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vakНадыбал в сети модели советских полупроводников для Spice: http://peratronika.ucoz.ru/forum/25-42-1
Диоды, полевые и биполярные транзисторы.
Переложу к себе, чтобы не пропало.
Диоды, полевые и биполярные транзисторы.
Переложу к себе, чтобы не пропало.
.MODEL KP302A NJF VTO=-2.0 BETA=0.0025 LAMBDA=0.03 RD=1 RS=1 IS=1.145e-13 CGD=4e-12 CGS=9e-12 PB=0.5 B=1.2 KF=4e-16 AF=1 FC=0.5 TNOM=27 .MODEL KP302B NJF VTO=-3.2 BETA=0.0023 LAMBDA=0.03 RD=1 RS=1 IS=1.145e-13 CGD=4e-12 CGS=9e-12 PB=0.5 B=1 KF=3e-16 AF=1 FC=0.5 TNOM=27 .MODEL KP302G NJF VTO=-5.0 BETA=0.002 LAMBDA=0.03 RD=1 RS=1 IS=1.145e-13 CGD=4e-12 CGS=9e-12 PB=0.5 B=1 KF=3e-16 AF=1 FC=0.5 TNOM=27 .MODEL KP302W NJF VTO=-6.0 BETA=0.0015 LAMBDA=0.03 RD=1 RS=1 IS=1.145e-13 CGD=4e-12 CGS=9e-12 PB=0.5 B=1 KF=3e-16 AF=1 FC=0.5 TNOM=27 .MODEL KP303A NJF VTO=-0.9 BETA=0.0016 LAMBDA=0.02 RD=36 RS=30 IS=1.145e-13 CGD=2e-12 CGS=6e-12 PB=0.5 B=1.2 KF=9e-17 AF=1.4 FC=0.5 TNOM=27 .MODEL KP303B NJF VTO=-0.8 BETA=0.0016 LAMBDA=0.02 RD=36 RS=30 IS=1.145e-13 CGD=2e-12 CGS=6e-12 PB=0.5 B=1.2 KF=1e-16 AF=1 FC=0.5 TNOM=27 .MODEL KP303E NJF VTO=-4.0 BETA=0.0007 LAMBDA=0.025 RD=20 RS=15 IS=1.145e-13 CGD=2e-12 CGS=6e-12 PB=0.5 B=1.2 KF=1e-16 AF=1 FC=0.5 TNOM=27 .MODEL KP303G NJF VTO=-2.6 BETA=0.001 LAMBDA=0.025 RD=22 RS=17 IS=1.145e-13 CGD=2e-12 CGS=6e-12 PB=0.5 B=1.2 KF=7e-17 AF=1.3 FC=0.5 TNOM=27 .MODEL KP303D NJF VTO=-2.0 BETA=0.0011 LAMBDA=0.025 RD=25 RS=19 IS=1.145e-13 CGD=2e-12 CGS=6e-12 PB=0.5 B=1.2 KF=9e-17 AF=1 FC=0.5 TNOM=27 .MODEL KP303I NJF VTO=-1.6 BETA=0.0014 LAMBDA=0.025 RD=30 RS=25 IS=1.145e-13 CGD=2e-12 CGS=6e-12 PB=0.5 B=1.2 KF=3e-16 AF=1 FC=0.5 TNOM=27 .MODEL KP303J NJF VTO=-0.6 BETA=0.0017 LAMBDA=0.015 RD=40 RS=32 IS=1.145e-13 CGD=2e-12 CGS=6e-12 PB=0.5 B=1.2 KF=3e-16 AF=1 FC=0.5 TNOM=27 .MODEL KP303W NJF VTO=-1.4 BETA=0.0013 LAMBDA=0.025 RD=36 RS=30 IS=1.145e-13 CGD=2e-12 CGS=6e-12 PB=0.5 B=1.2 KF=9e-17 AF=1 FC=0.5 TNOM=27 .MODEL KP307A NJF VTO=-1.5 BETA=0.0023 LAMBDA=0.015 RD=20 RS=15 IS=1.145e-13 CGD=1.5e-12 CGS=5e-12 PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL KP307B NJF VTO=-2.2 BETA=0.002 LAMBDA=0.015 RD=20 RS=15 IS=1.145e-13 CGD=1.5e-12 CGS=5e-12 PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL KP307W NJF VTO=-2.5 BETA=0.0018 LAMBDA=0.015 RD=20 RS=15 IS=1.145e-13 CGD=1.5e-12 CGS=5e-12 PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL