=58.87p M=511m Vj=506.4m Isr=602.2p Nr=3.4 Bv=200 tt=32.1n Tikf=10m Iave=0.8 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF101LAM2S D(Is=182.5p N=1.247 Rs=9.086m Ikf=129.2m Eg=980m Cjo=69.02p M=438.5m Vj=530.2m Isr=147.7p Nr=3.7 Bv=200 tt=26.96n Tikf=35m Trs1=2m Iave=1 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF081LAM2S D(Is=1.405n N=1.414 Rs=14.74m Ikf=174.1m Eg=910m Cjo=50.5p M=453.7m Vj=635.9m Isr=21.71p Nr=4.8 Bv=200 tt=27.38n Tikf=12m Trs1=1.2m Iave=1.1 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF201LAM2S D(Is=187.5p N=1.162 Rs=5.945m Ikf=101.3m Eg=890m Cjo=117p M=436m Vj=562.6m Isr=117.2p Nr=2.4 Bv=200 tt=27.36n Tikf=10m Trs1=2m Iave=2 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF302LAM2S D(Is=187.5p N=1.162 Rs=5.945m Ikf=101.3m Eg=890m Cjo=117p M=436m Vj=562.6m Isr=117.2p Nr=2.4 Bv=200 tt=27.36n Tikf=10m Trs1=2m Iave=3 Vpk=200 mfg=Rohm type=FastRecovery)
.model RF071LAM4S D(Is=75.41p N=1.176 Rs=94.2m Ikf=1.685m Eg=870m Cjo=29.01p M=444.6m Vj=514.6m Isr=28.2p Nr=2.2 Bv=400 tt=47.9n Tikf=16m Trs1=500u Iave=1 Vpk=400 mfg=Rohm type=FastRecovery)
.model RF101LAM4S D(Is=164.9p N=1.204 Rs=74.36m Ikf=5.833m Eg=900m Cjo=40.34p M=438.3m Vj=501.3m Isr=57.32p Nr=2.7 Bv=400 tt=47.2n Tikf=16.5m Trs1=920u Iave=1 Vpk=400 mfg=Rohm type=FastRecovery)
.model RFN1LAM6S D(Is=5.3n N=1.601 Rs=137.1m Ikf=2.935m Eg=900m Cjo=14p M=379.8m Vj=503.1m Isr=405.7p Nr=3.8 Bv=600 tt=60.7n Tikf=10m Trs1=2.7m Iave=0.8 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN2LAM6S D(Is=4.961n N=1.545 Rs=99.75m Ikf=3.388m Eg=990m Cjo=44.98p M=435.3m Vj=500.2m Isr=633p Nr=4.2 Bv=600 tt=37.17n Tikf=12m Trs1=4.1m Iave=1.5 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN1LAM7S D(Is=1.979n N=1.526 Rs=124.4m Ikf=2.186m Eg=950m Cjo=11.97p M=364.3m Vj=502.1m Isr=664.2p Nr=3.6 Bv=700 tt=109.9n Tikf=12m Trs1=2.9m Iave=0.8 Vpk=700 mfg=Rohm type=FastRecovery)
.model RFN10NS8D D(Is=3.897n N=1.499 Rs=121.9m Ikf=15.53m Eg=1.02 Cjo=132p M=461.7m Vj=628.8m Isr=1.541n Nr=2.4 Bv=800 tt=43.97n Tikf=80m Trs1=2m Iave=10 Vpk=800 mfg=Rohm type=FastRecovery)
.model RFNL5BM6S D(Is=778.9p N=1.419 Rs=25.53m Ikf=81.74m Eg=1.05 Cjo=93p M=513.2m Vj=714.8m Isr=358.2p Nr=3 Bv=600 tt=88.29n Tikf=18m Trs1=700u Iave=5 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUH5TF6S D(Is=3.315n N=1.448 Rs=184.6m Ikf=68.98m Eg=1.03 Cjo=100p M=481.7m Vj=596m Isr=723.8p Nr=6.5 Bv=600 tt=25.67n Trs1=3.13m Iave=5 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFNL5TJ6S D(Is=774.1p N=1.297 Rs=30.02m Ikf=12.54m Eg=900m Cjo=92.96p M=498.7m Vj=643.8m Isr=491.6p Nr=2.3 Bv=600 tt=90.67n Tikf=80m Iave=5 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFNL10TJ6S D(Is=2.678n N=1.311 Rs=12.25m Ikf=24.04m Eg=890m Cjo=215p M=485.9m Vj=607.3m Isr=482.5p Nr=3.9 Bv=600 tt=106.8n Tikf=80m Iave=10 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFNL15TJ6S D(Is=2.845n N=1.309 Rs=9.451m Ikf=49.11m Eg=900m Cjo=314.9p M=485.7m Vj=601.2m Isr=1.201n Nr=2.3 Bv=600 tt=107.1n Tikf=100m Iave=15 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFNL20TJ6S D(Is=6.7n N=1.338 Rs=6.365m Ikf=72.44m Eg=880m Cjo=464.9p M=474.1m Vj=544.3m Isr=1.564n Nr=3.8 Bv=600 tt=116.4n Tikf=100m Iave=20 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFN20TJ6S D(Is=14.43n N=1.425 Rs=12.73m Ikf=46m Eg=850m Cjo=322p M=456.4m Vj=508.5m Isr=806.6p Nr=2.8 Bv=600 tt=86.32n Tikf=100m Trs1=800u Iave=20 Vpk=600 mfg=Rohm type=FastRecovery)
.model RFUH20TJ6S D(Is=19.86n N=1.404 Rs=45.18m Ikf=26.82m Eg=850m Cjo=315p M=447.9m Vj=501.5m Isr=2.877n Nr=2.8 Bv=600 tt=32.28n Tikf=100m Trs1=3.5m Iave=20 Vpk=600 mfg=Rohm type=FastRecovery)
.model 1SS400CS D(Is=17.02n N=2.071 Rs=524.6m Ikf=5.861 Cjo=729.5f M=114.7m Vj=801.5m Isr=4.45n Bv=90 tt=9.659n Iave=0.1 Vpk=90 mfg=Rohm type=Switching)
.model DAN202K D(Is=936.8p N=1.721 Rs=1.02 Ikf=28.9 Cjo=1.793p M=189.9m Vj=865.3m Isr=2.051n Nr=2.4 Bv=80 tt=37n Iave=0.1 Vpk=80 mfg=Rohm type=Switching)
.model DAP202K D(Is=12.02p N=1.22 Rs=183.3m Ikf=1.415m Cjo=3.113p M=225.7m Vj=820.1m Isr=5.377n Nr=2.3 Bv=80 tt=21.7n Iave=0.1 Vpk=80 mfg=Rohm type=Switching)
.model DAN217WM D(Is=2.634n N=1.824 Rs=761.2m Ikf=106.2m Cjo=661.8f M=119.2m Vj=5.508 Isr=5.727n Bv=80 tt=15n Iave=0.1 Vpk=80 mfg=Rohm type=Switching)
.model DAN217 D(Is=936.8p N=1.721 Rs=1.02 Ikf=28.9 Cjo=1.793p M=189.9m Vj=865.3m Isr=2.051n Nr=2.4 Bv=80 tt=37n Iave=0.1 Vpk=80 mfg=Rohm type=Switching)
.model UMN1N D(Is=2.024n N=1.73 Rs=1.641 Ikf=17.79 Eg=1.15 Cjo=1.869p M=192.2m Vj=802.8m Isr=1.728n Nr=2.6 Bv=80 tt=28.3n Iave=0.025 Vpk=80 mfg=Rohm type=Switching)
.model DA227Y D(Is=936.8p N=1.721 Rs=1.02 Ikf=28.9 Cjo=1.793p M=189.9m Vj=865.3m Isr=2.051n Nr=2.4 Bv=80 tt=37n Iave=0.1 Vpk=80 mfg=Rohm type=Switching)
.model DA227 D(Is=936.8p N=1.721 Rs=1.02 Ikf=28.9 Cjo=1.793p M=189.9m Vj=865.3m Isr=2.051n Nr=2.4 Bv=80 tt=37n Iave=0.1 Vpk=80 mfg=Rohm type=Switching)
.model UMN10N D(Is=4.43n N=1.863 Rs=1.167 Ikf=26.54 Cjo=728.3f M=139.4m Vj=793.2m Isr=2.35n Bv=90 tt=12n Iave=0.1 Vpk=80 mfg=Rohm type=Switching)
.model IMN10 D(Is=936.8p N=1.721 Rs=1.02 Ikf=28.9 Cjo=1.793p M=189.9m Vj=865.3m Isr=2.051n Nr=2.4 Bv=80 tt=37n Iave=0.1 Vpk=80 mfg=Rohm type=Switching)
.model BAS21VM D(Is=83.54p N=1.291 Rs=562.1m Ikf=860.5u Eg=910m Cjo=2.494p M=262.4m Vj=503.5m Isr=259.8p Nr=3.8 Bv=250 tt=28.59n Trs1=1.5m Tikf=12m Iave=0.215 Vpk=250 mfg=Rohm type=Switching)
.model 1SS380VM D(Is=1.417p N=1.414 Rs=109.5m Ikf=31.6m Cjo=2.85p M=268.4m Vj=390.5m Isr=2.511p Nr=4.3 Bv=80 tt=302.1n Iave=0.1 Vpk=40 mfg=Rohm type=Switching)
.model UMN20N D(Is=630.7f N=1.321 Rs=349.1m Ikf=22.81m Cjo=2.21p M=366.9m Vj=803.7m Isr=4.052p Nr=2.5 Bv=80 tt=310n Iave=0.1 Vpk=80 mfg=Rohm type=Switching)
.model XP-E2-WHT D(IS=5.01824E-16 N=3.36413016 RS=0.244130334 XTI=40.92995615 IKF=0 EG=2.5000 mfg=CREE)
.model CMDSH-4E D(Is=82.9n Rs=2.02 N=1.04 Cjo=12.802p M=.47462 Eg=0.69 Xti=2 Iave=200m Vpk=40 mfg= Central type=Schottky)
.model DFLS160 D(Is=736n Rs=63.0m Bv=60.0 ibv=100u Cjo=163p M=0.333 N=1.01 tt=14.4n )

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* Copyright <20> 2000 Linear Technology Corporation. All rights reserved.
