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microcap 7

Сергей Правдивцев Пользователь Сообщений: 631	sergey_ #81 13-05-2004 17:11:36 У меня есть,на какие надо?Могу здесь выложить.

Сергей Правдивцев

Пользователь

Сообщений: 631

sergey_

#82

13-05-2004 17:28:33

*****
* BJT.LIB
*****
***
.MODEL KT315 NPN (IS=10F BF=584.517 VAF=100 IKF=29.2714M ISE=131.803P
+ NE=2.08337 BR=1.95214 IKR=9.99996M ISC=100.316P RE=1 RC=5.48635 CJE=27.3893P
+ VJE=700.001M MJE=500.287M CJC=27.3893P VJC=700.001M MJC=500.287M TF=450.287P
+ XTF=499.984M VTF=10 ITF=10.2268M TR=153.383P)
***
.MODEL KT361 PNP (IS=27.793F BF=272.659 VAF=100 IKF=134.08M ISE=606.194F
+ NE=1.4574 BR=1.99257 IKR=10M ISC=100.054P RE=2.16328 RC=4.63005 CJE=35.1642P
+ VJE=699.999M MJE=499.76M CJC=35.1642P VJC=699.999M MJC=499.76M TF=1.71826N
+ XTF=285.179M VTF=10.0148 ITF=717.02F TR=10N)
***
.MODEL KT605 NPN (IS=10F BF=1.99968K VAF=59.7 IKF=31.6809M ISE=49.7884F
+ NE=1.27063 BR=2 IKR=9.99968M ISC=32.6841P RE=1 RC=395.428 CJE=50P VJE=700M
+ MJE=501.9M CJC=53.3428P VJC=700.001M MJC=499.847M TF=2.78156N XTF=500.152M
+ VTF=10 ITF=12.1412M TR=10N)
***
.MODEL KT803 NPN (IS=10.0013F BF=188.54 NF=959.516M VAF=100 IKF=999.777M
+ ISE=939.177F NE=1.40628 BR=94.1769M IKR=999.307M ISC=77.4497P NC=2
+ RC=324.659M CJE=2P MJE=500M CJC=1.5185N VJC=750.012M MJC=501.024M FC=500M
+ TF=3.59562N XTF=508.073M VTF=9.99912 ITF=10.0488N TR=10N EG=1.11)
***
.MODEL KT808 NPN (IS=10.0013F BF=200.033 NF=959.516M VAF=100 IKF=1000M
+ ISE=1.04781P NE=1.32819 BR=87.768M IKR=1.74259 ISC=134.067F NC=2 RC=304.835M
+ CJE=2P MJE=500M CJC=1.89734N VJC=750.004M MJC=500.866M FC=500M TF=11.3898N
+ XTF=500.953M VTF=9.99941 ITF=15.4469M TR=454.404U EG=1.11)
***
.MODEL KT814 PNP (IS=92.2254P BF=234.191 NF=999.997M VAF=100 IKF=69.0585M
+ ISE=111.438P NE=1.49254 BR=3.33738 IKR=999.382 ISC=99.6618P NC=2 RE=1.24059
+ CJE=98.1997P VJE=700M MJE=500.032M CJC=171.078P VJC=700.004M MJC=499.621M
+ TF=45.1666N XTF=499.997M VTF=10 ITF=9.94536M TR=10N)
***
.MODEL KT815 NPN (IS=14.1225F BF=195.13 VAF=23.7 IKF=284.434M ISE=78.7609F
+ NE=1.29368 BR=1.85631 IKR=9.98978M ISC=99.9616P RE=785.659M RC=940.851M
+ CJE=98.1997P VJE=700M MJE=500.032M CJC=171.078P VJC=700.004M MJC=499.621M
+ TF=55.9031N XTF=499.998M VTF=10 ITF=10.0285M TR=10N)
***
.MODEL KT816 PNP (IS=58.0647P BF=2K VAF=100 IKF=121.611M ISE=55.6459P
+ NE=1.30759 BR=2 IKR=9.94676K ISC=1.847801e-016 RE=995.107M CJE=150.522P
+ VJE=699.997M MJE=499.401M CJC=234.816P VJC=699.995M MJC=500.365M TF=52.0574N
+ XTF=499.999M VTF=10 ITF=9.42142M TR=10N)
***
.MODEL KT817 NPN (IS=764.248F BF=966.269 VAF=23.7 IKF=90.6035M ISE=21.3173P
+ NE=1.49763 BR=2 IKR=27.4368M ISC=4.837983e-016 RE=120.363M RC=345.896M
+ CJE=150.522P VJE=699.997M MJE=499.401M CJC=234.816P VJC=699.995M MJC=500.365M
+ TF=81.433N XTF=500.771M VTF=9.99999 ITF=1.36895N TR=10N)
***
.MODEL KT818 PNP (IS=368.821F BF=1.01029K VAF=100 IKF=463.629M ISE=52.8319P
+ NE=1.64536 BR=2 IKR=9.16877K ISC=3.270898e-018 RC=85.4283M CJE=2.61852N
+ VJE=700M MJE=499.936M CJC=1.14188N VJC=699.998M MJC=500.189M TF=41.8055N
+ XTF=500.005M VTF=10 ITF=18.5428M TR=1.91831U)
***
.MODEL KT819 NPN (IS=100.322F BF=1.27854K VAF=100 IKF=248.419M ISE=310.997P
+ NE=1.87564 BR=5 IKR=1000 ISC=1.151689e-019 NC=2 RE=36.0307M RC=47.1029M
+ CJE=2.61852N VJE=700M MJE=499.936M CJC=1.71113N VJC=699.996M MJC=499.718M
+ TF=14.7057N XTF=500M VTF=10 ITF=5.51246M TR=2.07368U)
***
.MODEL KT850 NPN (IS=660.244F BF=1.12908K NF=1.09821 VAF=53.2 IKF=861.559M
+ ISE=3.06929P NE=1.41561 BR=890.176M IKR=24.6746M ISC=104.037N RE=165.486M
+ RC=30.9187M CJE=5P MJE=500M CJC=5P MJC=500M TF=8.72561N XTF=500.001M VTF=10
+ ITF=10.0557M TR=49.7597U)
***
.MODEL KT851 PNP (IS=100.801F BF=552.989 NF=1.0329 VAF=100 IKF=870.07M
+ ISE=24.0653F NE=1.19228 BR=1.93375 IKR=10M ISC=97.9119P RE=207.275M