KP307G NJF VTO=-2.7 BETA=0.0015 LAMBDA=0.015 RD=20 RS=15 IS=1.145e-13 CGD=1.5e-12 CGS=5e-12 PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL KP307D NJF VTO=-3.2 BETA=0.0012 LAMBDA=0.015 RD=20 RS=15 IS=1.145e-13 CGD=1.5e-12 CGS=5e-12 PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL KP307E NJF VTO=-0.9 BETA=0.0027 LAMBDA=0.015 RD=20 RS=15 IS=1.145e-13 CGD=1.5e-12 CGS=5e-12 PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL KPS104A NJF VTO=-0.4 BETA=0.002 LAMBDA=0.005 RD=20 RS=15 IS=1.145e-13 CGD=1.2e-12 CGS=4e-12 PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL KPS104V NJF VTO=-0.9 BETA=0.0015 LAMBDA=0.008 RD=20 RS=15 IS=1.145e-13 CGD=1.2e-12 CGS=4e-12 PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL KPS104G NJF VTO=-1.5 BETA=0.001 LAMBDA=0.01 RD=20 RS=15 IS=1.145e-13 CGD=1.2e-12 CGS=4e-12 PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL KP103E PJF VTO=-0.8 BETA=0.0008 LAMBDA=0.02 RD=40 RS=1 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 TNOM=27 .MODEL KP103I PJF VTO=-1.5 BETA=0.00068 LAMBDA=0.02 RD=40 RS=1 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 TNOM=27 .MODEL KP103J PJF VTO=-1.2 BETA=0.00072 LAMBDA=0.02 RD=40 RS=1 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 TNOM=27 .MODEL KP103K PJF VTO=-2.0 BETA=0.0006 LAMBDA=0.02 RD=40 RS=1 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 TNOM=27 .MODEL KP103L PJF VTO=-2.5 BETA=0.00055 LAMBDA=0.02 RD=40 RS=1 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 TNOM=27 .MODEL KP103M PJF VTO=-3.2 BETA=0.0005 LAMBDA=0.02 RD=40 RS=1 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 TNOM=27 .MODEL K504HT1A PJF VTO=-1.6 BETA=0.00058 LAMBDA=0.02 RD=13 RS=10 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL K504HT1B PJF VTO=-2.5 BETA=0.00046 LAMBDA=0.02 RD=13 RS=10 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL K504HT1W PJF VTO=-4.0 BETA=0.00036 LAMBDA=0.02 RD=13 RS=10 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL K504HT3A PJF VTO=-1.5 BETA=0.0008 LAMBDA=0.02 RD=10 RS=7 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL K504HT3B PJF VTO=-2.6 BETA=0.0007 LAMBDA=0.02 RD=10 RS=7 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL K504HT3W PJF VTO=-4.2 BETA=0.0006 LAMBDA=0.02 RD=10 RS=7 IS=1.2195e-11 CGD=8e-12 CGS=2e-11 PB=1 B=1 KF=1e-18 AF=0.5 FC=0.5 TNOM=27 .MODEL 2P903A NJF (VTO=-5.0 BETA=0.03 LAMBDA=0.02 RD=0.5 RS=0.5 