*
* Mike Engelhardt
.model 2N3819 NJF(Beta=1.304m Betatce=-.5 Rd=1 Rs=1 Lambda=2.25m Vto=-3 Vtotc=-2.5m Is=33.57f Isr=322.4f N=1 Nr=2 Xti=3 Alpha=311.7u Vk=243.6 Cgd=1.6p M=.3622 Pb=1 Fc=.5 Cgs=2.414p Kf=9.882E-18 Af=1 mfg=Vishay)
.model 2N5432 NJF(Beta=9.109m Betatce=-.5 Rd=1 Rs=1 Lambda=50m Vto=-5.397 Vtotc=-2.5m Is=533.7f Isr=5.174p N=1 Nr=2 Xti=3 Alpha=152.8u Vk=111.9 Cgd=35.6p M=.4283 Pb=1 Fc=.5 Cgs=35.6p Kf=124.3E-18 Af=1 mfg=Fairchild)
.model 2N5434 NJF(Beta=18m Betatce=-.5 Rd=1 Rs=1 Lambda=25m Vto=-1.9 Vtotc=-2.5m Is=.5p Isr=5p Alpha=150u Vk=110 Cgd=35p M=.4283 Cgs=35p mfg=Vishay)
.model 2N5484 NJF(Is=.25p Alpha=1e-4 Vk= 80 Vto=-1.5 Vtotc=-3m Beta=3.0m Lambda=10m Betatce=-.5 Rd=10 Rs=10 Cgs=4p Cgd=4p Kf=3e-17 mfg=Siliconix)
.model 2N5485 NJF(Is=.25p Alpha=1e-4 Vk= 80 Vto=-2.0 Vtotc=-3m Beta=3.5m Lambda=10m Betatce=-.5 Rd=10 Rs=10 Cgs=4p Cgd=4p Kf=3e-17 mfg=Siliconix)
.model 2N5486 NJF(Is=.25p Alpha=1e-4 Vk= 80 Vto=-4.0 Vtotc=-3m Beta=4.0m Lambda=10m Betatce=-.5 Rd=10 Rs=10 Cgs=4p Cgd=4p Kf=3e-17 mfg=Siliconix)
.model 2N5460 PJF(Is=1.5p Alpha=1e-4 Vk=300 Vto=-3.4 Vtotc=-3m Beta=1.0m Lambda=10m Betatce=-.5 Rd=10 Rs=10 Cgs=5p Cgd=5p Kf=3e-17 mfg=Siliconix)
.model 2N5461 PJF(Is=1.5p Alpha=1e-4 Vk=300 Vto=-4.3 Vtotc=-3m Beta=1.5m Lambda=10m Betatce=-.5 Rd=10 Rs=10 Cgs=5p Cgd=5p Kf=3e-17 mfg=Siliconix)
.model 2N5462 PJF(Is=1.5p Alpha=1e-4 Vk=300 Vto=-5.4 Vtotc=-3m Beta=2.0m Lambda=10m Betatce=-.5 Rd=10 Rs=10 Cgs=5p Cgd=5p Kf=3e-17 mfg=Siliconix)
.model LSJ74A PJF(Beta=38m Betatce=-0.5 Vto=-.38 Vtotc=-2.5m Lambda=3m Is=12980f Xti=3 Isr=0 Nr=2 Alpha=10u N=1 Rd=7.748 Rs=7.748 Cgd=85.67p Cgs=78.27p Fc=0.5 Vk=100 M=324m Pb=0.3905 Kf=26640f Mfg=Linear_Systems)
.model LSJ74B PJF(Beta(=9m Betatce=-0.5 Vto=-0.84 Vtotc=-2.5m Lambda=3m Is=6.32f RD=4.95 RS=4.45 CGD=115p CGS=52.5P Fc=0.5 Pb=1 Kf=0 Mfg=Linear_Systems)
.model LSJ74C PJF(Beta=10.6m Betatce=-0.5 Vto=-1.3 Vtotc=-2.5m Lambda=4m Is=12980f Xti=0 Nr=2 Alpha=10u N=1 Rd=7.748 Rs=7.748 Cgd=85.67p Cgs=78.27p Fc=0.5 Vk=100 M=324m Pb=0.3905 Kf=26640f Mfg=Linear_Systems)
.model LSJ74D PJF(Beta=9.4m Betatce=-0.5 Vto=-1.76 Vtotc=-2.5m Lambda=3.8m Is=12980f Xti=3 Nr=2 Alpha=10u N=1 Rd=7.748 Rs=7.748 Cgd=85.67p Cgs=78.27p Fc=0.5 Vk=100 M=324m Pb=0.3905 Kf=26640f Mfg=Linear_Systems)
.model J111 NJF(Beta=2.91m Betatce=-0.5 Vto=-4.047 Vtotc=-2.5m Lambda=17.5m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=6.46p Cgs=5.74p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=37860f Af=1 Mfg=Linear_Systems)
.model J112 NJF(Beta=5.695m Betatce=-0.5 Vto=-2.057 Vtotc=-2.5m Lambda=13m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=6.46p Cgs=5.74p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=75980f Af=1 Mfg=Linear_Systems)
.model SST112 NJF(Beta=5.695m Betatce=-0.5 Vto=-2.057 Vtotc=-2.5m Lambda=13m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=6.46p Cgs=5.74p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=75980f Af=1 Mfg=Linear_Systems)
.model J113 NJF(Beta=9.109m Betatce=-0.5 Vto=-1.382 Vtotc=-2.5m Lambda=8m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=6.46p Cgs=5.74p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=12300f Af=1 Mfg=Linear_Systems)
.model SST113 NJF(Beta=9.109m Betatce=-0.5 Vto=-1.382 Vtotc=-2.5m Lambda=8m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=6.46p Cgs=5.74p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=12300f Af=1 Mfg=Linear_Systems)
.model LSK170A NJF(Beta=37.86m Betatce=-0.5 Vto=-0.40 Vtotc=-2.5m Lambda=4.78m Is=35.58f N=1 Rd=11 Rs=7 Cgd=39.9p Cgs=40.7p Fc=0.5 M=790m Pb=0.98 Kf=0 Af=1 Mfg=Linear_Systems)
.model LSK170B NJF(Beta=35.07m Betatce=-0.5 Vto=-0.54 Vtotc=-2.5m Lambda=4.95m Is=27.62f N=1 Rd=8 Rs=7 Cgd=43.6p Cgs=43.6p Fc=0.5 M=890m Pb=1.2 Kf=0 Af=1 Mfg=Linear_Systems)
.model LSK170C NJF(Beta=27.85m Betatce=-0.5 Vto=0.80 Vtotc=-2.5m Lambda=12.24m Is=24.52f N=1 Rd=12 Rs=6 Cgd=42.2p Cgs=42.3p Fc=0.5 M=610m Pb=0.92 Kf=0 Af=1 Mfg=Linear_Systems)
.model J174 PJF(Beta=0.813m Betatce=-0.5 Vto=-6.552 Vtotc=-2.5m Lambda=40m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=52540f Af=1 Mfg=Linear_Systems)
.model SST174 PJF(Beta=0.813m Betatce=-0.5 Vto=-6.552 Vtotc=-2.5m Lambda=40m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=52540f Af=1 Mfg=Linear_Systems)
.model J175 PJF(Beta=1.031m Betatce=-0.5 Vto=-3.762 Vtotc=-2.5m Lambda=28m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=66610f Af=1 Mfg=Linear_Systems)
.model SST175 PJF(Beta=1.031m Betatce=-0.5 Vto=-3.762 Vtotc=-2.5m Lambda=28m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=66610f Af=1 Mfg=Linear_Systems)
.model J176 PJF(Beta=2.3m Betatce=-0.5 Vto=-1.82 Vtotc=-2.5m Lambda=21m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=148600f Af=1 Mfg=Linear_Systems)
.model SST176 PJF(Beta=2.3m Betatce=-0.5 Vto=-1.82 Vtotc=-2.5m Lambda=21m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=148600f Af=1 Mfg=Linear_Systems)
.model J177 PJF(Beta=3.3m Betatce=-0.5 Vto=-1.386 Vtotc=-2.5m Lambda=18.18m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=21320f Af=1 Mfg=Linear_Systems)
.model SST177 PJF(Beta=3.3m Betatce=-0.5 Vto=-1.386 Vtotc=-2.5m Lambda=18.18m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=21320f Af=1 Mfg=Linear_Systems)
.model J201 NJF(Beta=1.07m Betatce=-0.5 Vto=-0.93 Vtotc=-2.5m Lambda=6.75m Is=1.72f Xti=0 Rd=10 Rs=12 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model SST201 NJF(Beta=1.07m Betatce=-0.5 Vto=-0.93 Vtotc=-2.5m Lambda=6.75m Is=1.72f Xti=0 Rd=10 Rs=12 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model J202 NJF(Beta=0.88m Betatce=-0.5 Vto=-1.81 Vtotc=-2.5m Lambda=8.47m Is=2.56f Xti=0 Rd=11 Rs=13 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model SST202 NJF(Beta=0.88m Betatce=-0.5 Vto=-1.81 Vtotc=-2.5m Lambda=8.47m Is=2.56f Xti=0 Rd=11 Rs=13 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model J204 NJF(Beta=1.004m Betatce=-0.5 Vto=-1.139 Vtotc=-2.5m Lambda=3.333m Is=29.04f Xti=3 Isr=281.9f Nr=2 Alpha=698u N=1 Rd=1 Rs=1 Cgd=3.58p Cgs=5.4p Fc=0.5 Vk=270.4 M=360m Pb=1 Kf=16500f Af=1 Mfg=Linear_Systems)
.model SST204 NJF(Beta=1.004m Betatce=-0.5 Vto=-1.139 Vtotc=-2.5m Lambda=3.333m Is=29.04f Xti=3 Isr=281.9f Nr=2 Alpha=698u N=1 Rd=1 Rs=1 Cgd=3.58p Cgs=5.4p Fc=0.5 Vk=270.4 M=360m Pb=1 Kf=16500f Af=1 Mfg=Linear_Systems)
.model J210 NJF(Beta=2.222m Betatce=-0.5 Vto=-1.526 Vtotc=-2.5m Lambda=8.8m Is=101.9f Xti=3 Isr=977.5f Nr=2 Alpha=13.92u N=1 Rd=1 Rs=1 Cgd=3.913p Cgs=3.496p Fc=0.5 Vk=88.13 M=345m Pb=1 Kf=86240f Af=1 Mfg=Linear_Systems)
.model SSTJ210 NJF(Beta=2.222m Betatce=-0.5 Vto=-1.526 Vtotc=-2.5m Lambda=8.8m Is=101.9f Xti=3 Isr=977.5f Nr=2 Alpha=13.92u N=1 Rd=1 Rs=1 Cgd=3.913p Cgs=3.496p Fc=0.5 Vk=88.13 M=345m Pb=1 Kf=86240f Af=1 Mfg=Linear_Systems)
.model SSTJ211 NJF(Beta=1.808m Betatce=-0.5 Vto=-2.9 Vtotc=-2.5m Lambda=10m Is=101.9f Xti=3 Isr=977.5f Nr=2 Alpha=13.92u N=1 Rd=1 Rs=1 Cgd=3.913p Cgs=3.496p Fc=0.5 Vk=88.13 M=345m Pb=1 Kf=70150f Af=1 Mfg=Linear_Systems)
.model J211 NJF(Beta=1.808m Betatce=-0.5 Vto=-2.9 Vtotc=-2.5m Lambda=10m Is=101.9f Xti=3 Isr=977.5f Nr=2 Alpha=13.92u N=1 Rd=1 Rs=1 Cgd=3.913p Cgs=3.496p Fc=0.5 Vk=88.13 M=345m Pb=1 Kf=70150f Af=1 Mfg=Linear_Systems)
.model SSTJ212 NJF(Beta=0.873 Betatce=-0.5 Vto=-5.029 Vtotc=-2.5m Lambda=16m Is=101.9f Xti=3 Isr=977.5f Nr=2 Alpha=13.92u N=1 Rd=1 Rs=1 Cgd=3.913p Cgs=3.496p Fc=0.5 Vk=88.13 M=345m Pb=1 Kf=33750f Af=1 Mfg=Linear_Systems)
.model J212 NJF(Beta=0.873 Betatce=-0.5 Vto=-5.029 Vtotc=-2.5m Lambda=16m Is=101.9f Xti=3 Isr=977.5f Nr=2 Alpha=13.92u N=1 Rd=1 Rs=1 Cgd=3.913p Cgs=3.496p Fc=0.5 Vk=88.13 M=345m Pb=1 Kf=33750f Af=1 Mfg=Linear_Systems)
.model J308 NJF(Beta=3.688m Betatce=-0.5 Vto=-3.095 Vtotc=-2.5m Lambda=16m Is=193.9f Xti=3 Isr=1881f Nr=2 Alpha=7.533u N=1 Rd=1 Rs=1 Cgd=6.2p Cgs=6.2p Fc=0.5 Vk=74.1 M=465m Pb=1 Kf=50510f Af=1 Mfg=Linear_Systems)
.model SST308 NJF(Beta=3.688m Betatce=-0.5 Vto=-3.095 Vtotc=-2.5m Lambda=16m Is=193.9f Xti=3 Isr=1881f Nr=2 Alpha=7.533u N=1 Rd=1 Rs=1 Cgd=6.2p Cgs=6.2p Fc=0.5 Vk=74.1 M=465m Pb=1 Kf=50510f Af=1 Mfg=Linear_Systems)
.model U308 NJF(Beta=3.688m Betatce=-0.5 Vto=-3.095 Vtotc=-2.5m Lambda=16m Is=193.9f Xti=3 Isr=1881f Nr=2 Alpha=7.533u N=1 Rd=1 Rs=1 Cgd=6.2p Cgs=6.2p Fc=0.5 Vk=74.1 M=465m Pb=1 Kf=50510f Af=1 Mfg=Linear_Systems)
.model J309 NJF(Beta=4.682m Betatce=-0.5 Vto=-2.075 Vtotc=-2.5m Lambda=14.5m Is=193.9f Xti=3 Isr=1881f Nr=2 Alpha=7.533u N=1 Rd=1 Rs=1 Cgd=6.2p Cgs=6.2p Fc=0.5 Vk=74.1 M=465m Pb=1 Kf=64120f Af=1 Mfg=Linear_Systems)
.model SST309 NJF(Beta=4.682m Betatce=-0.5 Vto=-2.075 Vtotc=-2.5m Lambda=14.5m Is=193.9f Xti=3 Isr=1881f Nr=2 Alpha=7.533u N=1 Rd=1 Rs=1 Cgd=6.2p Cgs=6.2p Fc=0.5 Vk=74.1 M=465m Pb=1 Kf=64120f Af=1 Mfg=Linear_Systems)
.model U309 NJF(Beta=4.682m Betatce=-0.5 Vto=-2.075 Vtotc=-2.5m Lambda=14.5m Is=193.9f Xti=3 Isr=1881f Nr=2 Alpha=7.533u N=1 Rd=1 Rs=1 Cgd=6.2p Cgs=6.2p Fc=0.5 Vk=74.1 M=465m Pb=1 Kf=64120f Af=1 Mfg=Linear_Systems)
.model J310 NJF(Beta=3.384m Betatce=-0.5 Vto=-3.409 Vtotc=-2.5m Lambda=17m Is=193.9f Xti=3 Isr=1881f Nr=2 Alpha=7.533u N=1 Rd=1 Rs=1 Cgd=6.2p Cgs=6.2p Fc=0.5 Vk=74.1 M=465m Pb=1 Kf=46340f Af=1 Mfg=Linear_Systems)
.model U310 NJF(Beta=3.384m Betatce=-0.5 Vto=-3.409 Vtotc=-2.5m Lambda=17m Is=193.9f Xti=3 Isr=1881f Nr=2 Alpha=7.533u N=1 Rd=1 Rs=1 Cgd=6.2p Cgs=6.2p Fc=0.5 Vk=74.1 M=465m Pb=1 Kf=46340f Af=1 Mfg=Linear_Systems)
.model SST310 NJF(Beta=3.384m Betatce=-0.5 Vto=-3.409 Vtotc=-2.5m Lambda=17m Is=193.9f Xti=3 Isr=1881f Nr=2 Alpha=7.533u N=1 Rd=1 Rs=1 Cgd=6.2p Cgs=6.2p Fc=0.5 Vk=74.1 M=465m Pb=1 Kf=46340f Af=1 Mfg=Linear_Systems)