+ RC=1.54572 CJE=5P MJE=500M CJC=5P MJC=500M TF=7.5517N XTF=500M VTF=10
+ ITF=9.91801M TR=10N)
***
.MODEL KT864 NPN (IS=24.9153P BF=302.064 NF=1.01568 VAF=62.6667 IKF=5.47508
+ ISE=97.1198P NE=1.34428 BR=2 IKR=10K ISC=3.056317e-018 RE=31.1943M
+ RC=2.58584M CJE=2.61852N VJE=700M MJE=499.936M CJC=856.505P VJC=700M
+ MJC=500.242M TF=10.4204N XTF=500M VTF=10 ITF=9.65884M TR=10N)
***
.MODEL KT865 PNP (IS=196.519F BF=179.363 VAF=100 IKF=2.87385 ISE=634.214F
+ NE=1.25605 BR=2 IKR=9.93273K ISC=177.254F NC=2 RE=16.408M RC=69.5017M
+ CJE=2.61852N VJE=700M MJE=499.936M CJC=856.505P VJC=700M MJC=500.242M
+ TF=6.79763N XTF=500.002M VTF=10 ITF=5.81566M TR=10N)
***
.MODEL KT882 NPN (IS=340.104F BF=367.414 NF=1.05592 VAF=45.7 IKF=321.145M
+ ISE=163.627P NE=1.81742 BR=1.82029 IKR=9.99998M ISC=128.201P RE=225.736M
+ RC=680.629M CJE=589.164P VJE=700M MJE=499.924M CJC=99.9225P VJC=699.997M
+ MJC=500.226M TF=8.43468N XTF=499.998M VTF=10 ITF=9.90076M TR=38.6331U)
***
.MODEL KT883 PNP (IS=8.67669F BF=149.922 NF=1.11422 VAF=100 IKF=467.086M
+ ISE=22.4516P NE=2.13339 BR=2 IKR=263.268 ISC=1.554726e-018 RE=566.857M
+ CJE=589.164P VJE=700M MJE=499.924M CJC=128.324P VJC=700M MJC=499.679M
+ TF=6.80804N XTF=500M VTF=10 ITF=10.0067M TR=10N)
***
.MODEL KT903 NPN (IS=9.99927F BF=200.011 NF=998.719M VAF=100 IKF=1000M
+ ISE=1.035P NE=1.45108 BR=4.99999 IKR=994.189 ISC=2.46003F NC=2 RE=1.0747
+ CJE=2P MJE=500M CJC=1.15697N VJC=750.038M MJC=501.035M FC=500M TF=1.24961N
+ XTF=500M VTF=10 ITF=10.182M TR=1.218484e-018 EG=1.11)
***
.MODEL KT969 NPN (IS=9.92442F BF=663.402 NF=1.09115 VAF=140.7 IKF=10.0012M
+ ISE=7.03949P NE=2.14133 BR=99.8802M IKR=999.872M ISC=1.01247P NC=2 RE=2
+ RC=759.979M CJE=9.45723P VJE=690M MJE=564.978M CJC=9.45723P VJC=690M
+ MJC=564.978M TF=1.26995N XTF=622.054M VTF=21.0569 ITF=34.701M TR=10N)
***
.MODEL KT3102B NPN (IS=122.346F BF=1.22959K NF=1.00001 VAF=100 IKF=32.9115M
+ ISE=118.385F NE=1.31188 BR=14.5896M IKR=123.374 ISC=8.17368F NC=2 RE=11.4991M
+ RC=1.98058 CJE=17.1136P VJE=699.997M MJE=499.781M CJC=17.1136P VJC=699.997M
+ MJC=499.781M TF=390.135P XTF=500.001M VTF=10 ITF=9.99719M TR=25.0773N)
***
.MODEL KT3102E NPN (IS=122.346F BF=2K NF=1.00001 VAF=100 IKF=28.1494M
+ ISE=136.661F NE=1.45829 BR=14.5915M IKR=75.591 ISC=1.556255e-017 NC=2
+ RE=11.4991M RC=1.94843 CJE=17.1136P VJE=699.997M MJE=499.781M CJC=17.1136P
+ VJC=699.997M MJC=499.781M TF=878.106P XTF=500.008M VTF=10 ITF=10.0451M
+ TR=47.7668N)
***
.MODEL KT3107I PNP (IS=16.8836F BF=1.52548K NF=948.484M VAF=193.7 IKF=8.356M
+ ISE=384.587F NE=1.43775 BR=214.074M IKR=8.42988 ISC=18.8051N RE=1.50151
+ RC=2.93624 CJE=27.3893P VJE=700.001M MJE=500.287M CJC=27.3893P VJC=700.001M
+ MJC=500.287M TF=568.883P XTF=500.003M VTF=10 ITF=9.9739M TR=10N)
***
.MODEL KT3107L PNP (IS=122.346F BF=1.49754K NF=1.00001 VAF=100 IKF=17.61M
+ ISE=387.406F NE=1.57934 BR=449.34M IKR=9.61506K ISC=18.8688N RE=11.4991M
+ RC=2.53436 CJE=27.3893P VJE=700.001M MJE=500.287M CJC=27.3893P VJC=700.001M
+ MJC=500.287M TF=572.343P XTF=500.002M VTF=10 ITF=9.96114M TR=10N)
***
.MODEL KT8101 NPN (IS=29.4733P BF=1.28124K NF=1.00448 VAF=90.7 IKF=5.4099
+ ISE=3.03808P NE=1.14574 BR=256.79M IKR=60.2683M ISC=3.36943U RE=65.1304M
+ RC=10.2639M CJE=5P MJE=500M CJC=5P MJC=500M TF=8.51949N XTF=500.012M VTF=10
+ ITF=38.2957M TR=10N)
***
.MODEL KT8102 PNP (IS=4.63971P BF=760.901 VAF=100 IKF=4.35839 ISE=522.607F
+ NE=1.14076 BR=2 IKR=9.97108K ISC=12.541F RE=75.3313M RC=228.01M CJE=5P
+ MJE=500M CJC=5P MJC=500M TF=15.1341N XTF=500.003M VTF=10 ITF=10.6983M TR=10N)
***
.MODEL KT9115 PNP (IS=9.76087F BF=290.589 NF=1.02655 VAF=100 IKF=97.7242M
+ ISE=155.803F NE=1.70173 BR=1.99753 IKR=10M ISC=99.9881P RE=2.02804
+ RC=160.272M CJE=45.8458P VJE=699.999M MJE=500.813M CJC=12.0342P VJC=1
+ MJC=482.727M FC=500M TF=1.61261N XTF=499.997M VTF=10 ITF=10.023M TR=10N)

