** 备注 仅供学习/演示/参考，请勿用于生产
LTspice 怎么加入自定义的晶体管SPICE模型？
很简单， 点 “.op”, 把模型的内容当 “SPICE directive ” 贴进去就可以。
例如 e.g. ：
.MODEL 2SA1302 pnp IS=9.8145e-12 BF=122.925 NF=1.00
+VAF=40 IKF=19 ISE=9.18577762370362E-07 NE=5.0 BR=4.98985
+NR=1.09511 VAR=4.32026 IKR=4.37516 ISC=3.25e-13
+NC=3.96875 RB=3.30 RE=0.00 RC=0.06 XTB=0.115253
+XTI=1.03146 EG=1.11986 CJE=1.561e-08 VJE=0.781803
+MJE=0.433868 TF=3.257e-9 XTF=1000 VTF=2.0 ITF=260
+CJC=2.346838e-9 VJC=0.27876 MJC=0.411324 XCJC=0.959922
+FC=0.1 CJS=0 VJS=0.75 MJS=0.5 TR=1e-07 PTF=0 KF=0 AF=1
+Vceo=200 Icrating=15 mfg=OnSemi
仿真的时候， LTspice 默认使用/寻址最直接的模型信息。
这适用于所有不需要重新定义引脚/管脚的情况。
.MODEL MJL1302A pnp
+IS=7.56722e-11 BF=148.663 NF=1.0861 VAF=33.2962
+IKF=6.03056 ISE=7.00157e-12 NE=3.37477 BR=3.57438
+NR=1.38503 VAR=2.45693 IKR=7.65272 ISC=4.75e-13
+NC=3.96875 RB=3.55494 IRB=0.217628 RBM=0.1
+RE=0.000905557 RC=0.0997087 XTB=1.30215 XTI=1
+EG=1.206 CJE=1.62625e-08 VJE=0.99 MJE=0.496165
+TF=2.98166e-09 XTF=1000 VTF=3.58167 ITF=546.327
+CJC=1.72466e-09 VJC=0.814009 MJC=0.457122 XCJC=1
+FC=0.207567 CJS=0 VJS=0.75 MJS=0.5
+TR=1e-07 PTF=0 KF=0 AF=1 MFG=ONSEMI
.MODEL MJL3281A npn
+IS=8.26882e-10 BF=97.5769 NF=1.27505 VAF=63.6913
+IKF=7.75466 ISE=7.44075e-12 NE=3.39947 BR=0.1
+NR=1.6501 VAR=7.8831 IKR=15.9415 ISC=4.16531e-13
+NC=3.98207 RB=1.0642 IRB=2.65716 RBM=1.0642
+RE=0.0001 RC=0.051212 XTB=0.82132 XTI=1
+EG=1.206 CJE=1.10527e-08 VJE=0.677092 MJE=0.394732
+TF=1.93853e-09 XTF=1000 VTF=4.32084 ITF=149.92
+CJC=1.00256e-09 VJC=0.924803 MJC=0.524843 XCJC=0.100008
+FC=0.8 CJS=0 VJS=0.75 MJS=0.5
+TR=1e-07 PTF=0 KF=0 AF=1 MFG=ONSEMI
.MODEL BFR93 NPN (IS=4.499E-16 BF=100 NF=0.9861 VAF=36 IKF=3 ISE=7.014E-14 NE=1.955 BR=11.95 NR=0.985 VAR=2.8 IKR=0.02 ISC=9.97E-16 NC=1.1 RB=10 IRB=1E-05 RBM=10 RE=0.48 RC=4 XTB=0 EG=1.11 XTI=3 CJE=1.72E-12 VJE=0.88 MJE=0.37 CJC=1.2E-12 VJC=0.553 MJC=0.297 XCJC=0.25 TF=1.6E-11 XTF=500 VTF=0.9 ITF=0.9 PTF=49 TR=1E-09 FC=0.9 mfg=MOTOROLA)
.MODEL mj4502 pnp IS=1.2724e-13 BF=85.6177 NF=0.85 VAF=43.264 IKF=10 ISE=7.56367e-13 NE=2.10325 BR=0.846124 NR=0.884962 VAR=432.64 IKR=4.77195 ISC=1e-16 NC=2.96875 RB=1.17262 IRB=0.1 RBM=0.1 RE=0.00182261 RC=0.0472333 XTB=0.72496 XTI=1.23156 EG=1.05 CJE=1e-07 VJE=0.4 MJE=0.791595 TF=1e-08 XTF=1.35771 VTF=1.0001 ITF=0.999451 CJC=5e-10 VJC=0.400213 MJC=0.410137 XCJC=0.803125 FC=0.775723 CJS=0 VJS=0.75 MJS=0.5 TR=1e-07 PTF=0 KF=0 AF=1