.model LSK389A NJF(Beta=37.86m Betatce=-0.5 Vto=-0.40 Vtotc=-2.5m Lambda=4.78m Is=35.58f N=1 Rd=11 Rs=7 Cgd=39.9p Cgs=40.7p Fc=0.5 M=790m Pb=0.98 Kf=0 Af=1 Mfg=Linear_Systems)
.model LSK389B NJF(Beta=35.07m Betatce=-0.5 Vto=-0.54 Vtotc=-2.5m Lambda=4.95m Is=27.62f N=1 Rd=8 Rs=7 Cgd=43.6p Cgs=43.6p Fc=0.5 M=890m Pb=1.2 Kf=0 Af=1 Mfg=Linear_Systems)
.model LSK389C NJF(Beta=27.85m Betatce=-0.5 Vto=0.80 Vtotc=-2.5m Lambda=12.24m Is=24.52f N=1 Rd=12 Rs=6 Cgd=42.2p Cgs=42.3p Fc=0.5 M=610m Pb=0.92 Kf=0 Af=1 Mfg=Linear_Systems)
.model U401 NJF(Beta=1.577m Betatce=-0.5 Vto=-1.316 Vtotc=-2.5m Lambda=10m Is=19.73f Xti=3 Isr=191.3f Nr=2 Alpha=68.56u N=1 Rd=1 Rs=1 Cgd=5.6p Cgs=6.044p Fc=0.5 Vk=212.2 M=.3916 Pb=0.5 Kf=45920f Af=1 Mfg=Linear_Systems)
.model U402 NJF(Beta=1.61m Betatce=-0.5 Vto=-2.34 Vtotc=-2.5m Lambda=7.15m Is=1.65f Xti=0 Rd=11 Rs=13 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model U403 NJF(Beta=1.47m Betatce=-0.5 Vto=-3.25 Vtotc=-2.5m Lambda=9.12m Is=1.77f Xti=0 Rd=11 Rs=12 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model U404 NJF(Beta=2.38m Betatce=-0.5 Vto=-0.99 Vtotc=-2.5m Lambda=4.13m Is=11.92f Xti=0 Rd=13 Rs=14 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model U405 NJF(Beta=1.61m Betatce=-0.5 Vto=-2.34 Vtotc=-2.5m Lambda=7.15m Is=1.65f Xti=0 Rd=11 Rs=13 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model U406 NJF(Beta=1.577m Betatce=-0.5 Vto=-1.316 Vtotc=-2.5m Lambda=10m Is=19.73f Xti=3 Isr=191.3f Nr=2 Alpha=68.56u N=1 Rd=1 Rs=1 Cgd=5.6p Cgs=6.044p Fc=0.5 Vk=212.2 M=391.6m Pb=0.5 Kf=45920f Af=1 Mfg=Linear_Systems)
.model SST401 NJF(Beta=1.577m Betatce=-0.5 Vto=-1.316 Vtotc=-2.5m Lambda=10m Is=19.73f Xti=3 Isr=191.3f Nr=2 Alpha=68.56u N=1 Rd=1 Rs=1 Cgd=5.6p Cgs=6.044p Fc=0.5 Vk=212.2 M=.3916 Pb=0.5 Kf=45920f Af=1 Mfg=Linear_Systems)
.model SST402 NJF(Beta=1.61m Betatce=-0.5 Vto=-2.34 Vtotc=-2.5m Lambda=7.15m Is=1.65f Xti=0 Rd=11 Rs=13 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model SST403 NJF(Beta=1.47m Betatce=-0.5 Vto=-3.25 Vtotc=-2.5m Lambda=9.12m Is=1.77f Xti=0 Rd=11 Rs=12 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model SST404 NJF(Beta=2.38m Betatce=-0.5 Vto=-0.99 Vtotc=-2.5m Lambda=4.13m Is=11.92f Xti=0 Rd=13 Rs=14 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model SST405 NJF(Beta=1.61m Betatce=-0.5 Vto=-2.34 Vtotc=-2.5m Lambda=7.15m Is=1.65f Xti=0 Rd=11 Rs=13 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model SST406 NJF(Beta=1.577m Betatce=-0.5 Vto=-1.316 Vtotc=-2.5m Lambda=10m Is=19.73f Xti=3 Isr=191.3f Nr=2 Alpha=68.56u N=1 Rd=1 Rs=1 Cgd=5.6p Cgs=6.044p Fc=0.5 Vk=212.2 M=391.6m Pb=0.5 Kf=45920f Af=1 Mfg=Linear_Systems)
.model U440 NJF(Beta=1.978m Betatce=-0.5 Vto=-2.839 Vtotc=-2.5m Lambda=30m Is=36.18f Xti=3 Isr=346.4f Nr=2 Alpha=105u N=1 Rd=1 Rs=1 Cgd=2.11p Cgs=2.47p Fc=0.5 Vk=107 M=333m Pb=1 Kf=27880f Af=1 Mfg=Linear_Systems)
.model U441 NJF(Beta=1.978m Betatce=-0.5 Vto=-2.839 Vtotc=-2.5m Lambda=30m Is=36.18f Xti=3 Isr=346.4f Nr=2 Alpha=105u N=1 Rd=1 Rs=1 Cgd=2.11p Cgs=2.47p Fc=0.5 Vk=107 M=333m Pb=1 Kf=27880f Af=1 Mfg=Linear_Systems)
.model SST440 NJF(Beta=1.978m Betatce=-0.5 Vto=-2.839 Vtotc=-2.5m Lambda=30m Is=36.18f Xti=3 Isr=346.4f Nr=2 Alpha=105u N=1 Rd=1 Rs=1 Cgd=2.11p Cgs=2.47p Fc=0.5 Vk=107 M=333m Pb=1 Kf=27880f Af=1 Mfg=Linear_Systems)
.model SST441 NJF(Beta=1.978m Betatce=-0.5 Vto=-2.839 Vtotc=-2.5m Lambda=30m Is=36.18f Xti=3 Isr=346.4f Nr=2 Alpha=105u N=1 Rd=1 Rs=1 Cgd=2.11p Cgs=2.47p Fc=0.5 Vk=107 M=333m Pb=1 Kf=27880f Af=1 Mfg=Linear_Systems)
.model LSK489A NJF(Beta=2.2m Betatce=-0.5 Vto=-1.13 Vtotc=-2.5m Lambda=4.3m Is=3f Xti=0 Isr=0 Alpha=30u N=1 Rd=11 Rs=30 Cgd=3.19p Cgs=2.92p Fc=0.5 Vk=120 M=320m Pb=0.8 Kf=0.0009f Af=1 Gdsnoi=2.15 Nlev=3 Mfg=Linear_Systems)
.model LSK489B NJF(Beta=2.1m Betatce=-0.5 Vto=-1.80 Vtotc=-2.5m Lambda=5.7m Is=3f Xti=0 N=1 Rd=11 Rs=40 Cgd=3.19p Cgs=2.92p Fc=0.5 M=320m Pb=0.8 Kf=0.0009f Af=1 Gdsnoi=2.15 Nlev=3 Mfg=Linear_Systems)
.model LSK489C NJF(Beta=2.1m Betatce=-0.5 Vto=-2.78 Vtotc=-2.5m Lambda=6.3m Is=3f Xti=0 N=1 Rd=11 Rs=55 Cgd=3.19p Cgs=2.92p Fc=0.5 M=320m Pb=0.8 Kf=0.0009f Af=1 Gdsnoi=2.15 Nlev=3 Mfg=Linear_Systems)
.model LSJ689A PJF(Beta=3.5m Betatce=-0.5 Vto=-1.40 Vtotc=-2.5m Lambda=1.1m Is=0.45f Xti=0 N=1 Rd=111 Rs=40 Cgd=10p Cgs=9p Fc=0.5 M=300m Pb=0.25 Kf=0.0011f Af=1 Gdsnoi=2.95 Nlev=3 Mfg=Linear_Systems)
.model LSJ689B PJF(Beta=3.0m Betatce=-0.5 Vto=-1.75 Vtotc=-2.5m Lambda=2.0m Is=0.45f Xti=0 N=1 Rd=99 Rs=37 Cgd=10p Cgs=9p Fc=0.5 M=300m Pb=0.25 Kf=0.0011f AF=1 Gdsnoi=2.95 Nlev=3 Mfg=Linear_Systems)
.model LSJ689C PJF(Beta=2.5m Betatce=-0.5 Vto=-3.05 Vtotc=-2.5m Lambda=2.0m Is=0.45f Xti=0 N=1 Rd=70 Rs=30 Cgd=10p Cgs=9p Fc=0.5 M=300m Pb=0.25 Kf=0.0011f Af=1 Gdsnoi=2.95 Nlev=3 Mfg=Linear_Systems)
.model LSJ289A PJF(Beta=3.5m Betatce=-0.5 Vto=-1.40 Vtotc=-2.5m Lambda=1.1m Is=0.45f Xti=0 N=1 Rd=111 Rs=40 Cgd=10p Cgs=9p Fc=0.5 M=300m Pb=0.25 Kf=0.0011f Af=1 Gdsnoi=2.95 Nlev=3 Mfg=Linear_Systems)
.model LSJ289B PJF(Beta=3.0m Betatce=-0.5 Vto=-1.75 Vtotc=-2.5m Lambda=2.0m Is=0.45f Xti=0 N=1 Rd=99 Rs=37 Cgd=10p Cgs=9p Fc=0.5 M=300m Pb=0.25 Kf=0.0011f AF=1 Gdsnoi=2.95 Nlev=3 Mfg=Linear_Systems)
.model LSJ289C PJF(Beta=2.5m Betatce=-0.5 Vto=-3.05 Vtotc=-2.5m Lambda=2.0m Is=0.45f Xti=0 N=1 Rd=70 Rs=30 Cgd=10p Cgs=9p Fc=0.5 M=300m Pb=0.25 Kf=0.0011f Af=1 Gdsnoi=2.95 Nlev=3 Mfg=Linear_Systems)
.model LS830 NJF(Beta=0.23m Betatce=-0.5 Vto=-0.64 Vtotc=-2.5m Lambda=3.84m Is=0.18f Xti=0 Rd=25 Rs=32 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS831 NJF(Beta=0.15m Betatce=-0.5 Vto=-1.42 Vtotc=-2.5m Lambda=4.17m Is=1.24f Xti=0 Rd=17 Rs=21 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS832 NJF(Beta=0.10m Betatce=-0.5 Vto=-1.99 Vtotc=-2.5m Lambda=4.14m Is=1.14f Xti=0 Rd=16 Rs=20 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS840 NJF(Beta=0.88m Betatce=-0.5 Vto=-1.81 Vtotc=-2.5m Lambda=8.47m Is=2.56f Xti=0 Rd=11 Rs=13 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS841 NJF(Beta=0.88m Betatce=-0.5 Vto=-1.81 Vtotc=-2.5m Lambda=8.47m Is=2.56f Xti=0 Rd=11 Rs=13 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS842 NJF(Beta=0.81m Betatce=-0.5 Vto=-2.60 Vtotc=-2.5m Lambda=14.08m Is=2.50f Xti=0 Rd=10 Rs=12 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS843 NJF(Beta=2.38m Betatce=-0.5 Vto=-0.99 Vtotc=-2.5m Lambda=4.13m Is=11.92f Xti=0 Rd=13 Rs=14 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS844 NJF(Beta=1.61m Betatce=-0.5 Vto=-2.34 Vtotc=-2.5m Lambda=7.15m Is=1.65f Xti=0 Rd=11 Rs=13 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS845 NJF(Beta=1.47m Betatce=-0.5 Vto=-3.25 Vtotc=-2.5m Lambda=9.12m Is=1.77f Xti=0 Rd=11 Rs=12 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS3954A NJF(Beta=1.07m Betatce=-0.5 Vto=-0.93 Vtotc=-2.5m Lambda=6.75m Is=1.72f Xti=0 Rd=10 Rs=12 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS3955 NJF(Beta=0.88m Betatce=-0.5 Vto=-1.81 Vtotc=-2.5m Lambda=8.47m Is=2.56f Xti=0 Rd=11 Rs=13 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS3956 NJF(Beta=0.81m Betatce=-0.5 Vto=-2.60 Vtotc=-2.5m Lambda=14.08m Is=2.50f Xti=0 Rd=10 Rs=12 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS3958 NJF(Beta=0.768m Betatce=-0.5 Vto=-2.033 Vtotc=-2.5m Lambda=4.25m Is=24.55f Xti=3 Isr=240.1f Nr=2 Alpha=764.7u N=1 Rd=1 Rs=1 Cgd=1.71p Cgs=0.860p Fc=0.5 Vk=267.7 M=500m Pb=1 Kf=26360f Af=1 Mfg=Linear_Systems)
.model 2N4117A NJF(Beta=0.56m Betatce=-0.5 Vto=-1.209 Vtotc=-2.5m Lambda=7.5m Is=4.477f Xti=3 Isr=43.76f Nr=2 Alpha=18010u N=1 Rd=1 Rs=1 Cgd=4.49p Cgs=4.49p Fc=0.5 Vk=350.6 M=435.9m Pb=1 Kf=30820f Af=1 Mfg=Linear_Systems)
.model PN4117 NJF(Beta=2.80m Betatce=-0.5 Vto=-1.64 Vtotc=-2.5m Lambda=12.06m Is=2.71f Xti=0 Rd=7 Rs=9 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=45610f Af=1 Mfg=Linear_Systems)
.model 2N4117 NJF(Beta=0.033m Betatce=-0.5 Vto=-1.2 Vtotc=-2.5m Lambda=13m Is=5.261f Xti=3 Isr=51.03f Nr=2 N=1 Rd=1 Rs=1 Cgd=3.94p Cgs=4.93p Fc=0.5 Vk=90.45 M=435.9m Pb=1 Kf=45610f Af=1 Mfg=Linear_Systems)
.model 2N4118A NJF(Beta=0.095m Betatce=-0.5 Vto=-1.299 Vtotc=-2.5m Lambda=7.5m Is=4.477f Xti=3 Isr=43.76f Nr=2 Alpha=18010u N=1 Rd=1 Rs=1 Cgd=4.49p Cgs=4.49p Fc=0.5 Vk=350.6 M=435.9m Pb=1 Kf=76700f Af=1 Mfg=Linear_Systems)
.model PN4118 NJF(Beta=2.04m Betatce=-0.5 Vto=-2.37 Vtotc=-2.5m Lambda=10.26m Is=3.99f Xti=0 Rd=7 Rs=8 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=76700f Af=1 Mfg=Linear_Systems)
.model 2N4118 NJF(Beta=0.05258m Betatce=-0.5 Vto=-1.732 Vtotc=-2.5m Lambda=15m Is=5.261f Xti=3 Isr=51.03f Nr=2 Alpha=0.7979u N=1 Rd=1 Rs=1 Cgd=3.94p Cgs=4.93p Fc=0.5 Vk=90.45 M=435m Pb=1 Kf=76700f Af=1 Mfg=Linear_Systems)
.model 2N4119A NJF(Beta=0.022m Betatce=-0.5 Vto=-4.5 Vtotc=-2.5m Lambda=10m Is=4.477f Xti=3 Isr=43.76f Nr=2 Alpha=18010u N=1 Rd=1 Rs=1 Cgd=4.49p Cgs=4.49p Fc=0.5 Vk=350.6 M=435.9m Pb=1 Kf=101800f Af=1 Mfg=Linear_Systems)
.model PN4119 NJF(Beta=1.49m Betatce=-0.5 Vto=-4.03 Vtotc=-2.5m Lambda=19.20m Is=3.39f Xti=0 Rd=7 Rs=9 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=101800f Af=1 Mfg=Linear_Systems)
.model 2N4119 NJF(Beta=0.068m Betatce=-0.5 Vto=-2.536 Vtotc=-2.5m Lambda=19m Is=5.261f Xti=3 Isr=51.03f Nr=2 Alpha=0.7979u N=1 Rd=1 Rs=1 Cgd=3.94p Cgs=4.93p Fc=0.5 Vk=90.45 M=435m Pb=1 Kf=101800f Af=1 Mfg=Linear_Systems)
.model 2N4338 NJF(Beta=0.781m Betatce=-0.5 Vto=-.6606 Vtotc=-2.5m Lambda=1.167m Is=114.5f Xti=3 Isr=1091f Nr=2 Alpha=506.8u N=1 Rd=1 Rs=1 Cgd=2.8p Cgs=2.916p Fc=0.5 Vk=251.7 M=227m Pb=0.5 Kf=29180f Af=1 Mfg=Linear_Systems)
.model 2N4391 NJF(Beta=3.084m Betatce=-0.5 Vto=-5.27 Vtotc=-2.5m Lambda=17.5m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=5.35p Cgs=4.76p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=40230f Af=1 Mfg=Linear_Systems)