*****
* DIODE.LIB
*****
***
.MODEL AL102 D (IS=2.012042e-021 N=1.61352 BV=500 RS=28.7254 TT=5U CJO=5P
+ VJ=750M EG=1.43 RL=1G)
***
.MODEL AL106 D (IS=1.653779e-018 N=988.198M BV=500 RS=7.12388 TT=14.427N CJO=5P
+ VJ=750M EG=1.43 RL=98.2609K)
***
.MODEL AL107 D (IS=3.872887e-023 N=798.425M BV=500 RS=8.41394 TT=5U CJO=5P
+ VJ=750M EG=1.43 RL=102.34K)
***
.MODEL AL307 D (IS=5.493858e-021 N=1.41399 BV=500 RS=46.6023 TT=5U CJO=5P
+ VJ=750M EG=1.43 RL=1G)
***
.MODEL D2 D (IS=1.92553U N=2.5 BV=500 RS=72.3846 TT=649.767N CJO=395.741F
+ VJ=700M M=392.366M EG=600M RL=256.793K)
***
.MODEL D9 D (IS=45.0207P N=852.887M BV=500 RS=2.51583 TT=5U CJO=5P VJ=750M
+ EG=600M RL=120.093K)
***
.MODEL D220 D (IS=510.769N N=2.5 BV=500 RS=1.22049 TT=721.348N CJO=62.661P
+ VJ=1.57361 M=1000M RL=143.082MEG)
***
.MODEL D226 D (IS=4U N=1.868 BV=500 RS=278.388M TT=5U CJO=5P VJ=750M EG=1.11
+ RL=1.000000e+020)
***
.MODEL D242 D (IS=1.508627e-020 N=1 BV=500 RS=1M TT=5U CJO=5P VJ=750M RL=100K)
***
.MODEL D808 D (IS=8.097359e-019 N=1 BV=8 RS=1M TT=5U CJO=5P VJ=750M RL=800K)
***
.MODEL D809 D (IS=8.097359e-019 N=1 BV=9 RS=1M TT=5U CJO=5P VJ=750M RL=133.333K)
***
.MODEL D810 D (IS=8.097359e-019 N=1 BV=10 RS=1M TT=5U CJO=5P VJ=750M
+ RL=166.667K)
***
.MODEL D811 D (IS=8.097359e-019 N=1 BV=11 RS=1M TT=5U CJO=5P VJ=750M
+ RL=166.667K)
***
.MODEL D812 D (IS=8.097359e-019 N=1 BV=12 RS=1M TT=5U CJO=5P VJ=750M RL=200K)
***
.MODEL D813 D (IS=8.097359e-019 N=1 BV=13 RS=1M TT=5U CJO=5P VJ=750M RL=200K)
***
.MODEL D901 D (BV=500 RS=1M TT=5U CJO=68.8727P VJ=753.222M M=449.855M RL=45MEG)
***
.MODEL KD202 D (IS=20.7244N N=839.441M BV=500 RS=64.4202M TT=5U CJO=5P VJ=750M
+ RL=300.006K)
***
.MODEL KD212 D (IS=4U N=2.17946 BV=500 RS=105.259M TT=5U CJO=170.347P VJ=100
+ M=2.13911 RL=11.6667MEG)
***
.MODEL KD213 D (IS=10U N=2.03824 BV=500 RS=17.7266M TT=5U CJO=5P VJ=750M
+ RL=3.44262MEG)
***
.MODEL KD226 D (IS=5.635626e-024 N=1 BV=500 RS=1M TT=360.674N CJO=46.4665P
+ VJ=3.44732 M=1.12854 EG=1.11 RL=4MEG)
***
.MODEL KD521 D (IS=8.097359e-019 N=1 BV=500 RS=1M TT=5.77078N CJO=4.05714P
+ VJ=700.02M M=1 RL=50MEG)
***
.MODEL KD522 D (IS=1.121467e-017 N=1 BV=500 TT=5.77078N CJO=2.66107P VJ=3.36705
+ M=307.902M RL=300MEG)
***
.MODEL KV109 D (BV=500 RS=1M TT=5U CJO=54.7653P VJ=1.35185 M=1.00063 RL=5MEG)
***
.MODEL KV121 D (BV=500 RS=1M TT=5U CJO=82.0314P VJ=3.72501 M=1.45403 RL=56MEG)
***
.MODEL KV122 D (BV=500 RS=1M TT=5U CJO=58.8836P VJ=700M M=945.754M RL=140MEG)
***
.MODEL KS113 D (IS=1.616969e-019 N=1 BV=1.3 TT=5U CJO=5P VJ=750M RL=1MEG)
***
.MODEL KS117 D (IS=1.616969e-019 N=1 BV=1.7 TT=5U CJO=5P VJ=750M RL=1MEG)
***
.MODEL KS133 D (IS=1.616969e-019 N=1 BV=3.3 TT=5U CJO=5P VJ=750M RL=1MEG)
***
.MODEL KS139 D (BV=3.9 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS143 D (IS=10F BV=4.3 TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS147 D (BV=4.7 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS156 D (BV=5.6 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS162 D (BV=6.2 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS168 D (BV=6.8 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS175 D (BV=7.5 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS180 D (BV=8.0 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS182 D (BV=8.2 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS191 D (BV=9.1 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS215 D (BV=15 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS216 D (BV=16 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS218 D (BV=18 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS220 D (BV=20 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS224 D (BV=24 RS=1M TT=5U CJO=5P VJ=750M RL=1G)
***
.MODEL KS240 D (BV=40 RS=1M TT=5U CJO=5P VJ=750M RL=1G)