.MODEL MJL1302A pnp IS=7.56722e-11 BF=148.663 NF=1.0861 VAF=33.2962 IKF=6.03056 ISE=7.00157e-12 NE=3.37477 BR=3.57438 NR=1.38503 VAR=2.45693 IKR=7.65272 ISC=4.75e-13 NC=3.96875 RB=3.55494 IRB=0.217628 RBM=0.1 RE=0.000905557 RC=0.0997087 XTB=1.30215 XTI=1 EG=1.206 CJE=1.62625e-08 VJE=0.99 MJE=0.496165 TF=2.98166e-09 XTF=1000 VTF=3.58167 ITF=546.327 CJC=1.72466e-09 VJC=0.814009 MJC=0.457122 XCJC=1 FC=0.207567 CJS=0 VJS=0.75 MJS=0.5 TR=1e-07 PTF=0 KF=0 AF=1 Icrating=15 MFG=ONSEMI
.MODEL MJL3281A npn IS=8.26882e-10 BF=97.5769 NF=1.27505 VAF=63.6913 IKF=7.75466 ISE=7.44075e-12 NE=3.39947 BR=0.1 NR=1.6501 VAR=7.8831 IKR=15.9415 ISC=4.16531e-13 NC=3.98207 RB=1.0642 IRB=2.65716 RBM=1.0642 RE=0.0001 RC=0.051212 XTB=0.82132 XTI=1 EG=1.206 CJE=1.10527e-08 VJE=0.677092 MJE=0.394732 TF=1.93853e-09 XTF=1000 VTF=4.32084 ITF=149.92 CJC=1.00256e-09 VJC=0.924803 MJC=0.524843 XCJC=0.100008 FC=0.8 CJS=0 VJS=0.75 MJS=0.5 TR=1e-07 PTF=0 KF=0 AF=1 Icrating=15 MFG=ONSEMI
.MODEL 2SC3357 NPN (IS=684.2e-18 BF=161.1 NF=1.0 VAF=51 IKF=574.6e-3 BR=10.71 NR=1.0 VAR=2.1 IKR=28.05e-3 ISE=1.0e-18 NE=1.193 ISC=6.211e-18 NC=1.1 RB=3.0 IRB=75.9e-5 RBM=1.0 RE=2.67 RC=3.5 CJE=1.847e-12 VJE=1.014 MJE=464.8e-3 CJC=1.086e-12 VJC=617.4e-3 MJC=353.8e-3 XCJC=0.1 CJS=0 VJS=0.75 MJS=0 FC=0.50 TF=23e-12 XTF=0.39 VTF=0.668 ITF=0.06 TR=0 PTF=20 EG=1.11 XTI=3.0 XTB=0 Vceo=12 Icrating=100m mfg=NEC)
.MODEL 2SA1015 PNP
+ IS=1.881e-011 NF=1.000e+000 ISE=1.067e-013
+ NE=1.008e+000 BF=2.384e+002 BR=1.000e+000
+ IKF=1.350e-001 VAF=3.000e+001 VAR=2.000e+001
+ EG=1.110e+000 XTI=3.000e+000 XTB=0.000e+000
+ RC=3.333e+000 RB=2.500e+001 RE=4.991e-001
+ CJE=1.021e-011, MJE=5.926e-001 VJE=9.500e-001
+ CJC=1.021e-011, MJC=5.926e-001 VJC=9.500e-001
.MODEL 2SA1020 PNP
+ IS=1.925e-014 NF=1.000e+000 ISE=4.331e-016
+ NE=1.053e+000 BF=1.687e+002 BR=1.000e+000
+ IKF=2.000e+000 VAF=3.000e+001 VAR=2.000e+001
+ EG=1.110e+000 XTI=3.000e+000 XTB=0.000e+000
+ RC=3.500e-001 RB=2.000e+000 RE=0.000e+000
+ CJE=7.5e-11, MJE=0.33 VJE=0.75
+ CJC=5.5e-11, MJC=0.33 VJC=0.75