.model PN4391 NJF(Beta=3.084m Betatce=-0.5 Vto=-5.27 Vtotc=-2.5m Lambda=17.5m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=5.35p Cgs=4.76p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=40230f Af=1 Mfg=Linear_Systems)
.model 2N4392 NJF(Beta=5.816m Betatce=-0.5 Vto=-2.808 Vtotc=-2.5m Lambda=12m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=4.83p Cgs=4.29p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=77640f Af=1 Mfg=Linear_Systems)
.model PN4392 NJF(Beta=5.816m Betatce=-0.5 Vto=-2.808 Vtotc=-2.5m Lambda=12m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=4.83p Cgs=4.29p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=77640f Af=1 Mfg=Linear_Systems)
.model PN4393 NJF(Beta=9.109m Betatce=-0.5 Vto=-1.417 Vtotc=-2.5m Lambda=8m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=4.57p Cgs=4.06p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=12300f Af=1 Mfg=Linear_Systems)
.model 2N4393 NJF(Beta=9.109m Betatce=-0.5 Vto=-1.422 Vtotc=-2.5m Lambda=6m Is=205.2f Xti=3 Isr=1988f Nr=2 Alpha=20.98u N=1 Rd=1 Rs=1 Cgd=4.57p Cgs=4.06p Fc=0.5 Vk=123.7 M=407m Pb=1 Kf=12300f Af=1 Mfg=Linear_Systems)
.model 2N4416 NJF(Beta=0.989m Betatce=-0.5 Vto=-3.07 Vtotc=-2.5m Lambda=5.5m Is=33.57f Xti=3 Isr=322.4f Nr=2 Alpha=311.7u N=1 Rd=1 Rs=1 Cgd=1.6p Cgs=2.414p Fc=0.5 Vk=243.6 M=362m Pb=1 Kf=74450f Af=1 Mfg=Linear_Systems)
.model PN4416 NJF(Beta=0.989m Betatce=-0.5 Vto=-3.07 Vtotc=-2.5m Lambda=5.5m Is=33.57f Xti=3 Isr=322.4f Nr=2 Alpha=311.7u N=1 Rd=1 Rs=1 Cgd=1.6p Cgs=2.414p Fc=0.5 Vk=243.6 M=362m Pb=1 Kf=74450f Af=1 Mfg=Linear_Systems)
.model 2N5018 PJF(Beta=0.773m Betatce=-0.5 Vto=-4.15 Vtotc=-2.5m Lambda=40m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=4993f Af=1 Mfg=Linear_Systems)
.model PN5018 PJF(Beta=0.773m Betatce=-0.5 Vto=-4.15 Vtotc=-2.5m Lambda=40m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=4993f Af=1 Mfg=Linear_Systems)
.model 2N5019 PJF(Beta=1.775m Betatce=-0.5 Vto=-2.229 Vtotc=-2.5m Lambda=24m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=0.1145f Af=1 Mfg=Linear_Systems)
.model PN5019 PJF(Beta=1.775m Betatce=-0.5 Vto=-2.229 Vtotc=-2.5m Lambda=24m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=0.1145f Af=1 Mfg=Linear_Systems)
.model 2N5114 PJF(Beta=0.510m Betatce=-0.5 Vto=-8.095 Vtotc=-2.5m Lambda=40m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=32960f Af=1 Mfg=Linear_Systems)
.model PN5114 PJF(Beta=0.510m Betatce=-0.5 Vto=-8.095 Vtotc=-2.5m Lambda=40m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=279m Pb=1 Kf=32960f Af=1 Mfg=Linear_Systems)
.model 2N5115 PJF(Beta=1.031m Betatce=-0.5 Vto=-4.896 Vtotc=-2.5m Lambda=32m Is=461.5f Xti=3 Isr=4402f Nr=2 Alpha=32.54u N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Vk=393.2 M=278m Pb=1 Kf=66610f Af=1 Mfg=Linear_Systems)
.model 2N5116 PJF(Beta=1.71m Betatce=-0.5 Vto=-2.373 Lambda=25m Is=461.5f Xti=3 Nr=2 N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Pb=1 Af=1 Mfg=Linear_Systems)
.model PN5116 PJF(Beta=1.71m Betatce=-0.5 Vto=-2.373 Lambda=25m Is=461.5f Xti=3 Nr=2 N=1 Rd=1 Rs=1 Cgd=6.5p Cgs=9p Fc=0.5 Pb=1 Af=1 Mfg=Linear_Systems)
.model LS5301 NJF(Beta=0.0727m Betatce=-0.5 Vto=-1.798 Vtotc=-2.5m Lambda=15m Is=5.261f Xti=3 Isr=51.03f Nr=2 Alpha=0.797u N=1 Rd=1 Rs=1 Cgd=3.94p Cgs=4.93p Fc=0.5 Vk=90.45 M=435m Pb=1 Kf=10870f Af=1 Mfg=Linear_Systems)
.model PF5301 NJF(Beta=0.0727m Betatce=-0.5 Vto=-1.798 Vtotc=-2.5m Lambda=15m Is=5.261f Xti=3 Isr=51.03f Nr=2 Alpha=0.797u N=1 Rd=1 Rs=1 Cgd=3.94p Cgs=4.93p Fc=0.5 Vk=90.45 M=435m Pb=1 Kf=108700f Af=1 Mfg=Linear_Systems)
.model SST5301 NJF(Beta=0.0727m Betatce=-0.5 Vto=-1.798 Vtotc=-2.5m Lambda=15m Is=5.261f Xti=3 Isr=51.03f Nr=2 Alpha=0.797u N=1 Rd=1 Rs=1 Cgd=3.94p Cgs=4.93p Fc=0.5 Vk=90.45 M=435m Pb=1 Kf=108700f Af=1 Mfg=Linear_Systems)
.model 2N5564 NJF(Beta=9.109m Betatce=-0.5 Vto=-1.447 Vtotc=-2.5m Lambda=7.5m Is=94.42f Xti=3 Isr=921.9f Nr=2 Alpha=88.38u N=1 Rd=1 Rs=1 Cgd=8.67p Cgs=9.76p Fc=0.5 Vk=171.6 M=474.2m Pb=1 Kf=67860f Af=1 Mfg=Linear_Systems)
.model LS5905 NJF(Beta=0.23m Betatce=-0.5 Vto=-0.64 Vtotc=-2.5m Lambda=3.84m Is=0.18f Xti=0 Rd=25 Rs=32 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS5906 NJF(Beta=0.15m Betatce=-0.5 Vto=-1.42 Vtotc=-2.5m Lambda=4.17m Is=1.24f Xti=0 Rd=17 Rs=21 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS5907 NJF(Beta=0.10m Betatce=-0.5 Vto=-1.99 Vtotc=-2.5m Lambda=4.14m Is=1.14f Xti=0 Rd=16 Rs=20 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS5908 NJF(Beta=0.12m Betatce=-0.5 Vto=-1.652 Vtotc=-2.5m Lambda=0.900m Is=16.33f Xti=3 Isr=157.3f Nr=2 Alpha=0.026u N=1 Rd=1 Rs=1 Cgd=1.23p Cgs=1.23p Fc=0.5 Vk=211.9 M=333m Pb=1 Kf=0.3047f Af=1 Mfg=Linear_Systems)
.model LS5909 NJF(Beta=0.12m Betatce=-0.5 Vto=-1.652 Vtotc=-2.5m Lambda=0.900m Is=16.33f Xti=3 Isr=157.3f Nr=2 Alpha=0.026u N=1 Rd=1 Rs=1 Cgd=1.23p Cgs=1.23p Fc=0.5 Vk=211.9 M=333m Pb=1 Kf=0.3047f Af=1 Mfg=Linear_Systems)
.model LS5911 NJF(Beta=2.80m Betatce=-0.5 Vto=-1.64 Vtotc=-2.5m Lambda=12.06m Is=2.71f Xti=0 Rd=7 Rs=9 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS5912 NJF(Beta=2.04m Betatce=-0.5 Vto=-2.37 Vtotc=-2.5m Lambda=10.26m Is=3.99f Xti=0 Rd=7 Rs=8 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LS5912C NJF(Beta=1.49m Betatce=-0.5 Vto=-4.03 Vtotc=-2.5m Lambda=19.20m Is=3.39f Xti=0 Rd=7 Rs=9 Cgd=1p Cgs=1p Fc=0.5 M=500m Pb=0.8 Kf=0 Af=1 Mfg=Linear_Systems)
.model LSK189A NJF(Beta=2.2m Betatce=-0.5 Vto=-1.13 Vtotc=-2.5m Lambda=4.3m Is=3f Xti=0 Isr=0 Alpha=30u N=1 Rd=11 Rs=30 Cgd=3.19p Cgs=2.92p Fc=0.5 Vk=120 M=320m Pb=0.8 Kf=0.0009f Af=1 Gdsnoi=2.15 Nlev=3 Mfg=Linear_Systems)
.model LSK189B NJF(Beta=2.1m Betatce=-0.5 Vto=-1.80 Vtotc=-2.5m Lambda=5.7m Is=3f Xti=0 N=1 Rd=11 Rs=40 Cgd=3.19p Cgs=2.92p Fc=0.5 M=320m Pb=0.8 Kf=0.0009f Af=1 Gdsnoi=2.15 Nlev=3 Mfg=Linear_Systems)
.model LSK189C NJF(Beta=2.1m Betatce=-0.5 Vto=-2.78 Vtotc=-2.5m Lambda=6.3m Is=3f Xti=0 N=1 Rd=11 Rs=55 Cgd=3.19p Cgs=2.92p Fc=0.5 M=320m Pb=0.8 Kf=0.0009f Af=1 Gdsnoi=2.15 Nlev=3 Mfg=Linear_Systems)
.model LSK589A NJF(Beta=2.2m Betatce=-0.5 Vto=-1.13 Vtotc=-2.5m Lambda=4.3m Is=3f Xti=0 Isr=0 Alpha=30u N=1 Rd=11 Rs=30 Cgd=3.19p Cgs=2.92p Fc=0.5 Vk=120 M=320m Pb=0.8 Kf=0.0009f Af=1 Gdsnoi=2.15 Nlev=3 Mfg=Linear_Systems)
.model LSK589B NJF(Beta=2.1m Betatce=-0.5 Vto=-1.80 Vtotc=-2.5m Lambda=5.7m Is=3f Xti=0 N=1 Rd=11 Rs=40 Cgd=3.19p Cgs=2.92p Fc=0.5 M=320m Pb=0.8 Kf=0.0009f Af=1 Gdsnoi=2.15 Nlev=3 Mfg=Linear_Systems)
.model LSK589C NJF(Beta=2.1m Betatce=-0.5 Vto=-2.78 Vtotc=-2.5m Lambda=6.3m Is=3f Xti=0 N=1 Rd=11 Rs=55 Cgd=3.19p Cgs=2.92p Fc=0.5 M=320m Pb=0.8 Kf=0.0009f Af=1 Gdsnoi=2.15 Nlev=3 Mfg=Linear_Systems)

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spice/copy/cmp/standard.mos Executable file
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* Copyright <20> Linear Technology Corp. 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005. All rights reserved.
*
.subckt 2ndOrderAllpass 1 2
G1 0 N002 1 0 {2/R1}
L2 N002 0 {L1} Rpar={R1} Cpar={C1}
G2 0 N003 1 0 {1/R1}
G3 N003 0 N002 0 {1/R1}
R1 N003 0 {R1}
G4 0 2 N003 0 {10*H}
R2 2 0 .1
.param R1=1k
.param C1=Q/(2*pi*f0*R1)
.param L1= 1/(C1*(2*pi*f0)**2)
.ends 2ndOrderAllpass

13
spice/copy/sub/2ndOrderBandpass.sub Executable file
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* Copyright <20> Linear Technology Corp. 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005. All rights reserved.
*
.subckt 2ndOrderBandpass 1 2
L1 N003 0 {L1} Cpar={C1}
G1 0 N002 1 0 {2/R1}
R1 N002 0 {R1/2}
R2 N003 N002 {R1/2}
G2 0 2 N003 0 {10*H}
R3 2 0 .1
.param R1=1k
.param L1=1/(C1*(2*pi*f0)**2)
.param C1=Q/(R1*2*pi*f0)
.ends 2ndOrderBandpass

20
spice/copy/sub/2ndOrderComplexzero.sub Executable file
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* Copyright <20> Linear Technology Corp. 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005. All rights reserved.
*
.subckt 2ndOrderComplexzero 1 2
G1 0 N002 1 0 {2*f0**2/(R1*fn**2)}
R2 N002 0 {R1/2}
G2 0 N003 N002 N005 {2m*K1}
R4 N003 0 1k
L1 N005 N006 {L1}
R1 N002 N005 {R1/2}
C2 N006 0 {C1}
G3 0 N003 N005 N006 {1m}
G4 0 N003 N006 0 {1m*K2}
G5 0 2 N003 0 {10*H}
R3 2 0 .1
.param R1=1k
.param K1 = (fn*Q)/(f0*Qn)
.param K2 = (fn/f0)**2
.param L1 = R1*Q/(2*pi*f0)
.param C1 = 1/(L1*(2*pi*f0)**2)
.ends 2ndOrderComplexzero

13
spice/copy/sub/2ndOrderHighpass.sub Executable file
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* Copyright <20> Linear Technology Corp. 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005. All rights reserved.
*
.subckt 2ndOrderHighpass 1 2
L1 N003 0 {L1}
C1 N002 N003 {C1} Rser={R1/2}
G1 0 N002 1 0 {2/R1}
R1 N002 0 {R1/2}
G2 0 2 N003 0 {10*H}
R2 2 0 .1
.param R1=1k
.param L1=R1*Q/(2*pi*f0)
.param C1=1/(L1*(2*pi*f0)**2)
.ends 2ndOrderHighpass

13
spice/copy/sub/2ndOrderLowpass.sub Executable file
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* Copyright <20> Linear Technology Corp. 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005. All rights reserved.
*
.subckt 2ndOrderLowpass 1 2
G1 0 N002 1 0 {2/R1}
R2 N002 0 {R1/2}
R4 2 0 .1
L1 N002 N004 {L1} Rser={R1/2}
C2 N004 0 {C1}
G4 0 2 N004 0 {10*H}
.param R1=1k
.param L1 = R1*Q/(2*pi*f0)
.param C1 = 1/(L1*(2*pi*f0)**2)
.ends 2ndOrderLowpass

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spice/copy/sub/2ndOrderNotch.sub Executable file
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* Copyright <20> Linear Technology Corp. 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005. All rights reserved.