*****
* FET.LIB
*****
.MODEL KP103 PJF (VTO =-2.06451 BETA=348.474U LAMBDA=33.3333M
+ RS=6.8395 CGD=26.533P CGS=12P KF=0.001F AF=500M)
*
.MODEL KP303 NJF (VTO =-4.2472 BETA=757.401U LAMBDA=8.72522M
+ CGD=6.63325P CGS=4P KF=0.00148695F AF=499.872M)
*
.MODEL KP307 NJF (VTO =-7.15988 BETA=369.673U LAMBDA=5M RS=9.77631
+ CGD=5P CGS=1.0773E-07F PB=6.17586 KF=0.0870953F AF=500.148M)
*
.MODEL KP313 NJF (VTO =-6.2211 BETA=219.52U LAMBDA=1M RS=115.81
+ CGD=1.32665P CGS=3.6P KF=0.000591269F AF=500.557M)
*
.MODEL KP337 NJF (VTO =-3.42034 BETA=6.0987M LAMBDA=1M CGD=5.96992P
+ CGS=8.95489P KF=0.125746F AF=498.875M)
*
.MODEL KP341 NJF (VTO =-2.30452 BETA=1.01119M LAMBDA=1M RS=94.6169
+ CGD=4.52548P CGS=4.50333P KF=0.00518736F AF=9.98378)
*
.MODEL KP904 NMOS (L=2U W=13.5403M LAMBDA=44.0562M RD=1.39208
+ RS=1.30698 CGSO=617.586P CGDO=617.586P RG=172.209M RDS=1MEG
+)
*
.MODEL KP912 NMOS (VTO=3.7441 L=2U W=222.016M LAMBDA=50M RD=775.168M
+ RS=269.513M CGSO=617.586P CGDO=617.586P RDS=1MEG)
*
.MODEL KP913 NMOS (VTO=5.98947 L=2U W=144.126M LAMBDA=50M RD=406.351M
+ RS=377.083M CGSO=617.586P CGDO=617.586P RDS=1MEG)
*
.MODEL KP920 NMOS (VTO=6.04671 L=2U W=75.7492M LAMBDA=50M RD=604.012M
+ RS=232.204M CGSO=617.586P CGDO=617.586P RG=114.991M RDS=1MEG
+)
*
.MODEL KP922 NMOS (VTO=3.69098 L=2U W=374.478M LAMBDA=44.0723F
+ RD=876.844M RS=905.727M CGSO=617.586P CGDO=617.586P RG=25.8323
+ RDS=50K)
*
.MODEL KPS104 NJF (VTO =-1.95717 BETA=439.751U LAMBDA=1M CGD=4.97494P
+ CGS=3P KF=0.186858F AF=500.248M)
*
.MODEL KPS315 NJF (VTO =-5.17667 BETA=384.325U LAMBDA=714.286M
+ CGD=26.533P CGS=1.2185E-07F KF=0.001F AF=500M)
*

Алексей Красов Пользователь Сообщений: 55	kraale4 #83 14-05-2004 09:06:31 2 Сергей Правдивцев: Здорово... хорошо... Ни фига себе, как много... Спасибо! Еще бы на КТ825 и 827 и КД103, или КД52*.

Сергей Правдивцев

Пользователь

Сообщений: 631

sergey_

#84

14-05-2004 10:02:05

Пожайлуста,моделируйте на здоровье.
.model Q2t825a PNP (Is=211.6e-30 Xti=3 Eg=1.11 Vaf=38.72 Bf=1.585k
+ Ne=1.188 Ise=606e-30 Ikf=43.76 Nk=1.282 Xtb=1.5 Br=1
+ Isc=3.02E-27 Nc=1.522 Ikr=.6058 Rc=.1856 Cjc=1.457n Mjc=.3333
+ Vjc=.75 Fc=.5 Cje=1.026n Mje=.3333 Vje=.75 Tr=10n Tf=3.945n
+ Itf=1 Xtf=0 Vtf=10)
.model Q2t827a NPN (Is=78.46e-21 Xti=3 Eg=1.11 Vaf=68.45 Bf=10.55K
+ Ne=1.353 Ise=435.4e-21 Ikf=36.11 Nk=.8578 Xtb=1.5 Br=1.816
+ Ikr=1u Isc=2.006e-18 Nc=1.475 Rc=.1999 Cjc=971.6p Mjc=.3333
+ Vjc=.75 Fc=.5 Cje=690.1p Mje=.3333 Vje=.75 Tr=13.31m Tf=3.631m
+ Itf=2.329K Xtf=16.38K Vtf=10)

Наиль Мухамедзянов

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Сообщений: 713

Nota Bene

muhnai

#85

14-05-2004 11:00:29

На 85 - вообще-то транзисторы КТ825/КТ827 - составные, и их точные модели должны быть описаны как .subskt. То есть Сергей выложил приблизительные модели и моделировать надо это учитывая.