CGS=15E-012 CGD=13E-011) .model AC128 PNP (Bf=70 Vje=0.2 Is=1.41f Xti=3 Eg=1.11 Ne=1.5 Ise=0 Ikf=80m Xtb=1.5 Br=4.977 Nc=2 Isc=0 Ikr=0 Rc=2.5 Cjc=9.728p Mjc=0.5776 Vjc=0.2 Fc=0.5 Cje=8.063p Mje=0.3677 Tr=33.42n Tf=179.3p Itf=0.4 Vtf=4 Xtf=6 Rb=10) .model MP39B pnp bf=140 br=3 eg=0.72 cje=30p cjc=90p tf=0.2u tr=1.u is=3u ikf=50m vaf=15 mje=0.5 mjc=0.5 rb=150 rbm=50 irb=0.1m ise=.3u ne=1.28 isc=0.6u nc=1.28 mfg=USSR .model MP41 pnp bf=140 br=4 eg=0.72 cje=30p cjc=90p tf=0.1u tr=1.u is=3u ikf=50m vaf=15 mje=0.5 mjc=0.5 rb=150 rbm=50 irb=0.1m ise=.3u ne=1.28 isc=0.6u nc=1.28 mfg=USSR .model MP37 npn bf=140 br=4 eg=0.72 cje=30p cjc=90p tf=0.1u tr=1.u is=3u ikf=50m vaf=15 mje=0.5 mjc=0.5 rb=150 rbm=50 irb=0.1m ise=.3u ne=1.28 isc=.6u nc=1.28 mfg=USSR .model MP35 npn bf=140 br=4 eg=0.72 cje=50p cjc=90p tf=0.2u tr=2.u is=3u ikf=50m vaf=15 mje=0.5 mjc=0.5 rb=150 rbm=50 irb=0.1m ise=0.3u ne=1.28 isc=0.6u nc=1.28 mfg=USSR .model MP25A pnp bf=140 br=3 eg=0.72 cje=30p cjc=90p tf=0.4u tr=4u is=3u ikf=40m vaf=30 mje=0.5 mjc=0.5 rb=120 rbm=40 irb=0.1m ise=.3u ne=1.28 isc=.6u nc=1.28 mfg=USSR .model P416B pnp bf=800 br=.3 eg=0.72 cje=20p cjc=15p tf=1n tr=.4u xcjc=0.5 is=100n ikf=45m vaf=30 mje=0.5 mjc=0.5 rc=20 rb=80 rbm=10 irb=1m ise=25n ne=1.5 isc=.7u nc=1.4 mfg=USSR .model GT308B pnp bf=800 br=.3 eg=0.72 cje=20p cjc=15p tf=1n tr=.4u xcjc=0.4 is=100n ikf=45m vaf=30 mje=0.5 mjc=0.5 rc=20 rb=80 rbm=10 irb=1m ise=25n ne=1.5 isc=.7u nc=1.4 mfg=USSR .model GT322A pnp bf=100 br=.3 eg=0.72 cje=10p cjc=4p tf=1n tr=.4u xcjc=0.3 is=50n ikf=20m vaf=30 mje=0.5 mjc=0.5 rc=10 rb=40 ise=10n ne=1.5 isc=.5u nc=1.4 mfg=USSR .model GT311A NPN(IS=14e-12 TF=10.7n TR=0 Cje=10p Cjc=7.5p VJC=0.6 BF=71.4 BR=1.3 RB=100) .model 1D507A D(IS=3e-07 RS=4.2 CJO=1e-11 VJ=0.37 TT=1e-09 M=0.333 BV=74.9 N=2 EG=1.3 XTI=4 KF=0 AF=1 FC=0.5 IBV=0.001 TNOM=27 type=Ge) .model 1N34 D(Is=200p Rs=84m N=1.09 Cjo=4.82p M=.333 tt=144n Vj=0.75 Eg=0.67 Bv=60 Ibv=15u type=Ge ) .model 1N60 D(IS=260.00E-12 N=0.8000 RS=42.900E-3 IKF=.55 CJO=23.100E-12 M=.3231 VJ=.525 BV=600 IBV=10.000E-6 TT=4.1E-6 type=Ge) .model D310 d(IS=2.5u N=1.437 RS=0.07 m=0.314 Vj=1.65 Cjo=14pF IBV=5u BV=20 TT=130n EG=0.67 XTI=3 Iave=500m Vpk=20 mfg=USSR type=Ge) .model D311A d(IS=8u N=1.483 RS=1.85 m=0.22 Vj=0.1 Cjo=3.5pF IBV=1.00E-04 BV=30 TT=20n EG=0.67 XTI=3 Iave=80m Vpk=30 mfg=USSR type=Ge) .model D18 d(IS=4u N=2.15 RS=17 m=0.124 Vj=0.1 Cjo=0.67pF