*
.subckt 2ndOrderNotch 1 2
G1 0 N002 1 0 {4/R1}
R1 N002 0 {R1/2}
R2 N003 N002 {R1/2}
R3 N003 0 {R1}
C1 N003 0 {C1} Lser={L1}
G2 0 2 N003 0 {10*H}
R4 2 0 .1
.param R1=1k
.param L1=R1*Q/(4*pi*f0)
.param C1=1/(L1*(2*pi*f0)**2)
.ends 2ndOrderNotch

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spice/copy/sub/4N25.sub Executable file
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* Copyright <20> Linear Technology Corp. 1998, 1999, 2000. All rights reserved.
*
.subckt 4N25 1 2 3 4 5
R1 N003 2 2
D1 1 N003 LD
G1 3 5 N003 2 .876m
C1 1 2 18p
Q1 3 5 4 [4] NP
.model LD D(Is=1e-20 Cjo=18p)
.model NP NPN(Bf=610 Vaf=140 Ikf=15m Rc=1 Cjc=19p Cje=7p Cjs=7p C2=1e-15)
.ends 4N25

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spice/copy/sub/4N27.sub Executable file
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* Copyright <20> Linear Technology Corp. 1998, 1999, 2000. All rights reserved.
*
.subckt 4N27 1 2 3 4 5
R1 N003 2 2
D1 1 N003 LD
G1 3 5 N003 2 .582m
C1 1 2 18p
Q1 3 5 4 [4] NP
.model LD D(Is=1e-20 Cjo=18p)
.model NP NPN(Bf=610 Vaf=140 Ikf=15m Rc=1 Cjc=19p Cje=7p Cjs=7p C2=1e-15)
.ends 4N27

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spice/copy/sub/AD8310.lib Executable file
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* Copyright (c) 1998-2020 Analog Devices, Inc. All rights reserved.
*
.subckt AD8310 1 2 3 4 5 6 7 8
R1 8 CM_IN 500
R2 1 CM_IN 500
C1 8 1 1.4p
E13 N022 2 GC6_out 2 1
R5 GC1_out N016 1k
C2 GC1_out 2 0.18p
R6 GC2_out N017 1k
C3 GC2_out 2 0.08p
R7 GC3_out N018 1k
C4 GC3_out 2 0.08p
R8 GC4_out N019 1k
C5 GC4_out 2 0.108p
R9 GC5_out N020 1k
C6 GC5_out 2 0.085p
R10 GC6_out N021 1k
C7 GC6_out 2 0.085p
R25 DET_out 2 3.075k
R26 6 N001 3k
R27 N014 2 1k
R28 N006 N014 3k
E10 AMP1 2 6 N014 1000
C22 6 2 2.1p
I<EFBFBD>G20 DET_out 2 45<34>
R4 1 N028 1e8
R3 8 N028 1e8
B_GC1 N016 2 V={I_GC1*T_GC1}*tanh((V(GC1_in)-V(OFFS))/{denom})
B_GC2 N017 2 V={I_GC2*T_GC2}*tanh((V(GC1_out)-V(2))/{denom})
B_GC3 N018 2 V={I_GC3*T_GC3}*tanh((V(GC2_out)-V(2))/{denom})
B_GC4 N019 2 V={I_GC4*T_GC4}*tanh((V(GC3_out)-V(2))/{denom})
B_GC5 N020 2 V={I_GC5*T_GC5}*tanh((V(GC4_out)-V(2))/{denom})
B_GC6 N021 2 V={I_GC6*T_GC6}*tanh((V(GC5_out)-V(2))/{denom})
B_D2 2 N008 I={I_D2}*(COSH((V(GC1_out)-V(2))/{denom})-1)/(COSH((V(GC1_out)-V(2))/{denom})+1)
C8 N008 2 0.6p
R11 DET_out N008 2k
B_D3 2 N009 I={I_D3}*(COSH((V(GC2_out)-V(2))/{denom})-1)/(COSH((V(GC2_out)-V(2))/{denom})+1)
C9 N009 2 0.6p
R12 DET_out N009 2k
B_D4 2 N010 I={I_D4}*(COSH((V(GC3_out)-V(2))/{denom})-1)/(COSH((V(GC3_out)-V(2))/{denom})+1)
C10 N010 2 0.6p
R13 DET_out N010 2k
B_D5 2 N011 I={I_D5}*(COSH((V(GC4_out)-V(2))/{denom})-1)/(COSH((V(GC4_out)-V(2))/{denom})+1)
C11 N011 2 0.6p
R14 DET_out N011 2k
B_D6 2 N012 I={I_D6}*(COSH((V(GC5_out)-V(2))/{denom})-1)/(COSH((V(GC5_out)-V(2))/{denom})+1)
C12 N012 2 0.6p
R15 DET_out N012 2k
B_D7 2 N013 I={I_D7}*(COSH((V(GC6_out)-V(2))/{denom})-1)/(COSH((V(GC6_out)-V(2))/{denom})+1)
C13 N013 2 0.6p
R16 DET_out N013 2k
B_D1a 2 N007 I={I_D1a}*(COSH(1.2*(V(GC1_in)-V(2))/{denom})-1)/(COSH(1.2*(V(GC1_in)-V(2))/{denom})+1)
C14 N007 2 0.8p
R17 DET_out N007 400
R18 GC1_in 2 1e8
B_EN GC1_in 2 V={Ain}*(V(8)-V(1))*(V(7)-V(2)>2.3)
B1 5 2 I=(8m-0.05u)*(V(7)-V(2)>2.3)*(V(5)-V(2)>2.6)*(V(5)-V(2)<=7.5)+0.05u
B_GC7 OFFS 2 V=15m*tanh((V(INT_FLT)-V(2))/15m)
B2 N001 2 V=(V(DET_out)<=V(REF_p66))*(V(DET_out)-V(REF_p66))+V(REF_p66)-V(2)
B3 N006 2 V=(V(AMP2)<=V(REF_4p75))*(V(AMP2)-V(REF_4p75))+V(REF_4p75)-V(2)
B4 AMP2 2 V=(V(AMP1)>=V(REF_p4))*(V(AMP1)-V(REF_p4))+V(REF_p4)-V(2)
R19 AMP1 2 100k
R20 AMP2 2 100k
B_D1b 2 N007 I={I_D1b}*(COSH(0.25*(V(GC1_in)-V(2))/{denom})-1)/(COSH(0.25*(V(GC1_in)-V(2))/{denom})+1)
B_D1c 2 N007 I={I_D1c}*(COSH(45m*(V(GC1_in)-V(2))/{denom})-1)/(COSH(45m*(V(GC1_in)-V(2))/{denom})+1)
R30 7 2 85.7k
XU1 N006 N004 VCC_INT 2 N004 level.2 Avol=1Meg GBW=25Meg Slew=100Meg ilimit=5m rail=0 Vos=0 phimargin=45 en=0 enk=0 in=0 ink=0 Rin=500Meg
R33 4 N004 0.05
R31 INT_FLT N022 7.1e7
R32 2 OFFS 1e8
C18 INT_FLT 2 33p
S1 5 VCC_INT CTRL 2 vcc_switch
B_OFLT1 CTRL 2 V=(V(7)-V(2)>2.3)*(V(5)-V(2)>2.6)*(V(5)-V(2)<=7.5)
R24 VCC_INT 2 1e8
B_0p4 REF_p4 2 V=0.4*(V(CTRL)>0.5)
B_0p66 REF_p66 2 V=0.66*(V(CTRL)>0.5)
B_4p75 REF_4p75 2 V=4.75*(V(CTRL)>0.5)
V1 CM_IN 2 3.2578
V5 3 INT_FLT 1.75
.param I_GC1=998.692u
.param I_GC2=904.1875u
.param I_GC3=903.975u
.param I_GC4=801.8u
.param I_GC5=896.75u
.param I_GC6=977.5u
.param T_GC1=TEMP+287.775
.param T_GC2=TEMP+287.334488
.param T_GC3=TEMP+287.7372
.param T_GC4=TEMP+301.1642
.param T_GC5=TEMP+301.1642
.param T_GC6=TEMP+273.2804
.param I_D1a=7.132n*TEMP + 27.5784u
.param I_D1b=4.7n*TEMP + 26.8338u
.param I_D1c=9.564n*TEMP + 31.8017u
.param I_D2 =7.76n*TEMP + 29.8147u
.param I_D3 =.9885n*TEMP + 29.70868u
.param I_D4 =.9885n*TEMP + 29.70868u
.param I_D5 =3.954n*TEMP + 29.6286u
.param I_D6 =7.908n*TEMP + 29.5219u
.param I_D7 =37.46n*TEMP + 57.0747u
.param denom=172.5u*(TEMP+274.15)
.param Ain=1.58
.model vcc_switch SW(Ron=1m, Roff=1e9, Vt=0.5)
.lib UniversalOpamps2.sub
.ends AD8310

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spice/copy/sub/ADA4098-1.lib Executable file
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* Copyright (c) 1998-2021 Analog Devices, Inc. All rights reserved.
*
.subckt ADA4098-1 1 2 3 4 5 6
B1 0 N006 I=10u*dnlim(uplim(V(1),V(4)+69.3,.1), V(4)-.15, .1)+1n*V(1)-10.72254n
B2 N006 0 I=10u*dnlim(uplim(V(2),V(4)+69.3,.1), V(4)-.16, .1)+1n*V(2)
C10 N006 0 50f Rpar=100K noiseless
M1 N019 NG 4 4 NI temp=27
C2 3 5 1p Rpar=1g noiseless
D5 NG N022 DLIMN1
M2 P001 N007 N004 N004 PI temp=27
A3 N014 N016 4 4 4 4 N007 4 OTA g=2u ref=-.305 linear vlow=-1e308 vhigh=1e308
C11 5 4 1p Rpar=1g noiseless
D6 NG 4 DLIMN2
C16 N016 5 12p
A5 N012 0 N014 N014 N014 N014 N016 N014 OTA g=70u isource=10.3u Vlow=-1e308 Vhigh=1e308
G1 4 NG N016 N014 140n
D9 N016 N014 DLIM
C7 2 0 2.7p Rser=1k Rpar=100G noiseless
C13 3 4 10p
C1 N009 0 30f
G2 0 N014 4 0 .5m
G4 0 N014 3 0 .5m
C18 N014 0 200p Rpar=1K noiseless
C6 1 0 2.7p Rser=1k Rpar=100G noiseless
D3 3 N004 DSBD
C5 3 N004 100f Rpar=10Meg noiseless
D4 N004 N007 DLIMP
D2 N009 0 DLIM0
D1 4 5 DESD
D8 4 1 DESD
D10 4 2 DESD
A2 N015 0 0 0 0 0 0 0 OTA g=0 in=1.8p ink=15
D11 5 N019 DNR
C15 N019 4 100f Rpar=10Meg noiseless
D7 N007 3 DLIMPR
A6 4 3 M M M M N005 M OTA g=2u iout=1u ref=-2.5 Rout=1Meg Cout=100f vlow=-1e308 vhigh=1e308
S4 N021 N023 N005 0 SBiasN
D13 3 N013 DBiasDrop
C14 N021 4 100f
S2 N004 N007 0 N005 SHUT
S3 NG 4 0 N005 SHUT
D16 2 1 D1Meg
C17 N010 0 174.26f noiseless Rser=2.667Meg Rpar=1Meg
G3 0 N010 N009 0 1<>
D17 0 N009 DNLIN
C20 N012 0 47f Rpar=1Meg noiseless
G5 0 N012 N011 0 1<>
S5 N014 N016 4 5 SGK
C3 3 N007 .9p Rser=700k noiseless
C12 NG 4 .9p Rser=700k noiseless
D14 2 N013 DBiasOTT
D15 1 N021 DBiasOTT
S1 0 N008 3 2 SNOI
A7 N008 0 0 0 0 0 0 0 OTA g=0 in=17.25p ink=5
A1 2 1 0 0 0 0 0 0 OTA g=0 in=145f ink=6
GNOI_I 1 2 N015 0 1<>
S6 0 N015 3 2 SNOI
A4 0 N006 0 0 0 0 N009 0 OTA g=1u linear en=16.95n*(1+freq/12e5) enk=3.3 Vhigh=1e308 Vlow=-1e308
GNOI_V N006 0 N008 0 10n
I1 0 1 1.76n
S9 3 4 N017 0 SP
S10 3 N007 N017 0 SHUT2
S11 NG 4 N017 0 SHUT2
A8 6 4 0 0 0 0 N017 0 SCHMITT Vt=1.5 Vh=1m Trise=1u Tfall=100u
S7 5 0 N017 0 SHUT2
S8 P001 5 0 N017 SHUT3
S13 N018 4 0 N017 SHUT3
G6 0 M 3 0 500<30>
R1 M 0 1k noiseless
G7 0 M 4 0 500<30>
R2 N026 0 48 noiseless
C4 N027 N026 10n Rpar=47.9K noiseless
R3 N027 0 1 noiseless
G8 0 N027 1 0 5.25m
G9 0 N027 2 0 5.25m
G10 0 N027 0 3 5.25m
G11 0 N027 0 4 5.25m
G12 0 N006 0 N026 1<>
D12 3 N018 DP
S12 N013 N021 0 N017 SHUT3
D18 4 6 DSHUT1
C9 6 0 100f
C19 N011 0 174.26f noiseless Rser=3.667Meg Rpar=1Meg
G13 0 N011 N010 0 1<>
S14 N023 4 0 N017 SHUT3
S15 N022 4 0 N017 SHUT3
I2 0 2 2.04n
.model DP D(Ron=1k Roff=1G Vfwd=2.5 epsilon=100m ilimit=1.4u noiseless)
.model SP SW(Ron=100 Roff=1G vt=.5 vh=10m ilimit=17u noiseless)
.model DESD D(Ron=1k Roff=1G vfwd=700m epsilon=100m noiseless)
.model SNOI SW(Ron=1 Roff=1Meg vt=1.2 vh=-100m noiseless)
.model NI VDMOS(Vto=325.5m kp=72.3m Mtriode=.9 lambda=.01)
.model PI VDMOS(Vto=-325.5m Kp=341m lambda=.01 pchan is=0)
.model DLIM0 D(Ron=10 Roff=10Meg Vfwd=1 epsilon=100m Vrev=1 epsilon=100m noiseless)
.model DNLIN D(Roff=1.8Meg Ron=800k vfwd=0 epsilon=10m noiseless)
.model DLIM D(Ron=100 Roff=2.949Meg Vfwd=700m Vrev=100m epsilon=10m revepsilon=10 noiseless)
.model SHUT SW(level=2 Ron=10k Roff=100G vt=-.5 vh=-.2 noiseless)
.model DSHUT1 D(Ron=1000 Roff=0.823E6 Vfwd=1 epsilon=100m Vrev=1 epsilon=100m ilimit=100n revilimit=0.1n noiseless)
.model DSBD D( Ron=15 Roff=100Meg Vfwd=-58.5m epsilon=50m Vrev=100 revepsilon=10m noiseless)
.model DNR D(Ron=1 Roff=100Meg Vfwd=-6.5m epsilon=300m noiseless)
.model DLIMN1 D(Ron=200k Roff=415Meg Vfwd=1.378 Vrev=-330m epsilon=.1 noiseless)
.model DLIMN2 D(Ron=5Meg Roff=1G Vfwd=-20m epsilon=50m ilimit=44n noiseless)
.model DLIMP D(Ron=100k Roff=100Meg Vfwd=0.63 epsilon=10m noiseless)
.model DLIMPR D(Ron=5Meg Roff=1G Vfwd=100m epsilon=10m noiseless)
.model SGK SW(level=2 Ron=65k Roff=100G vt=-260m vh=150m oneway epsilon=10m noiseless)
.model SBiasN SW(level=2 Ron=5k Roff=1g vt=.5 vh=-.2 ilimit=8u noiseless)
.model DBiasDrop D(Ron=1k Roff=1G vfwd=2.37 epsilon=200m noiseless)
.model DBiasOTT D(Ron=500 Roff=1G vfwd=700m epsilon=200m noiseless)
.model D1Meg D(Ron=1Meg Roff=1Meg vfwd=0 vrev=0 ilimit=10n revilimit=10n noiseless)
.model SHUT3 SW(Ron=10 Roff=10G vt=-0.5 vh=100m noiseless)
.model SHUT2 SW(Ron=10 Roff=10G vt=0.5 vh=100m noiseless)
.ends ADA4098-1

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spice/copy/sub/ADA4099-1.lib Executable file
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* Copyright (c) 1998-2021 Analog Devices, Inc. All rights reserved.