.MODEL 2sa733 PNP
+ IS=2.768e-014 NF=1.000e+000 ISE=8.124e-016
+ NE = 1.107e+000 BF = 20.346e+001 BR = 1.000e+000
+ IKF = 2.000e-001 VAF = 2.971e+00 VAR = 2.000e+001
+ EG = 1.110e+000 XTI = 2.131e+000 XTB = 5.098e+000
+ RC = 1.143e+000 RB = 1.667e+000 RE = 0.000e+000
+ CJE = 2.562e-011 MJE = 3.720e-001 VJE = 7.050e-001
+ CJC = 2.201e-011 MJC = 3.069e-001 VJC = 7.000e-002
.MODEL 2SC1815 NPN
+ IS=1.881e-011 NF=1.000e+000 ISE=1.067e-013
+ NE=1.008e+000 BF=2.384e+002 BR=1.000e+000
+ IKF=1.350e-001 VAF=3.000e+001 VAR=2.000e+001
+ EG=1.110e+000 XTI=3.000e+000 XTB=0.000e+000
+ RC=3.333e+000 RB=2.500e+001 RE=4.991e-001
+ CJE=1.021e-011, MJE=5.926e-001 VJE=9.500e-001
+ CJC=1.021e-011, MJC=5.926e-001 VJC=9.500e-001
.MODEL 2sc2240 NPN
+ IS=5.908e-015 NF=1.000e+000 ISE=6.239e-017
+ NE = 1.061e+000 BF = 8.319e+002 BR = 1.000e+000
+ IKF = 1.500e-001 VAF = 4.384e+002 VAR = 2.000e+001
+ EG = 1.110e+000 XTI = 3.000e+000 XTB = 0.000e+000
+ RC = 6.000e-001 RB = 7.500e-001 RE = 0.000e+000
+ CJE = 2.500e-011 MJE = 1.740e-001 VJE = 1.250e-001
+ CJC = 5.371e-012
.MODEL 2SC2655 NPN
+ IS=1.925e-014 NF=1.000e+000 ISE=4.331e-016
+ NE=1.053e+000 BF=1.687e+002 BR=1.000e+000
+ IKF=2.000e+000 VAF=3.000e+001 VAR=2.000e+001
+ EG=1.110e+000 XTI=3.000e+000 XTB=0.000e+000
+ RC=3.500e-001 RB=2.000e+000 RE=0.000e+000
+ CJE=7.5e-11, MJE=0.33 VJE=0.75
+ CJC=5.5e-11, MJC=0.33 VJC=0.75
.MODEL 2sc945 NPN
+ IS=4.130e-014 NF=1.000e+000 ISE=3.964e-016
+ NE = 1.043e+000 BF = 3.111e+002 BR = 1.000e+000
+ IKF = 1.500e-001 VAF = 8.000e+00 VAR = 2.000e+001
+ EG = 1.110e+000 XTI = 3.000e+000 XTB = 0.000e+000
+ RB = 1.429e+000 RE = 5.424e-001
+ CJE = 2.014e-011 MJE = 5.352e-001 VJE = 1.175e+000
+ CJC = 7.972e-012 MJC = 2.554e-001 VJC = 8.500e-001
.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=Philips)
MRF901 spice model 模型
* CONTENTS OF THIS FILE COPYRIGHT 1991 ANALOG AND RF MODELS
* INCLUDE THIS CODE IN YOUR SPICE DECK OR LIBRARY TO RUN
* THIS MODEL COMPAT BERKELEY SPICE 2G.6 AND UP, THRU 3X.X
* MOTOROLA MRF901
* PINOUT C B E
.SUBCKT QRF99 1 2 3
LC 1 4 0.451E-9
LB 2 6 1.759E-9
LE 5 3 0.899E-9
CC 4 5 0.466E-12
CB 4 6 0.160E-12
Q1 4 6 5 QR99
.MODEL QR99 NPN ( BF=88 VAF=120 VAR=12.0 RC=5.63 RB=1.9