P.S. А вот для коллекции еще модели ExUSSR - транзисторов -

.model Q159NT1 NPN(Is=1.32f Xti=3 Eg=1.11 Vaf=67.4 Bf=406.4 Ne=1.352 Ise=1.32f
+ Ikf=19.03m Xtb=1.5 Var=48 Br=.7633 Nc=2 Isc=840f Ikr=120u Rb=72 Rc=5.4 Cjc=1.65p Vjc=.7
+ Mjc=.33 Fc=.5 Cje=6.15p Vje=.7 Mje=.33 Tr=155.2n Tf=146.9p Itf=48m Vtf=20
+ Xtf=2)
.model Q2T203B PNP(Is=66.19E-18 Xti=3 Eg=1.11 Vaf=85.5 Bf=87.36 Ne=1.559 Ise=22.18f
+ Ikf=6.112m Xtb=1.5 Var=55 Br=.9521 Nc=2 Isc=1.2p Ikr=4.5m Rb=265 Rc=13.6 Cjc=12.95p Vjc=.69
+ Mjc=.33 Fc=.5 Cje=15.27p Vje=.69 Mje=.35 Tr=144.4n Tf=14.64n Itf=12.5m Vtf=15
+ Xtf=1)
.model Q2T313B PNP(Is=3.306f Xti=3 Eg=1.11 Vaf=86.3 Bf=153.6 Ne=1.36 Ise=3.306f
+ Ikf=2.47 Xtb=1.5 Var=40 Br=3.375 Nc=2 Isc=33.2f Ikr=.85 Rb=23.2 Rc=1.345 Cjc=18.71p Vjc=.69
+ Mjc=.31 Fc=.5 Cje=30.64p Vje=.69 Mje=.33 Tr=58.87n Tf=267.9p Itf=.785 Vtf=65
+ Xtf=2)
.model Q2T629 PNP(Is=3.306f Xti=3 Eg=1.11 Vaf=86.3 Bf=50 Ne=1.36 Ise=3.306f
+ Ikf=2.47 Xtb=1.5 Var=40 Br=3.375 Nc=2 Isc=33.2f Ikr=.85 Rb=23.2 Rc=1.345 Cjc=18.71p Vjc=.69
+ Mjc=.31 Fc=.5 Cje=30.64p Vje=.69 Mje=.33 Tr=58.87n Tf=267.9p Itf=.785 Vtf=65
+ Xtf=2)
.model Q2T316B NPN(Is=3.49f Xti=3 Eg=1.11 Vaf=102 Bf=74.97 Ne=1.483 Ise=44.72f
+ Ikf=.1322 Xtb=1.5 Var=55 Br=.2866 Nc=2 Isc=447f Ikr=.254 Rb=66.7 Rc=7.33 Cjc=3.934p
+ Vjc=.65 Mjc=.33 Fc=.5 Cje=1.16p Vje=.69 Mje=.33 Tr=65.92n Tf=94.42p Itf=.15 Vtf=15
+ Xtf=2)
.model Q2T316D NPN(Is=2.753f Xti=3 Eg=1.11 Vaf=96 Bf=136.5 Ne=2.496 Ise=12.8p
+ Ikf=97.23m Xtb=1.5 Var=55 Br=.6577 Nc=2 Isc=15.5p Ikr=.12 Rb=70.6 Rc=8.35 Cjc=4.089p
+ Vjc=.65 Mjc=.33 Fc=.5 Cje=1.16p Vje=.69 Mje=.33 Tr=27.84n Tf=78.97p Itf=.151 Vtf=25
+ Xtf=2)
.model Q2T326B PNP(Is=16.64f Xti=3 Eg=1.11 Vaf=115 Bf=99.06 Ne=2.527 Ise=54.12p
+ Ikf=.6751 Xtb=1.5 Var=63 Br=1.75 Nc=2 Isc=12.5f Ikr=.52 Rb=52.4 Rc=1.85 Cjc=4.089p
+ Vjc=.69 Mjc=.33 Fc=.5 Cje=3.375p Vje=.75 Mje=.35 Tr=40.04n Tf=160.2p Itf=.1 Vtf=10
+ Xtf=2)
.model QKT351A PNP(Is=4.943f Xti=3 Eg=1.11 Vaf=110 Bf=91.56 Ne=1.776 Ise=1.436p
+ Ikf=.2116 Xtb=1.5 Var=25 Br=1.215 Nc=2 Isc=1.45p Ikr=.25 Rb=75 Rc=.44 Cjc=15.05p
+ Vjc=.69 Mjc=.33 Fc=.5 Cje=24.48p Vje=.65 Mje=.33 Tr=223.6n Tf=217.4p Itf=.28 Vtf=35
+ Xtf=2)
.model Q2T355A NPN(Is=14.02f Xti=3 Eg=1.11 Vaf=82.35 Bf=172.2 Ne=2.211 Ise=9.573p
+ I kf=.2809m Xtb=1.5 Var=45 Br=.8636 Nc=2 Isc=1.12p Ikr=.253 Rb=41.6 Rc=3.55 Cjc=2.742p
+ Vjc=.75 Mjc=.33 Fc=5 Cje=2.635p Vje=.69 Mje=.33 Tr=76.29n Tf=65.28p Itf=.532 Vtf=15
+ Xtf=2)
.model Q2T363B PNP(Is=11.8f Xti=3 Eg=1.11 Vaf=95.7 Bf=156.2 Ne=1.971 Ise=1.834p
+ Ikf=.195 Xtb=1.5 Var=65 Br=1.18 Nc=2 Isc=1p Ikr=.3 Rb=67.5 Rc=1.6 Cjc=2.958p
+ Vjc=.69 Mjc=.33 Fc=.5 Cje=1.112p Vje=.71 Mje=.35 Tr=6.149n Tf=41.32p Itf=.12 Vtf=10
+ Xtf=2)
.model Q2T368B NPN(Is=8.675f Xti=3 Eg=1.11 Vaf=108 Bf=325.3 Ne=1.377 Ise=9.128f
+ Ikf=.3608 Xtb=1.5 Var=56 Br=1.45 Nc=2 Isc=16.3f Ikr=.125 Rb=31.5 Rc=2.445 Cjc=2.35p
+ Vjc=.75 Mjc=.33 Fc=.5 Cje=2.786p Vje=.69 Mje=.37 Tr=2.147n Tf=84.62p Itf=.15 Vtf=25
+ Xtf=2)
.model Q2T371A NPN(Is=1.378f Xti=3 Eg=1.11 Vaf=68.25 Bf=236 Ne=1.479 Ise=43.8f
+ Ikf=.1777 Xtb=1.5 Var=45 Br=3.414 Nc=2 Isc=55f Ikr=35m Rb=44.1 Rc=2.8 Cjc=1.932p
+ Vjc=.75 Mjc=.33 Fc=.5 Cje=1.747p Vje=.69 Mje=.33 Tr=13.65n Tf=43.78p Itf=.35 Vtf=10