*
.subckt ADA4099-1 1 2 3 4 5 6
B1 0 N006 I=10u*dnlim(uplim(V(1),V(4)+69.1,.1), V(4)-.15, .1)+1n*V(1)-10.72254n
B2 N006 0 I=10u*dnlim(uplim(V(2),V(4)+69.1,.1), V(4)-.16, .1)+1n*V(2)
C10 N006 0 50f Rpar=100K noiseless
M1 N018 NG 4 4 NI temp=27
C2 3 5 1p Rpar=1g noiseless
D5 NG N022 DLIMN1
M2 P001 N007 N004 N004 PI temp=27
A3 N013 N015 4 4 4 4 N007 4 OTA g=2u ref=-.305 linear vlow=-1e308 vhigh=1e308
C11 5 4 1p Rpar=1g noiseless
D6 NG 4 DLIMN2
C16 N015 5 1.8p
A5 N011 0 N013 N013 N013 N013 N015 N013 OTA g=50u iout=9.8u Vlow=-1e308 Vhigh=1e308
G1 4 NG N015 N013 140n
D9 N015 N013 DLIM
C7 2 0 2.7p Rser=1k Rpar=100G noiseless
C13 3 4 10p
C1 N009 0 7f
G2 0 N013 4 0 .5m
G4 0 N013 3 0 .5m
C18 N013 0 200p Rpar=1K noiseless
C6 1 0 2.7p Rser=1k Rpar=100G noiseless
D3 3 N004 DSBD
C5 3 N004 100f Rpar=10Meg noiseless
D4 N004 N007 DLIMP
D2 N009 0 DLIM0
D1 4 5 DESD
D8 4 1 DESD
D10 4 2 DESD
A2 N014 0 0 0 0 0 0 0 OTA g=0 en=8n enk=5 in=5p ink=15
D11 5 N018 DNR
C15 N018 4 100f Rpar=10Meg noiseless
D7 N007 3 DLIMPR
A6 4 3 M M M M N005 M OTA g=2u iout=1u ref=-2.5 Rout=1Meg Cout=100f vlow=-1e308 vhigh=1e308
S4 N020 N021 N005 0 SBiasN
D13 3 N012 DBiasDrop
C14 N020 4 100f
S2 N004 N007 0 N005 SHUT
S3 NG 4 0 N005 SHUT
D16 2 1 D100k
C17 N010 0 80.26f noiseless Rser=2.667Meg Rpar=1Meg
G3 0 N010 N009 0 1<>
D17 0 N009 DNLIN
C19 N011 0 6f Rpar=1Meg noiseless
G5 0 N011 N010 0 1<>
S5 N013 N015 4 5 SGK
C3 3 N007 .9p Rser=700k noiseless
C12 NG 4 .9p Rser=700k noiseless
D14 2 N012 DBiasOTT
D15 1 N020 DBiasOTT
S1 0 N008 3 2 SNOI
A7 N008 0 0 0 0 0 0 0 OTA g=0 in=17.25p ink=5
A1 2 1 0 0 0 0 0 0 OTA g=0 in=500f ink=6
GNOI_I 1 2 N014 0 1<>
S6 0 N014 3 2 SNOI
A4 0 N006 0 0 0 0 N009 0 OTA g=1u linear en=7n*(1+freq/40e6) enk=6 Vhigh=1e308 Vlow=-1e308
GNOI_V N006 0 N008 0 10n
I1 1 0 1.4n
S9 3 4 N016 0 SP
S10 3 N007 N016 0 SHUT2
S11 NG 4 N016 0 SHUT2
A8 6 4 0 0 0 0 N016 0 SCHMITT Vt=1.5 Vh=1m Trise=1u Tfall=12u
S7 5 0 N016 0 SHUT2
S8 P001 5 0 N016 SHUT3
S13 N017 4 0 N016 SHUT3
G6 0 M 3 0 500<30>
R1 M 0 1k noiseless
G7 0 M 4 0 500<30>
R2 N025 0 48 noiseless
C4 N026 N025 10n Rpar=47.9K noiseless
R3 N026 0 1 noiseless
G8 0 N026 1 0 5.25m
G9 0 N026 2 0 5.25m
G10 0 N026 0 3 5.25m
G11 0 N026 0 4 5.25m
G12 0 N006 0 N025 1<>
D12 3 N017 DP
S12 N012 N020 0 N016 SHUT3
S14 N021 4 0 N016 SHUT3
S16 N022 4 0 N016 SHUT3
D18 4 6 DSHUT1
C8 6 0 100f
.model DP D(Ron=1k Roff=1G Vfwd=2.5 epsilon=100m ilimit=0.49m noiseless)
.model SP SW(Ron=100 Roff=1G vt=.5 vh=10m ilimit=24u noiseless)
.model DESD D(Ron=1k Roff=1G vfwd=700m epsilon=100m noiseless)
.model SNOI SW(Ron=1 Roff=1Meg vt=1.2 vh=-100m noiseless)
.model NI VDMOS(Vto=220m kp=60m Mtriode=.9 lambda=.01)
.model PI VDMOS(Vto=-220m Kp=120m lambda=.01 pchan is=0)
.model DLIM0 D(Ron=10 Roff=10Meg Vfwd=1 epsilon=100m Vrev=1 epsilon=100m noiseless)
.model DNLIN D(Roff=1.8Meg Ron=800k vfwd=0 epsilon=10m noiseless)
.model DLIM D(Ron=100 Roff=4.111Meg Vfwd=700m Vrev=100m epsilon=10m revepsilon=10 noiseless)
.model SHUT SW(level=2 Ron=10k Roff=100G vt=-.5 vh=-.2 noiseless)
.model DSHUT1 D(Ron=1000 Roff=0.823E6 Vfwd=1 epsilon=100m Vrev=1 epsilon=100m ilimit=100n revilimit=0.1n noiseless)
.model DSBD D( Ron=15 Roff=100Meg Vfwd=-48.5m epsilon=50m Vrev=100 revepsilon=10m noiseless)
.model DNR D(Ron=1 Roff=100Meg Vfwd=-8.5m epsilon=300m noiseless)
.model DLIMN1 D(Ron=200k Roff=415Meg Vfwd=1.378 Vrev=-330m epsilon=.1 noiseless)
.model DLIMN2 D(Ron=5Meg Roff=1G Vfwd=-20m epsilon=50m ilimit=44n noiseless)
.model DLIMP D(Ron=100k Roff=100Meg Vfwd=0.815 epsilon=10m noiseless)
.model DLIMPR D(Ron=5Meg Roff=1G Vfwd=100m epsilon=10m noiseless)
.model SGK SW(level=2 Ron=65k Roff=100G vt=-260m vh=150m oneway epsilon=10m noiseless)
.model SBiasN SW(level=2 Ron=5k Roff=1g vt=.5 vh=-.2 ilimit=82.5u noiseless)
.model DBiasDrop D(Ron=1k Roff=1G vfwd=2.37 epsilon=200m noiseless)
.model DBiasOTT D(Ron=500 Roff=1G vfwd=700m epsilon=200m noiseless)
.model D100k D(Ron=100k Roff=100k vfwd=0 vrev=0 ilimit=10n revilimit=10n noiseless)
.model 600nA D(Ron=1Meg Roff=1G Ilimit=600n epsilon=1 Vfwd=1 noiseless)
.model 300nA D(Ron=1Meg Roff=1G Ilimit=300n epsilon=1 Vfwd=0 noiseless)
.model SHUT3 SW(Ron=10 Roff=10G vt=-0.5 vh=100m noiseless)
.model SHUT2 SW(Ron=10 Roff=10G vt=0.5 vh=100m noiseless)
.model SHUTD SW(Ron=10 Roff=10G vt=0 vh=100m ilimit=300n noiseless)
.ends ADA4099-1

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* Copyright <20> Analog Devices, Inc. 2019. All rights reserved.
*
*
.subckt ADG1611 1 2 3 4 5 6 7 8 9 10 11 12 13
C1 1 5 5p
C2 4 5 63p
C5 13 5 63p
A1 1 5 5 5 5 5 N002 5 SCHMITT Vt=1.4 Vh=1m tripdt=10n Trise=250n Tfall=500n
S1 N004 13 5 N002 TN
S2 4 N004 N002 5 BN
S3 13 N006 N002 5 TP
S4 N006 4 5 N002 BP
C6 2 5 63p
C7 3 5 63p
M1 2 N004 3 3 N
M2 3 N006 2 2 P
D1 3 13 S
D2 4 2 S
D3 2 13 S
D4 4 3 S
.model N VDMOS(Kp=.12 Vto= .5 Is=0 mtriode=1.3 Cgs=24p Ksubthres=.4 nlev=3 gdsnoi=2)
.model P VDMOS(Kp=.12 Vto=-.5 pchan Is=0 mtriode=1.3 Cgs=24p Ksubthres=.4 nlev=3 gdsnoi=2)
.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model S D(Ron=5 Roff=1G Vfwd=.4 epsilon=1)
.ends ADG1611
*
.subckt ADG1612 1 2 3 4 5 6 7 8 9 10 11 12 13
C1 1 5 5p
C2 4 5 63p
C5 13 5 63p
A1 1 5 5 5 5 N002 5 5 SCHMITT Vt=1.4 Vh=1m tripdt=10n Trise=250n Tfall=500n
S1 N004 13 5 N002 TN
S2 4 N004 N002 5 BN
S3 13 N006 N002 5 TP
S4 N006 4 5 N002 BP
C6 2 5 63p
C7 3 5 63p
M1 2 N004 3 3 N
M2 3 N006 2 2 P
D1 3 13 S
D2 4 2 S
D3 2 13 S
D4 4 3 S
.model N VDMOS(Kp=.12 Vto= .5 Is=0 mtriode=1.3 Cgs=24p Ksubthres=.4 nlev=3 gdsnoi=2)
.model P VDMOS(Kp=.12 Vto=-.5 pchan Is=0 mtriode=1.3 Cgs=24p Ksubthres=.4 nlev=3 gdsnoi=2)
.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model S D(Ron=5 Roff=1G Vfwd=.4 epsilon=1)
.ends ADG1612
*
.subckt ADG1633 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
C1 15 16 8p
C2 13 16 63p
C5 1 16 63p
S1 N004 1 16 N002 TN
S2 13 N004 N002 16 BN
S3 1 N009 N002 16 TP
S4 N009 13 16 N002 BP
C6 3 16 33p
C7 2 16 19p
M1 3 N004 2 2 N m=.22
M2 2 N009 3 3 P m=.22
D1 2 1 S
D2 13 3 S
D3 3 1 S
D4 13 2 S
A2 15 16 16 16 16 N007 N005 16 SCHMITT Vt=1.4 Vh=1m tripdt=5n Trise=100n Td=80n
S5 N015 1 16 N012 TN
S6 13 N015 N012 16 BN
S7 1 N014 N012 16 TP
S8 N014 13 16 N012 BP
C11 4 16 19p
M3 3 N015 4 4 N m=.22
M4 4 N014 3 3 P m=.22
D5 4 1 S
D6 13 3 S
D7 3 1 S
D8 13 4 S
C8 14 16 8p
A3 14 16 16 16 16 N008 16 16 SCHMITT Vt=1.4 Vh=1m tripdt=5n Trise=100n Tfall=225n
A5 16 N005 16 N008 16 N002 16 16 AND Trise=90n Tfall=10n tripdt=5n
A1 16 N007 16 N008 16 N012 16 16 AND Trise=90n Tfall=10n tripdt=5n
.model N VDMOS(Kp=.12 Vto= .5 Is=0 mtriode=1.3 Cgs=10p Ksubthres=.4 nlev=3 gdsnoi=2)
.model P VDMOS(Kp=.12 Vto=-.5 pchan Is=0 mtriode=1.3 Cgs=10p Ksubthres=.4 nlev=3 gdsnoi=2)
.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model S D(Ron=5 Roff=1G Vfwd=.4 epsilon=1)
.ends ADG1633
*
.subckt ADG5248F 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
C2 3 14 63p
C5 13 14 63p
S1 N046 13 14 N042 TN
S2 3 N046 N042 14 BN
S3 13 N049 N042 14 TP
S4 N049 3 14 N042 BP
C7 7 14 3p
M1 N021 N046 N043 N043 N
M2 N043 N049 N021 N021 P
A4 UVLO N028 N029 N047 N040 S1 14 14 AND Trise=50n Tfall=250n tripdt=5n
A16 1 14 14 14 14 N028 N033 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
C3 2 14 8p
C4 1 14 8p
C9 16 14 8p
C10 15 14 8p
S5 N038 13 14 N035 TN
S6 3 N038 N035 14 BN
S7 13 N039 N035 14 TP
S8 N039 3 14 N035 BP
C8 6 14 3p
M3 N021 N038 N036 N036 N
M4 N036 N039 N021 N021 P
S9 N026 13 14 N024 TN
S10 3 N026 N024 14 BN
S11 13 N027 N024 14 TP
S12 N027 3 14 N024 BP
C12 5 14 3p
M5 N021 N026 N025 N025 N
M6 N025 N027 N021 N021 P
S13 N018 13 14 N015 TN
S14 3 N018 N015 14 BN
S15 13 N020 N015 14 TP
S16 N020 3 14 N015 BP
C13 8 14 12p
C14 4 14 3p
M7 N021 N018 N016 N016 N
M8 N016 N020 N021 N021 P
S17 N074 13 14 N061 TN
S18 3 N074 N061 14 BN
S19 13 N075 N061 14 TP
S20 N075 3 14 N061 BP
C16 9 14 3p
M9 N021 N074 N072 N072 N
M10 N072 N075 N021 N021 P
S21 N070 13 14 N059 TN
S22 3 N070 N059 14 BN
S23 13 N071 N059 14 TP
S24 N071 3 14 N059 BP
C18 10 14 3p
M11 N021 N070 N068 N068 N
M12 N068 N071 N021 N021 P
S25 N066 13 14 N056 TN
S26 3 N066 N056 14 BN
S27 13 N067 N056 14 TP
S28 N067 3 14 N056 BP
C20 11 14 3p
M13 N021 N066 N064 N064 N
M14 N064 N067 N021 N021 P
S29 N057 13 14 N052 TN
S30 3 N057 N052 14 BN
S31 13 N060 N052 14 TP
S32 N060 3 14 N052 BP
C22 12 14 3p
M15 N021 N057 N054 N054 N
M16 N054 N060 N021 N021 P
A9 16 14 14 14 14 N029 N034 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
A10 2 14 14 14 14 N031 N040 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
A11 15 14 14 14 14 N047 N053 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
D33 14 2 ESD
D34 14 15 ESD
D35 14 16 ESD
D36 14 1 ESD
C6 18 14 20p
C11 17 14 20p
A13 17 4 14 14 14 14 S1L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
D37 S1H F1 OR
D38 S1L F1 OR
D39 S2H F2 OR
D40 S2L F2 OR
D41 S3H F3 OR
D42 S3L F3 OR
D43 S4H F4 OR
D44 S4L F4 OR
D45 S5H F5 OR
D46 S5L F5 OR
D47 S6H F6 OR
D48 S6L F6 OR
D49 S7H F7 OR
D50 S7L F7 OR
D51 S8H F8 OR
D52 S8L F8 OR
D53 F1 N011 OR
D54 F2 N011 OR
D55 F3 N011 OR
D56 F4 N011 OR
D57 F5 N011 OR
D58 F6 N011 OR
D59 F7 N011 OR
M17 13 14 N001 N001 3V
C15 N001 14 10p
S33 19 14 N014 14 OUT