+RE=0.474 IKF=2.10E-02 ISE=2.70E-15 TF=2.070E-11
+TR=1.49E-09 ITF=2.00E-02 VTF=4.95E+00 CJC=0.926E-12
+CJE=1.300E-12 XTI=3.0 NE=1.5 ISC=9.00E-16 EG=1.11 PTF=23
+XTB=1.5 BR=2.29 VJC=0.75 VJE=0.75 IS=3.00E-16
+MJC=0.33 MJE=0.33 XTF=4.0 IKR=2.10E-02 KF=1.0E-15
+NC=1.7 FC=0.50 RBM=1.35 IRB=3.00E-03 XCJC=0.398 )
.ENDS
* ACTUAL SCATTERING PARAMETERS 5V 5MA
* MHZ S11 S12 S21 S22
* 100 .71 -38 .030 +68 11.3 +153 .92 -17
* 200 .62 -75 .050 +55 9.5 +133 .76 -29
* 500 .54 -141 .070 +43 5.4 +100 .48 -44
*1000 .53 +178 .090 +48 2.9 +76 .40 -56
*2000 .59 +130 .160 +62 1.5 +48 .35 -85
* MODEL SCATTERING PARAMETERS 5V 5MA
* MHZ S11 S12 S21 S22
* 100 .74 -41 .034 +70 12.0 +154 .93 -18
* 200 .68 -75 .056 +56 10.0 +134 .79 -32
* 500 .57 -136 .081 +40 5.7 +100 .52 -48
*1000 .56 +179 .094 +43 3.1 +73 .39 -57
*2000 .64 +134 .152 +58 1.6 +39 .37 -85
* ACTUAL SCATTERING PARAMETERS 10V 10MA
* MHZ S11 S12 S21 S22
* 100 .59 -52 .020 +64 17.1 +147 .87 -19
* 200 .52 -95 .040 +54 13.1 +125 .69 -30
* 500 .49 -156 .050 +51 6.6 +95 .45 -37
*1000 .50 +170 .080 +62 3.4 +74 .41 -45
*2000 .57 +126 .160 +70 1.8 +47 .36 -72
* MODEL SCATTERING PARAMETERS 10V 10MA
* MHZ S11 S12 S21 S22
* 100 .55 -59 .024 +67 17.0 +148 .88 -21
* 200 .53 -99 .038 +55 13.0 +126 .71 -32
* 500 .52 -155 .054 +50 6.6 +95 .47 -41
*1000 .54 +168 .078 +60 3.5 +72 .39 -47
*2000 .62 +130 .156 +68 1.8 +40 .38 -74
* ACTUAL MODEL
* F (MHZ) NF (DB) NF (DB)
* 200 1.4 1.0
* 400 1.5 1.0
* 800 1.7 1.5
* 1000 1.9 1.8
* 1500 2.5 2.8
* 2000 3.5 4.0
各色 LED SPICE MODELS
.MODEL LED_red D (
+ IS=1.024e-017 N=2.005e+000 RS=2.342e-003
+ BV=6.100e+001 IBV=6.000e-006
+ EG=1.110e+000 XTI=3.000e+000
+ CJO=3.238e-011, M=3.388e-001 VJ=3.250e-001
+ FC=5.000e-001 KF=0.000e+000 AF=1.000e+000 )
.MODEL LED_Green D (
+ IS=2.560e-014 N=3.007e+000 RS=8.513e-003
+ BV=6.100e+001 IBV=6.000e-006
+ EG=1.110e+000 XTI=3.000e+000
+ CJO=3.238e-011, M=3.388e-001 VJ=3.250e-001
+ FC=5.000e-001 KF=0.000e+000 AF=1.000e+000 )
.MODEL LED_yellow D (
+ IS=1.024e-017 N=2.005e+000 RS=2.342e-003
+ BV=6.100e+001 IBV=6.000e-006
+ EG=1.110e+000 XTI=3.000e+000
+ CJO=3.238e-011, M=3.388e-001 VJ=3.250e-001
+ FC=5.000e-001 KF=0.000e+000 AF=1.000e+000 )
.MODEL LED_IR D (