+ Xtf=2)
.model Q2T630B NPN(Is=17.03f Xti=3 Eg=1.11 Vaf=123 Bf=472.7 Ne=1.368 Ise=163.3f
+ Ikf=.4095 Xtb=1.5 Var=75 Br=4.804 Nc=2 Isc=1.35p Ikr=.21 Rb=14.2 Rc=.65 Cjc=21.24p
+ Vjc=.69 Mjc=.33 Fc=.5 Cje=34.4p Vje=.69 Mje=.33 Tr=50.12n Tf=1.795n Itf=.65 Vtf=60
+ Xtf=1.1)
.model Q2T632A PNP(Is=32.27f Xti=3 Eg=1.11 Vaf=87.7 Bf=248.3 Ne=1.241 Ise=32.27f
+ Ikf=.8816 Xtb=1.5 Var=65 Br=.379 Nc=2 Isc=3.35p Ikr=.35 Rb=44.3 Rc=2.81 Cjc=10.75p
+ Vjc=.69 Mjc=.33 Fc=.5 Cje=24.77p Vje=.69 Mje=.33 Tr=745.2n Tf=558.8p Itf=.88 Vtf=60
+ Xtf=2)
.model Q2T638A NPN(Is=54.33f Xti=3 Eg=1.11 Vaf=95 Bf=1.39K Ne=1.249 Ise=54.33f
+ Ikf=.1966 Xtb=1.5 Var=76 Br=.42 Nc=2 Isc=5.44p Ikr=.125 Rb=45.2 Rc=3.75 Cjc=13.15.p
+ Vjc=.65 Mjc=.33 Fc=.5 Cje=32.35p Vje=.69 Mje=.33 Tr=587.6n Tf=397.5p Itf=.195 Vtf=65
+ Xtf=2)
.model QKT3102A NPN(Is=5.258f Xti=3 Eg=1.11 Vaf=86 Bf=185.1 Ne=7.428 Ise=28.21n
+ Ikf=.4922 Xtb=1.5 Var=25 Br=2.713 Nc=2 Isc=21.2p Ikr=.25 Rb=52 Rc=1.65 Cjc=9.921p
+ Vjc=.65 Mjc=.33 Fc=.5 Cje=11.3p Vje=.69 Mje=.33 Tr=57.71n Tf=611.5p Itf=.52 Vtf=80
+ Xtf=2)
.model QKT3102B NPN(Is=3.628f Xti=3 Eg=1.11 Vaf=72 Bf=303.3 Ne=13.47 Ise=43.35n
+ Ikf=.96.35m Xtb=1.5 Var=30 Br=3.201 Nc=2 Isc=5.5p Ikr=.1 Rb=37 Rc=1.12 Cjc=11.02p
+ Vjc=.65 Mjc=.33 Fc=.5 Cje=13.31p Vje=.69 Mje=.33 Tr=41.67n Tf=493.4p Itf=.12 Vtf=50
+ Xtf=2)
.model QKT3102BM NPN(Is=891.4E-18 Xti=3 Eg=1.11 Vaf=64 Bf=311.9 Ne=4.136 Ise=594.5p
+ Ikf=60.16m Xtb=1.5 Var=25 Br=5.622 Nc=2 Isc=1.225p Ikr=.25 Rb=59 Rc=1.23 Cjc=9.186p
+ Vjc=.65 Mjc=.33 Fc=.5 Cje=9.139p Vje=.69 Mje=.33 Tr=28.24n Tf=786.5p Itf=.2 Vtf=30
+ Xtf=2)
.model QKT3103A1 PNP(Is=449.1E-18 Xti=3 Eg=1.11 Vaf=63.25 Bf=137.7 Ne=3.148 Ise=98.79p
+ Ikf=.1065 Xtb=1.5 Var=42.2 Br=.9704 Nc=2 Isc=1.12f Ikr=.251 Rb=56 Rc=6.7 Cjc=3.721p
+ Vjc=.75 Mjc=.33 Fc=.5 Cje=1.8p Vje=.69 Mje=.33 Tr=56.41n Tf=73.23p Itf=45m Vtf=15
+ Xtf=2)
.model QKT3103A2 PNP(Is=566.4E-18 Xti=3 Eg=1.11 Vaf=63.8 Bf=138.9 Ne=3.136 Ise=112.3p
+ Ikf=.1211 Xtb=1.5 Var=42 Br=2.336 Nc=2 Isc=2.5635p Ikr=.251 Rb=63 Rc=8.3 Cjc=3.721p
+ Vjc=.75 Mjc=.33 Fc=.5 Cje=1.812p Vje=.69 Mje=.33 Tr=24.66n Tf=81.76p Itf=.134 Vtf=15
+ Xtf=2)
.model QKT3107A PNP(Is=6.545f Xti=3 Eg=1.11 Vaf=86.5 Bf=105.5 Ne=8.56 Ise=7.735n
+ Ikf=.1862 Xtb=1.5 Var=32 Br=1.62 Nc=2 Isc=3.35p Ikr=12m Rb=39.1 Rc=.71 Cjc=12.83p
+ Vjc=.65 Mjc=.33 Fc=.5 Cje=12.59p Vje=.69 Mje=.35 Tr=30.5n Tf=477.5p Itf=56m Vtf=35
+ Xtf=2)
.model QKT3107B PNP(Is=2.111f Xti=3 Eg=1.11 Vaf=68.5 Bf=145.2 Ne=2.367 Ise=7.338p
+ Ikf=.242 Xtb=1.5 Var=32 Br=7.573 Nc=2 Isc=1.55p Ikr=25m Rb=25.5 Rc=.75 Cjc=11.86p
+ Vjc=.69 Mjc=.33 Fc=.5 Cje=13.01p Vje=.69 Mje=.35 Tr=20.11n Tf=474p Itf=.15 Vtf=25
+ Xtf=1])
.model Q2T3108A PNP(Is=863E-18 Xti=3 Eg=1.11 Vaf=85 Bf=112.4 Ne=12.53 Ise=37.65n
+ Ikf=27.99m Xtb=1.5 Var=26 Br=2.984 Nc=2 Isc=1.25p Ikr=56m Rb=52 Rc=4.24 Cjc=4.529p
+ Vjc=.65 Mjc=.33 Fc=.5 Cje=3.763p Vje=.69 Mje=.33 Tr=43.55n Tf=292.3p Itf=58m Vtf=55
+ Xtf=2)
.model Q2T3117A NPN(Is=98.35f Xti=3 Eg=1.11 Vaf=123.5 Bf=1.158K Ne=1.356 Ise=1.164p
+ Ikf=.2244 Xtb=1.5 Var=96 Br=.3431 Nc=2 Isc=1.123p Ikr=1.52 Rb=40.7 Rc=.17 Cjc=14.6p
+ Vjc=.75 Mjc=.33 Fc=.5 Cje=56.2p Vje=.69 Mje=.33 Tr=254.8n Tf=281.9p Itf=1.63 Vtf=40
Xtf=2)RU