S34 N001 19 N009 14 OUT
A30 14 N008 14 UVLO 14 14 N009 14 AND Trise=15n Ref=.95
D60 14 19 ESD
A29 14 UVLO 14 N013 14 14 N014 14 AND Trise=15n Ref=.95
C17 19 14 4p
A32 13 3 14 14 14 14 UVLO 14 SCHMITT Vt=7.9 Vh=50m Rhigh=1K Rlow=10
A33 18 14 14 14 14 14 UVLO 14 SCHMITT Vt=4.44 Vh=50m Rhigh=1K Rlow=10
A34 13 18 14 14 14 14 UVLO 14 SCHMITT Vt=-50m Vh=25m Rhigh=1K Rlow=10
A35 17 3 14 14 14 14 UVLO 14 SCHMITT Vt=-50m Vh=25m Rhigh=1K Rlow=10
A36 17 14 14 14 14 UVLO 14 14 SCHMITT Vt=50m Vh=25m Rhigh=1K Rlow=10
D61 F1 N015 OR
D62 S1 N015 OR
B1 14 FX2 I=(!V(S1,14) & V(S1L,14))|(!V(S2,14)&V(S2L,14))|(!V(S3,14)&V(S3L,14))|(!V(S4,14)&V(S4L,14))|(!V(S5,14)&V(S5L,14))|(!V(S6,14)&V(S6L,14))|(!V(S7,14)&V(S7L,14))|(!V(S8,14)&V(S8L,14)) Rpar=1 Cpar=1n NoJacob
B2 14 FX1 I=(!V(S1,14)&V(S1H,14))|(!V(S2,14)&V(S2H,14))|(!V(S3,14)&V(S3H,14))|(!V(S4,14)&V(S4H,14))|(!V(S5,14)&V(S5H,14))|(!V(S6,14)&V(S6H,14))|(!V(S7,14)&V(S7H,14))|(!V(S8,14)&V(S8H,14)) Rpar=1 Cpar=1n NoJacob
S35 8 18 N019 14 20<32>A
S36 8 17 N023 14 20<32>A
D63 S2 N024 OR
D64 S3 N035 OR
D65 S4 N042 OR
D66 S5 N052 OR
D67 S6 N056 OR
D68 S7 N059 OR
D69 S8 N061 OR
D70 F2 N024 OR
D71 F3 N035 OR
D72 F4 N042 OR
D73 F5 N052 OR
D74 F6 N056 OR
D75 F7 N059 OR
A12 4 18 14 14 14 14 S1H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A37 14 N028 N029 N031 14 14 Q1 14 AND Trise=90n Tfall=120n tripdt=5n
A38 14 N033 N029 N031 14 14 Q2 14 AND Trise=90n Tfall=120n tripdt=5n
A39 14 N028 N034 N031 14 14 Q3 14 AND Trise=90n Tfall=120n tripdt=5n
A40 14 N033 N034 N031 14 14 Q4 14 AND Trise=90n Tfall=120n tripdt=5n
A41 14 N028 N029 N040 14 14 Q5 14 AND Trise=90n Tfall=120n tripdt=5n
A42 14 N033 N029 N040 14 14 Q6 14 AND Trise=90n Tfall=120n tripdt=5n
A43 14 N028 N034 N040 14 14 Q7 14 AND Trise=90n Tfall=120n tripdt=5n
A44 14 N033 N034 N040 14 14 Q8 14 AND Trise=90n Tfall=120n tripdt=5n
S37 20 14 N007 14 OUT
S38 N001 20 N003 14 OUT
A45 14 N002 14 UVLO 14 14 N003 14 AND Trise=15n Ref=.95
D77 14 20 ESD
A46 14 UVLO 14 N006 14 14 N007 14 AND Trise=15n Ref=.95
C19 20 14 5p
A47 N005 14 14 14 14 N006 N002 14 BUF Trise=15n
D78 F8 N011 OR
B3 14 N005 I=(V(Q1,14)&V(F1,14))|(V(Q2,14)&V(F2,14))|(V(Q3,14)&V(F3,14))|(V(Q4,14)&V(F4,14))|(V(Q5,14)&V(F5,14))|(V(Q6,14)&V(F6,14))|(V(Q7,14)&V(F7,14))|(V(Q8,14)&V(F8,14)) Rpar=1 Cpar=1n NoJacob
S39 4 N016 14 F1 DC
S40 5 N025 14 F2 DC
S41 6 N036 14 F3 DC
S42 7 N043 14 F4 DC
S43 12 N054 14 F5 DC
S44 11 N064 14 F6 DC
S45 10 N068 14 F7 DC
S46 9 N072 14 F8 DC
B4 SX 0 V= !V(S1) ? V(4) :(!V(S2) ? V(5) : (!V(S3) ? V(6) : (!V(S4) ? V(7) :(!V(S5) ? V(12) : (!V(S6) ? V(11) : (!V(S7) ? V(10) : V(9)))))))
R2 8 N021 R=1Meg*(V(SX,8)/V(13,3))**10+10
A48 14 14 14 N030 N032 _ON ON 14 DFLOP Cout=10n
A52 UVLO 14 14 14 14 N032 14 14 BUF
A53 14 FX1 14 ON 14 14 N019 14 AND Trise=100n
A54 14 FX2 14 ON 14 14 N023 14 AND Trise=100n
D79 _ON N052 OR
D80 _ON N056 OR
D81 _ON N059 OR
D82 _ON N061 OR
D83 _ON N015 OR
D84 _ON N024 OR
D85 _ON N035 OR
D86 _ON N042 OR
A1 UVLO N033 N029 N047 N040 S2 14 14 AND Trise=50n Tfall=250n tripdt=5n
A2 UVLO N028 N034 N047 N040 S3 14 14 AND Trise=50n Tfall=250n tripdt=5n
A3 UVLO N033 N034 N047 N040 S4 14 14 AND Trise=50n Tfall=250n tripdt=5n
A5 UVLO N028 N029 N053 N040 S5 14 14 AND Trise=50n Tfall=250n tripdt=5n
A6 UVLO N033 N029 N053 N040 S6 14 14 AND Trise=50n Tfall=250n tripdt=5n
A7 UVLO N028 N034 N053 N040 S7 14 14 AND Trise=50n Tfall=250n tripdt=5n
A8 UVLO N033 N034 N053 N040 S8 14 14 AND Trise=50n Tfall=250n tripdt=5n
A14 17 5 14 14 14 14 S2L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A15 5 18 14 14 14 14 S2H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A17 6 18 14 14 14 14 S3H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A18 17 6 14 14 14 14 S3L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A19 7 18 14 14 14 14 S4H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A20 17 7 14 14 14 14 S4L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A21 12 18 14 14 14 14 S5H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A22 17 12 14 14 14 14 S5L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A23 17 11 14 14 14 14 S6L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A24 11 18 14 14 14 14 S6H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A25 10 18 14 14 14 14 S7H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A26 17 10 14 14 14 14 S7L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A27 9 18 14 14 14 14 S8H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A28 17 9 14 14 14 14 S8L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A55 N011 14 14 14 14 14 N012 14 BUF Trise=10n Tfall=70u
A31 N012 14 14 14 14 N013 N008 14 SCHMITT Vt=.5 Vh=.45 Trise=10n
C21 N021 14 1p
C23 14 N016 1p
C24 14 N025 1p
C25 14 N036 1p
C26 14 N043 1p
C27 14 N054 1p
C28 14 N064 1p
C29 14 N068 1p
C30 14 N072 1p
A49 FX1 14 FX2 14 N032 N030 14 14 OR
D1 F8 N061 OR
B5 _ON 14 I=smallsig()
.model N VDMOS(Kp=2m Vto= .5 Is=0 mtriode=1 Cgs=.049p Ksubthres=.4 nlev=3 gdsnoi=2)
.model P VDMOS(Kp=2m Vto=-.5 pchan Is=0 mtriode=1 Cgs=.049p Ksubthres=.4 nlev=3 gdsnoi=2)
.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model ESD D(Ron=1 Roff=1G epsilon=1)
.model OR D(Ron=1 Roff=1G epsilon=.25)
.model OUT SW(Ron=150 Roff=10Meg Vt=.5 Vh=-.4)
.model 3V VDMOS(Kp=200m Vto=-3 Ksubthres=.1)
.model 20<32>A SW(Ron=20K Roff=10T Vt=.5 Vh=-10m Ilimit=20u level=2)
.model DC SW(Ron=190 Roff=1G Vt=-.5 Vh=-.4)
.ends ADG5248F
*
.subckt ADG5249F 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
C2 3 14 63p
C5 13 14 63p
S1 N046 13 14 N042 TN
S2 3 N046 N042 14 BN
S3 13 N048 N042 14 TP
S4 N048 3 14 N042 BP
C7 7 14 3p
M1 N021 N046 N043 N043 N
M2 N043 N048 N021 N021 P
A4 UVLO N028 N029 14 N040 S1 14 14 AND Trise=50n Tfall=250n tripdt=5n
A16 1 14 14 14 14 N028 N033 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
C3 2 14 8p
C4 1 14 8p
C9 16 14 8p
S5 N038 13 14 N035 TN
S6 3 N038 N035 14 BN
S7 13 N039 N035 14 TP
S8 N039 3 14 N035 BP
C8 6 14 3p
M3 N021 N038 N036 N036 N
M4 N036 N039 N021 N021 P
S9 N026 13 14 N024 TN
S10 3 N026 N024 14 BN
S11 13 N027 N024 14 TP
S12 N027 3 14 N024 BP
C12 5 14 3p
M5 N021 N026 N025 N025 N
M6 N025 N027 N021 N021 P
S13 N018 13 14 N015 TN
S14 3 N018 N015 14 BN
S15 13 N020 N015 14 TP
S16 N020 3 14 N015 BP
C13 8 14 12p
C14 4 14 3p
M7 N021 N018 N016 N016 N
M8 N016 N020 N021 N021 P
S17 N075 13 14 N061 TN
S18 3 N075 N061 14 BN
S19 13 N076 N061 14 TP
S20 N076 3 14 N061 BP
C16 9 14 3p
M9 N059 N075 N073 N073 N
M10 N073 N076 N059 N059 P
S21 N071 13 14 N057 TN
S22 3 N071 N057 14 BN
S23 13 N072 N057 14 TP
S24 N072 3 14 N057 BP
C18 10 14 3p
M11 N059 N071 N069 N069 N
M12 N069 N072 N059 N059 P
S25 N067 13 14 N053 TN
S26 3 N067 N053 14 BN
S27 13 N068 N053 14 TP
S28 N068 3 14 N053 BP
C20 11 14 3p
M13 N059 N067 N065 N065 N
M14 N065 N068 N059 N059 P
S29 N054 13 14 N050 TN
S30 3 N054 N050 14 BN
S31 13 N058 N050 14 TP
S32 N058 3 14 N050 BP
C22 12 14 3p
M15 N059 N054 N051 N051 N
M16 N051 N058 N059 N059 P
A9 16 14 14 14 14 N029 N034 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
A10 2 14 14 14 14 N031 N040 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
D33 14 2 ESD
D35 14 16 ESD
D36 14 1 ESD
C6 18 14 20p
C11 17 14 20p
A13 17 4 14 14 14 14 S1L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
D37 S1H F1 OR
D38 S1L F1 OR
D39 S2H F2 OR
D40 S2L F2 OR
D41 S3H F3 OR
D42 S3L F3 OR
D43 S4H F4 OR
D44 S4L F4 OR
D45 S5H F5 OR
D46 S5L F5 OR
D47 S6H F6 OR
D48 S6L F6 OR
D49 S7H F7 OR
D50 S7L F7 OR
D51 S8H F8 OR
D52 S8L F8 OR
D53 F1 N011 OR
D54 F2 N011 OR
D55 F3 N011 OR
D56 F4 N011 OR
D57 F5 N011 OR
D58 F6 N011 OR
D59 F7 N011 OR
M17 13 14 N001 N001 3V
C15 N001 14 10p
S33 19 14 N014 14 OUT
S34 N001 19 N009 14 OUT
A30 14 N008 14 UVLO 14 14 N009 14 AND Trise=15n Ref=.95
D60 14 19 ESD
A29 14 UVLO 14 N013 14 14 N014 14 AND Trise=15n Ref=.95
C17 19 14 4p
A32 13 3 14 14 14 14 UVLO 14 SCHMITT Vt=7.9 Vh=50m Rhigh=1K Rlow=10
A33 18 14 14 14 14 14 UVLO 14 SCHMITT Vt=4.44 Vh=50m Rhigh=1K Rlow=10
A34 13 18 14 14 14 14 UVLO 14 SCHMITT Vt=-50m Vh=25m Rhigh=1K Rlow=10
A35 17 3 14 14 14 14 UVLO 14 SCHMITT Vt=-50m Vh=25m Rhigh=1K Rlow=10
A36 17 14 14 14 14 UVLO 14 14 SCHMITT Vt=50m Vh=25m Rhigh=1K Rlow=10
D61 F1 N015 OR
D62 S1 N015 OR
B1 14 FX2A I=(!V(S1,14)&V(S1L,14))|(!V(S2,14)&V(S2L,14))|(!V(S3,14)&V(S3L,14))|(!V(S4,14)&V(S4L,14)) Rpar=1 Cpar=1n NoJacob
B2 14 FX1A I=(!V(S1,14)&V(S1H,14))|(!V(S2,14)&V(S2H,14))|(!V(S3,14)&V(S3H,14))|(!V(S4,14)&V(S4H,14)) Rpar=1 Cpar=1n NoJacob
S35 8 18 N019 14 20<32>A
S36 8 17 N023 14 20<32>A
D63 S2 N024 OR
D64 S3 N035 OR
D65 S4 N042 OR
D66 S5 N050 OR
D67 S6 N053 OR
D68 S7 N057 OR
D69 S8 N061 OR
D70 F2 N024 OR
D71 F3 N035 OR
D72 F4 N042 OR
D73 F5 N050 OR
D74 F6 N053 OR
D75 F7 N057 OR
A12 4 18 14 14 14 14 S1H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A37 14 N028 N029 N031 14 14 Q1 14 AND Trise=90n Tfall=120n tripdt=5n
A38 14 N033 N029 N031 14 14 Q2 14 AND Trise=90n Tfall=120n tripdt=5n
A39 14 N028 N034 N031 14 14 Q3 14 AND Trise=90n Tfall=120n tripdt=5n
A40 14 N033 N034 N031 14 14 Q4 14 AND Trise=90n Tfall=120n tripdt=5n
A41 14 N028 N029 N040 14 14 Q5 14 AND Trise=90n Tfall=120n tripdt=5n
A42 14 N033 N029 N040 14 14 Q6 14 AND Trise=90n Tfall=120n tripdt=5n