+ IS=1.024e-017 N=2.005e+000 RS=2.342e-003
+ BV=6.100e+001 IBV=6.000e-006
+ EG=1.110e+000 XTI=3.000e+000
+ CJO=3.238e-011, M=3.388e-001 VJ=3.250e-001
+ FC=5.000e-001 KF=0.000e+000 AF=1.000e+000 )
.MODEL LED_blue D (
+ IS=1.112e-021 N=3.007e+000 RS=3.513e-003
+ BV=6.100e+001 IBV=6.000e-003
+ EG=1.110e+000 XTI=3.000e+000
+ CJO=3.238e-011, M=3.388e-001 VJ=3.250e-001
+ FC=5.000e-001 KF=0.000e+000 AF=1.000e+000 )
SS8050 SS8550 SS9012 SS9013 SS9014 SS9015 SPICE MODELS 仿真 SPICE 模型数据
模型数据：
****************** PNP Epitaixial Silicon Transistor *****************************
** Product: SS8550BBU / SS8550BTA / SS8550CBU / SS8550CTA / SS8550DBU / SS8550DTA
** Package: TO-92
** Terminals: Emitter(1) Base(2) Collector(3)
**——————————————————————————–
*BeginSpec
*JV: Ic/Ib=10
*OA: Vce=-1
*FB: Vce=-1
*VV: Ic/Ib=10
*CB:
*EB:
*ST: Ic/Ib=10
*GB: Vce=-10
*EndSpec
*BeginTrace
*JV: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*OA: 1,1,100.00E-6,.1,1,3,0,0,-1 (27)
*FB: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*VV: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*CB: 0,1,.1,50,1,3,0,0,-1 (27)
*EB: 0,1,.1,10,1,3,0,0,-1 (27)
*ST: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*GB: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*EndTrace
*BeginParam
*IS=117.63E-15 (10.000E-21,1.0000E-6,0)
*BF=178.21 (1,1.5000E3,0)
*NF=1 (.8,1.2000,0)
*VAF=51.250 (0,1.0000E3,0)
*IKF=3.3034 (10.000E-3,20,0)
*ISE=18.820E-15 (0,1,0)
*NE=1.5000 (1,2,0)
*BR=5 (.1,500,0)
*NR=1 (.1,5,0)
*VAR=36.681 (0,1.0000E3,0)
*IKR=10.000E-3 (10.000E-3,20,0)
*ISC=200.00E-18 (0,1,0)
*NC=1.5000 (1,3,0)
*NK=.5 (.1,5,0)
*RE=0 (0,100.00E3,0)
*RB=122 (0,100,0)
*RC=1 (0,100.00E3,0)
*CJE=99.513E-12 (0,1,0)
*VJE=.77795 (.35,1.5000,0)
*MJE=.38009 (.1,1,0)
*CJC=33.278E-12 (0,1,0)
*VJC=.65102 (.35,1.5000,0)
*MJC=.38907 (.1,1,0)
*FC=.49925 (.1,1.5000,0)
*TF=796.00E-12 (0,1,0)
*XTF=10 (0,100.00E3,0)
*VTF=10 (0,100.00E3,0)
*ITF=1 (0,100.00E3,0)
*PTF=0 (0,360,0)
*TR=10.000E-9 (0,1,0)
*EG=1.1695 (.69,5,0)
*XTB=1.6730 (0,100.00E3,0)
*XTI=3 (.1,100.00E3,0)
*EndParam
*DEVICE=SS8550,PNP
* SS8550 PNP model
* created using Model Editor release 10.5.0 on 11/27/08 at 09:04
* The Model Editor is a PSpice product.