и стабилитронов -

.model D814A D(IS=.3920E-12 N=1.19 RS=1.25 CJO=41.15p TT=49.11n
+ M=0.41 VJ=0.73 FC=0.5 BV=8 IBV=0.5u EG=1.11 XTI=3)

.model D814B D(IS=.3920E-12 N=1.19 RS=1.54 CJO=38.39p TT=58.13n
+ M=0.45 VJ=0.76 FC=0.5 BV=9 IBV=0.5u EG=1.11 XTI=3)

.model D814V D(IS=.5232E-12 N=1.26 RS=2.5 CJO=37.56p TT=58.34n
+ M=0.43 VJ=0.76 FC=0.5 BV=10 IBV=1u EG=1.11 XTI=3)

.model D814G D(IS=.1067E-12 N=1.12 RS=3.4 CJO=28.08p TT=68.87n
+ M=0.43 VJ=0.75 FC=0.5 BV=11 IBV=1u EG=1.11 XTI=3)

.model D814D D(IS=.5235E-12 N=1.17 RS=3.8 CJO=29.15p TT=59.96n
+ M=0.41 VJ=0.71 FC=0.5 BV=13 IBV=1u EG=1.11 XTI=3)

.model D815A D(IS=.1221E-11 N=1.67 RS=0.24 CJO=73.15p TT=389.8n
+ M=0.37 VJ=0.78 FC=0.5 BV=5.6 IBV=5u EG=1.11 XTI=3)

.model D815B D(IS=.4173E-12 N=1.22 RS=0.27 CJO=88.12p TT=236.4En
+ M=0.36 VJ=0.78 FC=0.5 BV=6.8 IBV=5u EG=1.11 XTI=3)

.model D815V D(IS=.5225E-10 N=1.84 RS=0.35 CJ=76.32p TT=245.24n
+ M=0.31 VJ=0.73 FC=0.5 BV=8.2 IBV=5u EG=1.11 XTI=3)

.model D815G D(IS=.9373E-10 N=1.55 RS=0.6 CJO=63.60p TT=250.97n
+ M=0.38 VJ=0.71 FC=0.5 BV=10 IBV=5u EG=1.11 XTI=3)

.model D815D D(IS=.5227E-10 N=1.46 RS=0.7 CJO=73.31p TT=217.3n
+ M=0.39 VJ=0.74 FC=0.5 BV=12 IBV=5u EG=1.11 XTI=3)

.model D815E D(IS=.4646E-10 N=1.39 RS=0.9 CJO=72.86p TT=118.9n
+ M=0.39 VJ=0.78 FC=0.5 BV=15 IBV=5u EG=1.11 XTI=3)

.model D815J D(IS=.1996E-10 N=1.32 RS=1.1 CJO=82.14p TT=222.9n
+ M=0.42 VJ=0.75 FC=0.5 BV=18 IBV=5u EG=1.11 XTI=3)

.model D816A D(IS=.4599E-11 N=1.25 RS=2.4 CJO=105.9p TT=213.6n
+ M=0.41 VJ=0.71 FC=0.5 BV=22 IBV=10u EG=1.11 XTI=3)

.model D816B D(IS=.4279E-12 N=1.14 RS=2.8 CJO=133.2p TT=220.4
+ M=0.41 VJ=0.73 FC=0.5 BV=27 IBV=10u EG=1.11 XTI=3)

.model D816G D(IS=3.337E-12 N=1.23 RS=4.6 CJO=103.5p TT=203.5n
+ M=0.39 VJ=0.71 FC=0.5 BV=39 IBV=5u EG=1.11 XTI=3)

.model D816D D(IS=1.471E-12 N=1.18 RS=5.6 CJO=82.24p TT=207.4n
+ M=0.40 VJ=0.70 FC=0.5 BV=47 IBV=15u EG=1.11 XTI=3)

.model D817A D(IS=10.10E-12 N=1.47 RS=12 CJO=57.00p TT=500.0n
+ M=0.34 VJ=0.80 FC=0.5 BV=56 IBV=20u EG=1.11 XTI=3)

.model D817B D(IS=12.00E-12 N=1.43 RS=14 CJO=68.00p TT=500n
+ M=0.35 VJ=0.8 FC=0.5 BV=68 IBV=20u EG=1.11 XTI=3)