IBV=2u BV=20 TT=5n EG=0.67 XTI=3 Iave=16m Vpk=20 mfg=USSR type=Ge) .model kp365 njf vt0=-1.2 beta=10m lambda=0.03 rd=8 rs=8 cgs=4p cgd=5p pb=1 is=50p fc=0. kf=2.f af=1 MFG=USSR .model kp302a njf vt0=-2 beta=0.0025 lambda=30m rd=15 rs=3 cgs=12p cgd=25p pb=0.5 is=114.5f fc=0.5 kf=4e-16 af=1 MFG=USSR .MODEL KP103E PJF VTO=-0.8 BETA=0.0008 LAMBDA=0.02 RD=40 RS=7 IS=1.2195e-11 CGD=26.5P CGS=12P PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 MFG=USSR .MODEL KP103i PJF VTO=-1.5 BETA=0.00068 LAMBDA=0.02 RD=40 RS=7 IS=1.2195e-11 CGD=26.5P CGS=12P PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 MFG=USSR .MODEL KP103J PJF VTO=-1.2 BETA=0.00072 LAMBDA=0.02 RD=40 RS=7 IS=1.2195e-11 CGD=26.5P CGS=12P PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 MFG=USSR .MODEL KP103K PJF VTO=-2 BETA=0.0006 LAMBDA=0.02 RD=40 RS=7 IS=1.2195e-11 CGD=26.5P CGS=12P PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 MFG=USSR .MODEL KP103L PJF VTO=-2.5 BETA=0.00055 LAMBDA=0.02 RD=40 RS=7 IS=1.2195e-11 CGD=26.5P CGS=12P PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 MFG=USSR .MODEL KP103M PJF VTO=-3.2 BETA=0.0005 LAMBDA=0.02 RD=40 RS=7 IS=1.2195e-11 CGD=26.5P CGS=12P PB=1 B=1 KF=1e-18 AF=0.7 FC=0.5 MFG=USSR .model kp303a njf vt0=-0.9 beta=1.6m lambda=0.02 rd=30 rs=35 cgs=5p cgd=4p is=100f B=1.2 kf=1.e-16 af=1.4 MFG=USSR .model kp303b njf vt0=-2.0 beta=2.0m lambda=0.02 rd=30 rs=35 cgs=5p cgd=4p is=100f B=1.2 kf=1.f af=1 MFG=USSR .MODEL KP303G NJF VTO=-2.5 BETA=0.001 LAMBDA=0.025 RD=22 RS=17 IS=1.145e-13 CGD=4p CGS=5p PB=0.5 B=1.2 KF=7e-17 AF=1.3 FC=0.5 MFG=USSR .model kp307a njf vt0=-1.5 beta=0.0023 lambda=15m rd=20 rs=15 cgs=5p cgd=1.5p pb=0.5 is=114.5f fc=0.5 kf=5e-18 af=0.5 MFG=USSR .model kp307b njf vt0=-2.2 beta=0.002 lambda=15m rd=20 rs=15 cgs=5p cgd=1.5p pb=0.5 is=114.5f fc=0.5 kf=5e-18 af=0.5 MFG=USSR .MODEL KPS104A NJF VTO=-0.4 BETA=0.002 LAMBDA=0.005 RD=20 RS=15 IS=1.145e-13 CGD=1.2p CGS=4p PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 MFG=USSR .MODEL KPS104V NJF VTO=-0.9 BETA=0.0015 LAMBDA=0.008 RD=20 RS=15 IS=1.145e-13 CGD=1.2p CGS=4p PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 MFG=USSR .MODEL KPS104G NJF VTO=-1.5 BETA=0.001 LAMBDA=0.01 RD=20 RS=15 IS=1.145e-13 CGD=1.2p CGS=4p PB=0.5 B=1 KF=5e-18 AF=0.5 FC=0.5 MFG=USSR .model KP903A njf vto=-6 beta=13m lambda=10m rs=0.36 rd=0.3 is=1n cgd=80p cgs=80p kf=3.e-17 af=0.5 b=1 MFG=USSR