.MODEL SS8550 PNP
+ IS=117.63E-15 BF = 178.208 NF = 1
+ BF=178.21 NF = 1
+ VAF=51.250 VAR = 36.6808 IKF = 3.3034
+ IKF=3.3034
+ ISE=18.820E-15
+ BR=5 NR = 1 ISE = 1.882E-14
+ VAR=36.681 IKF = 3.3034
+ IKR=10.000E-3 RB = 122 RBM = 27.073
+ ISC=200.00E-18 NC = 1.5
+ NC=1.5000
+ RB=122 RBM = 27.073
+ RC=1
+ CJE=99.513E-12 VJE = 0.777949
+ VJE=.77795
+ MJE=.38009 FC = 0.499252 CJC = 3.32783E-11
+ CJC=33.278E-12
+ VJC=.65102 MJC = 0.389073 TF = 7.96E-10
+ MJC=.38907 TF = 7.96E-10
+ FC=.49925 CJC = 3.32783E-11
+ TF=796.00E-12
+ XTF=10
+ VTF=10
+ ITF=1
+ TR=10.000E-9
+ EG=1.1695 XTB = 1.6730 XTI = 3
+ XTB=1.6730 XTI = 3
9012 模型数据
* SS9012 PNP EPITAXIAL SILICON TRANSISTOR ELECTRICAL PARAMETERS
*—————————————————————
* Vcbo (-40V) & Vceo (-20V)
* 1W Output Amplifier of Potable Radios in Class B Push-pull Operation.
*—————————————————————
* MODEL PARAMETERS FROM MEASURED DATA: SS9012-GBU
*—————————————————————
*BeginSpec
*JV: Ic/Ib=10
*OA: Vce=-1
*FB: Vce=-1
*VV: Ic/Ib=10
*CB:
*EB:
*ST: Ic/Ib=10
*GB: Vce=-10
*EndSpec
*BeginTrace
*JV: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*OA: 1,1,100.00E-6,.1,1,3,0,0,-1 (27)
*FB: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*VV: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*CB: 0,1,.1,50,1,3,0,0,-1 (27)
*EB: 0,1,.1,10,1,3,0,0,-1 (27)
*ST: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*GB: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*EndTrace
*BeginParam
*IS=20.417E-15 (10.000E-21,1.0000E-6,0)
*BF=143.30 (1,1.5000E3,0)
*NF=1 (.8,1.2000,0)
*VAF=47.750 (0,1.0000E3,0)
*IKF=.57435 (10.000E-3,20,0)
*ISE=75.858E-15 (0,1,0)
*NE=2 (1,2,0)
*BR=14.345 (.1,500,0)
*NR=.999 (.1,5,0)
*VAR=86.140 (0,1.0000E3,0)
*IKR=.42651 (10.000E-3,20,0)
*ISC=1.5849E-15 (0,1,0)
*NC=1.0087 (1,3,0)
*NK=.5 (.1,5,0)
*RE=20.000E-3 (0,100.00E3,0)
*RB=57.500 (0,100,0)
*RC=.7426 (0,100.00E3,0)
*CJE=35.100E-12 (0,1,0)
*VJE=.866 (.35,1.5000,0)
*MJE=.411 (.1,1,0)
*CJC=19.100E-12 (0,1,0)
*VJC=.787 (.35,1.5000,0)
*MJC=.394 (.1,1,0)
*FC=.5 (.1,1.5000,0)
*TF=10.000E-9 (0,1,0)
*XTF=10 (0,100.00E3,0)
*VTF=10 (0,100.00E3,0)
*ITF=1 (0,100.00E3,0)
*PTF=0 (0,360,0)
*TR=10.000E-9 (0,1,0)
*EG=1.0885 (.69,5,0)
*XTB=1.4132 (0,100.00E3,0)
*XTI=3 (.1,100.00E3,0)
*EndParam
*DEVICE=SS9012,PNP
* SS9012 PNP model
* created using Model Editor release 10.5.0 on 11/27/08 at 09:05
* The Model Editor is a PSpice product.