A43 14 N028 N034 N040 14 14 Q7 14 AND Trise=90n Tfall=120n tripdt=5n
A44 14 N033 N034 N040 14 14 Q8 14 AND Trise=90n Tfall=120n tripdt=5n
S37 20 14 N007 14 OUT
S38 N001 20 N003 14 OUT
A45 14 N002 14 UVLO 14 14 N003 14 AND Trise=15n Ref=.95
D77 14 20 ESD
A46 14 UVLO 14 N006 14 14 N007 14 AND Trise=15n Ref=.95
C19 20 14 5p
A47 N005 14 14 14 14 N006 N002 14 BUF Trise=15n
D78 F8 N011 OR
B3 14 N005 I=(V(Q1,14)&V(F1,14))|(V(Q2,14)&V(F2,14))|(V(Q3,14)&V(F3,14))|(V(Q4,14)&V(F4,14))|(V(Q5,14)&V(F5,14))|(V(Q6,14)&V(F6,14))|(V(Q7,14)&V(F7,14))|(V(Q8,14)&V(F8,14)) Rpar=1 Cpar=1n NoJacob
S39 4 N016 14 F1 DC
S40 5 N025 14 F2 DC
S41 6 N036 14 F3 DC
S42 7 N043 14 F4 DC
S43 12 N051 14 F5 DC
S44 11 N065 14 F6 DC
S45 10 N069 14 F7 DC
S46 9 N073 14 F8 DC
B4 SX1 0 V= !V(S1) ? V(4) : (!V(S2) ? V(5) : (!V(S3) ? V(6) : V(7)))
R2 8 N021 R=1Meg*(V(SX1,8)/V(13,3))**10+10
A48 14 14 14 N030 N032 _ON ON 14 DFLOP Trise=20n
A52 UVLO 14 14 14 14 N032 14 14 BUF
A53 14 FX1A 14 ON 14 14 N019 14 AND Trise=100n
A54 14 FX2A 14 ON 14 14 N023 14 AND Trise=100n
D79 _ON N050 OR
D80 _ON N053 OR
D81 _ON N057 OR
D82 _ON N061 OR
D83 _ON N015 OR
D84 _ON N024 OR
D85 _ON N035 OR
D86 _ON N042 OR
A1 UVLO N033 N029 14 N040 S2 14 14 AND Trise=50n Tfall=250n tripdt=5n
A2 UVLO N028 N034 14 N040 S3 14 14 AND Trise=50n Tfall=250n tripdt=5n
A3 UVLO N033 N034 14 N040 S4 14 14 AND Trise=50n Tfall=250n tripdt=5n
A5 UVLO N028 N029 14 N040 S5 14 14 AND Trise=50n Tfall=250n tripdt=5n
A6 UVLO N033 N029 14 N040 S6 14 14 AND Trise=50n Tfall=250n tripdt=5n
A7 UVLO N028 N034 14 N040 S7 14 14 AND Trise=50n Tfall=250n tripdt=5n
A8 UVLO N033 N034 14 N040 S8 14 14 AND Trise=50n Tfall=250n tripdt=5n
A14 17 5 14 14 14 14 S2L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A15 5 18 14 14 14 14 S2H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A17 6 18 14 14 14 14 S3H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A18 17 6 14 14 14 14 S3L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A19 7 18 14 14 14 14 S4H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A20 17 7 14 14 14 14 S4L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A21 12 18 14 14 14 14 S5H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A22 17 12 14 14 14 14 S5L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A23 17 11 14 14 14 14 S6L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A24 11 18 14 14 14 14 S6H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A25 10 18 14 14 14 14 S7H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A26 17 10 14 14 14 14 S7L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A27 9 18 14 14 14 14 S8H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
A28 17 9 14 14 14 14 S8L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
A55 N011 14 14 14 14 14 N012 14 BUF Trise=10n Tfall=70u
A31 N012 14 14 14 14 N013 N008 14 SCHMITT Vt=.5 Vh=.45 Trise=10n
C21 N021 14 1p
C23 14 N016 1p
C24 14 N025 1p
C25 14 N036 1p
C26 14 N043 1p
C27 14 N051 1p
C28 14 N065 1p
C29 14 N069 1p
C30 14 N073 1p
A49 FX1A FX2A FX1B FX2B N032 N030 14 14 OR
D1 F8 N061 OR
C31 15 14 12p
B5 14 FX2B I=(!V(S5,14)&V(S5L,14))|(!V(S6,14)&V(S6L,14))|(!V(S7,14)&V(S7L,14))|(!V(S8,14)&V(S8L,14)) Rpar=1 Cpar=1n NoJacob
B6 14 FX1B I=(!V(S5,14)&V(S5H,14))|(!V(S6,14)&V(S6H,14))|(!V(S7,14)&V(S7H,14))|(!V(S8,14)&V(S8H,14)) Rpar=1 Cpar=1n NoJacob
S47 15 18 N056 14 20<32>A
S48 15 17 N063 14 20<32>A
B7 SX2 0 V= !V(S5) ? V(12) : (!V(S6) ? V(11) : (!V(S7) ? V(10) : V(9)))
R1 15 N059 R=1Meg*(V(SX2,15)/V(13,3))**10+10
A11 14 FX1B 14 ON 14 14 N056 14 AND Trise=100n
A50 14 FX2B 14 ON 14 14 N063 14 AND Trise=100n
B8 _ON 14 I=smallsig()
.model N VDMOS(Kp=2m Vto= .5 Is=0 mtriode=1 Cgs=.049p Ksubthres=.4 nlev=3 gdsnoi=2)
.model P VDMOS(Kp=2m Vto=-.5 pchan Is=0 mtriode=1 Cgs=.049p Ksubthres=.4 nlev=3 gdsnoi=2)
.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model ESD D(Ron=1 Roff=1G epsilon=1)
.model OR D(Ron=1 Roff=1G epsilon=.25)
.model OUT SW(Ron=150 Roff=10Meg Vt=.5 Vh=-.4)
.model 3V VDMOS(Kp=200m Vto=-3 Ksubthres=.1)
.model 20<32>A SW(Ron=20K Roff=10T Vt=.5 Vh=-10m Ilimit=20u level=2)
.model DC SW(Ron=190 Roff=1G Vt=-.5 Vh=-.4)
.ends ADG5249F
*
.subckt ADG918 1 2 3 4 5 6 7 8
C1 2 3 5p
C5 1 3 63p
A1 2 N008 3 3 3 N009 N001 3 SCHMITT Vt=0 Vh=1m tripdt=10n Trise=10n
S1 N010 1 3 N009 TN
S2 3 N010 N009 3 BN
S3 1 N011 N009 3 TP
S4 N011 3 3 N009 BP
C6 8 3 .4p
C7 4 3 .4p
M1 8 N010 4 4 N
M2 4 N011 8 8 P
D1 4 1 S
D2 3 8 S
D3 8 1 S
D4 3 4 S
S5 N004 1 3 N001 TN
S6 3 N004 N001 3 BN
S7 1 N005 N001 3 TP
S8 N005 3 3 N001 BP
C3 5 3 .4p
M3 4 N004 5 5 N
M4 5 N005 4 4 P
D5 5 1 S
D6 3 4 S
D7 4 1 S
D8 3 5 S
G1 3 N008 1 3 .5m
R3 N008 3 1K
C2 4 8 54f
C4 5 4 54f
S9 3 8 N009 3 TERM
S10 3 5 N001 3 TERM
.model N VDMOS(Kp=.12 Vto= .5 Is=0 mtriode=1.05 Cgs=.2p Ksubthres=.02 nlev=3 gdsnoi=2)
.model P VDMOS(Kp=.12 Vto=-.5 pchan Is=0 mtriode=1.05 Cgs=.2p Ksubthres=.02 nlev=3 gdsnoi=2)
.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model S D(Ron=5 Roff=1G Vfwd=.4 epsilon=1)
.model TERM SW(Ron=50 Roff=1G Vt=.5 Vh=-.4)
.ends ADG918
*
.subckt ADG919 1 2 3 4 5 6 7 8
C1 2 3 5p
C5 1 3 63p
A1 2 N008 3 3 3 N009 N001 3 SCHMITT Vt=0 Vh=1m tripdt=10n Trise=10n
S1 N010 1 3 N009 TN
S2 3 N010 N009 3 BN
S3 1 N011 N009 3 TP
S4 N011 3 3 N009 BP
C6 8 3 .4p
C7 4 3 .4p
M1 8 N010 4 4 N
M2 4 N011 8 8 P
D1 4 1 S
D2 3 8 S
D3 8 1 S
D4 3 4 S
S5 N004 1 3 N001 TN
S6 3 N004 N001 3 BN
S7 1 N005 N001 3 TP
S8 N005 3 3 N001 BP
C3 5 3 .4p
M3 4 N004 5 5 N
M4 5 N005 4 4 P
D5 5 1 S
D6 3 4 S
D7 4 1 S
D8 3 5 S
G1 3 N008 1 3 .5m
R3 N008 3 1K
C2 4 8 54f
C4 5 4 54f
S9 3 8 N009 3 TERM
S10 3 5 N001 3 TERM
.model N VDMOS(Kp=.12 Vto= .5 Is=0 mtriode=1.05 Cgs=.2p Ksubthres=.02 nlev=3 gdsnoi=2)
.model P VDMOS(Kp=.12 Vto=-.5 pchan Is=0 mtriode=1.05 Cgs=.2p Ksubthres=.02 nlev=3 gdsnoi=2)
.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
.model S D(Ron=5 Roff=1G Vfwd=.4 epsilon=1)
.model TERM SW(Ron=.5 Roff=1G Vt=.5 Vh=-.4)
.ends ADG919

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spice/copy/sub/ADG1201.sub Executable file
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spice/copy/sub/ADG1208.sub Executable file
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spice/copy/sub/ADG1211.sub Executable file
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spice/copy/sub/ADG1212.sub Executable file
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spice/copy/sub/ADG1221.sub Executable file
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spice/copy/sub/ADG1222.sub Executable file
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spice/copy/sub/ADG1233.sub Executable file
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spice/copy/sub/ADG1236.sub Executable file
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spice/copy/sub/ADG1311.sub Executable file
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spice/copy/sub/ADG1312.sub Executable file
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spice/copy/sub/ADG1334.sub Executable file
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spice/copy/sub/ADG1401.sub Executable file
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spice/copy/sub/ADG1402.sub Executable file
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spice/copy/sub/ADG1412.sub Executable file
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spice/copy/sub/ADG1414.sub Executable file
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spice/copy/sub/ADG1419.sub Executable file
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spice/copy/sub/ADG1421.sub Executable file
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spice/copy/sub/ADG1422.sub Executable file
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spice/copy/sub/ADG1433.sub Executable file
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<Binary File>
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spice/copy/sub/ADG1434.sub Executable file
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spice/copy/sub/ADG1436.sub Executable file
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spice/copy/sub/ADG1636.sub Executable file
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spice/copy/sub/ADG411.sub Executable file
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spice/copy/sub/ADG419.sub Executable file
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spice/copy/sub/ADG436.sub Executable file
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spice/copy/sub/ADG452.sub Executable file
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<Binary File>
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spice/copy/sub/ADG5212.sub Executable file
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spice/copy/sub/ADG5233.sub Executable file
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spice/copy/sub/ADG5236.sub Executable file
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spice/copy/sub/ADG5401.sub Executable file
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spice/copy/sub/ADG5412.sub Executable file
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