.model D817V D(IS=12.22E-12 N=1.28 RS=16 CJO=54.48p TT=414.1n
+ M=0.43 VJ=0.78 FC=0.5 BV=82 IBV=30u EG=1.11 XTI=3)

.model D817G D(IS=29.34E-12 N=1.27 RS=18 CJO=82.0p TT=500.0n
+ M=0.38 VJ=0.8 FC=0.5 BV=100 IBV=50u EG=1.11 XTI=3)

.model D2S191G D(IS=47.47E-15 N=1.27 RS=9 CJO=10.69p TT=4.337n
+ M=0.39 VJ=0.79 FC=0.5 BV=9.1 IBV=1u EG=1.11 XTI=3)

.model D2S211G D(IS=418.2E-15 N=1.39 RS=9 CJO=10.17p TT=7.934n
+ M=0.41 VJ=0.69 FC=0.5 BV=11 IBV=3u EG=1.11 XTI=3)

.model D2S522A D(IS=41.68E-15 N=1.06 RS=2 CJO=57.24p TT=32.94n
+ M=0.39 VJ=0.72 FC=0.5 BV=22 IBV=5u EG=1.11 XTI=3)

.model D2S527A D(IS=25.00E-15 N=1.11 RS=4 CJO=47.42p TT=256.6n
+ M=0.39 VJ=0.68 FC=0.5 BV=27 IBV=5u EG=1.11 XTI=3)

.model KS133A D(IS=89.00E-15 N=1.16 RS=25 CJO=72.00p TT=57.00n
+ M=0.47 VJ=0.80 FC=0.5 BV=3.3 IBV=5u EG=1.11 XTI=3)

.model D2S133A D(IS=193.4E-15 N=1.85 RS=22 CJO=84.51p TT=46.61n
+ M=0.38 VJ=0.73 FC=0.5 BV=3.3 IBV=5u EG=1.11 XTI=3)

.model KS139A D(IS=400.0E-15 N=1.35 RS=30 CJO=85.00p TT=72.00n
+ M=0.45 VJ=0.80 FC=0.5 BV=3.9 IBV=5u EG=1.11 XTI=3)

.model KS147A D(IS=500.0E-15 N=1.35 RS=22 CJO=85.00p TT=75.00n
+ M=0.45 VJ=0.80 FC=0.5 BV=4.7 IBV=5u EG=1.11 XTI=3)

.model D2S147A D(IS=1.236E-12 N=1.87 RS=20.2 CJO=87.60p TT=104.0n
+ M=0.3751 VJ=0.73 FC=0.5 BV=4.7 IBV=5u EG=1.11 XTI=3)

.model KS156A D(IS=3.600E-12 N=1.52 RS=13 CJO=94.00p TT=160.0n
+ M=0.41 VJ=0.80 FC=0.5 BV=5.6 IBV=5u EG=1.11 XTI=3)

.model KS168A D(IS=7.300E-12 N=1.35 RS=5.8 CJO=62.00p TT=250.0n
+ M=0.50 VJ=0.80 FC=0.5 BV=6.8 IBV=5u EG=1.11 XTI=3)

.model D2S168A D(IS=7.034E-12 N=1.26 RS=5.8 CJO=0.52p TT=210.0n
+ M=0.31 VJ=0.75 FC=0.5 BV=6.8 IBV=5u EG=1.11 XTI=3)

.model D2S191G D(IS=47.47E-15 N=1.27 RS=9 CJO=10.69p TT=4.337n
+ M=0.39 VJ=0.79 FC=0.5 BV=9.1 IBV=1u EG=1.11 XTI=3)

.model D2S211G D(IS=418.2E-15 N=1.39 RS=9 CJO=10.17p TT=7.934n
+ M=0.41 VJ=0.69 FC=0.5 BV=11 IBV=3u EG=1.11 XTI=3)

.model D2S522A D(IS=41.68E-15 N=1.06 RS=2 CJO=57.24p TT=32.94n
+ M=0.39 VJ=0.72 FC=0.5 BV=22 IBV=5u EG=1.11 XTI=3)

.model D2S527A D(IS=25.00E-15 N=1.11 RS=4 CJO=47.42p TT=256.6n
+ M=0.39 VJ=0.68 FC=0.5 BV=27 IBV=5u EG=1.11 XTI=3)

Сергей Правдивцев

Пользователь

Сообщений: 631

sergey_

#86

14-05-2004 11:21:13

Цитата
На 85 - вообще-то транзисторы КТ825/КТ827 - составные, и их точные модели должны быть описаны как .subskt. То есть Сергей выложил приблизительные модели и моделировать надо это учитывая.

Наиль,согласен.Выложил,что есть.Я не проверял эти модели,т.к. использовать эти транзисторы не собираюсь.
Ещё заметил такую вещь,при моделировании симулятор не учитывает падение бэты при больших токах коллектора (для мощных BJT,не отечественные модели).Так что моделирование моделированием,а на даташиты поглядывать надо.
А для мощных MOSFET только макромодели.Простые модели не учитывают зависимости емкостей от межэлектродных напряжений.

Сергей Фролов

Пользователь

Сообщений: 1955

sergej_f

#87

14-05-2004 14:25:55

Цитата
Ещё заметил такую вещь,при моделировании симулятор не учитывает падение бэты при больших токах коллектора

Ну и на фиг тогда это нужно?

Сергей Правдивцев

Пользователь

Сообщений: 631

sergey_

#88

14-05-2004 14:29:52

Цитата
Ну и на фиг тогда это нужно?

Что моделирование?Ну и не надо залазить в эту область.

Сергей Фролов

Пользователь

Сообщений: 1955

sergej_f

#89

14-05-2004 15:27:48

Цитата
Ну и не надо залазить в эту область

В какую, больших токов? Дык, слаботочный анализ мало о чем говорит...

Сергей Правдивцев Пользователь Сообщений: 631	sergey_ #90 14-05-2004 15:40:54 Я имел ввиду область ,когда бэта резко падает,с 6-15а,в зависимости от типа прибора.