.MODEL SS9012 PNP
+ IS=20.417E-15
+ BF=143.30
+ VAF=47.750
+ IKF=.57435
+ ISE=75.858E-15
+ NE=2
+ BR=14.345
+ NR=.999
+ VAR=86.140
+ IKR=.42651
+ ISC=1.5849E-15
+ NC=1.0087
+ RE=20.000E-3
+ RB=57.500
+ RC=.7426
+ CJE=35.100E-12
+ VJE=.866
+ MJE=.411
+ CJC=19.100E-12
+ VJC=.787
+ MJC=.394
+ TF=10.000E-9
+ XTF=10
+ VTF=10
+ ITF=1
+ TR=10.000E-9
+ EG=1.0885
+ XTB=1.4132
9013 模型数据
* SS9013 NPN EPITAXIAL SILICON TRANSISTOR ELECTRICAL PARAMETERS
*—————————————————————
* Vcbo (40V) & Vceo (20V)
* 1W Output Amplifier of Potable Radios in Class B Push-pull Operation.
*—————————————————————
* MODEL PARAMETERS FROM MEASURED DATA: SS9013-HBU
*—————————————————————
*BeginSpec
*JV: Ic/Ib=10
*OA: Vce=1
*FB: Vce=1
*VV: Ic/Ib=10
*CB:
*EB:
*ST: Ic/Ib=10
*GB: Vce=10
*EndSpec
*BeginTrace
*JV: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*OA: 1,1,100.00E-6,.1,1,3,0,0,-1 (27)
*FB: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*VV: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*CB: 0,1,.1,50,1,3,0,0,-1 (27)
*EB: 0,1,.1,10,1,3,0,0,-1 (27)
*ST: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*GB: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*EndTrace
*BeginParam
*IS=34.068E-15 (10.000E-21,1.0000E-6,0)
*BF=200 (1,1.5000E3,0)
*NF=1 (.8,1.2000,0)
*VAF=67 (0,1.0000E3,0)
*IKF=1.1640 (10.000E-3,20,0)
*ISE=12.368E-15 (0,1,0)
*NE=2 (1,2,0)
*BR=15.173 (.1,500,0)
*NR=1 (.1,5,0)
*VAR=40.840 (0,1.0000E3,0)
*IKR=.26135 (10.000E-3,20,0)
*ISC=1.9055E-15 (0,1,0)
*NC=1.0660 (1,3,0)
*NK=.5 (.1,5,0)
*RE=20.000E-3 (0,100.00E3,0)
*RB=63.200 (0,100,0)
*RC=.7426 (0,100.00E3,0)
*CJE=35.300E-12 (0,1,0)
*VJE=.808 (.35,1.5000,0)
*MJE=.372 (.1,1,0)
*CJC=17.400E-12 (0,1,0)
*VJC=.614 (.35,1.5000,0)
*MJC=.388 (.1,1,0)
*FC=.5 (.1,1.5000,0)
*TF=10.000E-9 (0,1,0)
*XTF=10 (0,100.00E3,0)
*VTF=10 (0,100.00E3,0)
*ITF=1 (0,100.00E3,0)
*PTF=0 (0,360,0)
*TR=10.000E-9 (0,1,0)
*EG=1.0999 (.69,5,0)
*XTB=1.4025 (0,100.00E3,0)
*XTI=3 (.1,100.00E3,0)
*EndParam
*DEVICE=SS9013,NPN
* SS9013 NPN model
* updated using Model Editor release 10.5.0 on 11/28/08 at 08:11
* The Model Editor is a PSpice product.
.MODEL SS9013 NPN
+ IS=34.068E-15
+ BF=200
+ VAF=67
+ IKF=1.1640
+ ISE=12.368E-15
+ NE=2
+ BR=15.173
+ VAR=40.840
+ IKR=.26135
+ ISC=1.9055E-15
+ NC=1.0660
+ RE=20.000E-3
+ RB=63.200
+ RC=.7426
+ CJE=35.300E-12
+ VJE=.808
+ MJE=.372
+ CJC=17.400E-12
+ VJC=.614
+ MJC=.388
+ TF=10.000E-9
+ XTF=10
+ VTF=10
+ ITF=1
+ TR=10.000E-9
+ EG=1.0999
+ XTB=1.4025
9014 模型数据
********** PRE-AMPLIFIER, LOW LEVEL & LOW NOISE **********
** Product: SS9014
** Package: TO-92
** Terminals: Emitter(1) Base(2) Collector(3)
*BeginSpec
*JV: Ic/Ib=10
*OA: Vce=1
*FB: Vce=1
*VV: Ic/Ib=10
*CB:
*EB:
*ST: Ic/Ib=10
*GB: Vce=10
*EndSpec
*BeginTrace
*JV: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*OA: 1,1,100.00E-6,.1,1,3,0,0,-1 (27)
*FB: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*VV: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*CB: 0,1,.1,50,1,3,0,0,-1 (27)
*EB: 0,1,.1,10,1,3,0,0,-1 (27)
*ST: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*GB: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*EndTrace
*BeginParam
*IS=10.000E-15 (10.000E-21,1.0000E-6,0)
*BF=100 (1,1.5000E3,0)
*NF=1 (.8,1.2000,0)
*VAF=123 (0,1.0000E3,0)
*IKF=1.1841 (10.000E-3,20,0)
*ISE=4.7863E-15 (0,1,0)
*NE=1.5000 (1,2,0)
*BR=4.7900 (.1,500,0)
*NR=1 (.1,5,0)
*VAR=11.290 (0,1.0000E3,0)
*IKR=.27542 (10.000E-3,20,0)
*ISC=14.454E-15 (0,1,0)
*NC=1.5000 (1,3,0)
*NK=1.1930 (.1,5,0)
*RE=.56 (0,100.00E3,0)
*RB=200 (0,100,0)
*RC=5 (0,100.00E3,0)
*CJE=17.205E-12 (0,1,0)
*VJE=.69059 (.35,1.5000,0)
*MJE=.31934 (.1,1,0)
*CJC=6.2956E-12 (0,1,0)
*VJC=.41642 (.35,1.5000,0)
*MJC=.25595 (.1,1,0)
*FC=.5 (.1,1.5000,0)
*TF=589.46E-12 (0,1,0)
*XTF=10 (0,100.00E3,0)
*VTF=10 (0,100.00E3,0)
*ITF=1 (0,100.00E3,0)
*PTF=0 (0,360,0)
*TR=10.000E-9 (0,1,0)
*EG=1.2415 (.69,5,0)
*XTB=1.8881 (0,100.00E3,0)
*XTI=3 (.1,100.00E3,0)
*EndParam
*DEVICE=SS9014,NPN
* SS9014 NPN model
* created using Model Editor release 10.5.0 on 11/27/08 at 09:05
* The Model Editor is a PSpice product.
.MODEL SS9014 NPN
+ IS=10.000E-15
+ VAF=123 VAR = 11.29 IKF = 1.1841
+ IKF=1.1841
+ ISE=4.7863E-15
+ BR=4.7900 NR = 1 ISE = 4.7863E-15
+ VAR=11.290 IKF = 1.1841
+ IKR=.27542 NK = 1.193 RB = 200
+ ISC=14.454E-15 NC = 1.5
+ NC=1.5000
+ NK=1.1930 RB = 200
+ RE=.56
+ RB=200
+ RC=5 CJE = 1.7205E-11 VJE = 0.6905907
+ CJE=17.205E-12 VJE = 0.6905907
+ VJE=.69059
+ MJE=.31934 FC = 0.5 CJC = 6.295649E-12
+ CJC=6.2956E-12
+ VJC=.41642 MJC = 0.2559546 TF = 5.89463E-10
+ MJC=.25595 TF = 5.89463E-10
+ TF=589.46E-12
+ XTF=10
+ VTF=10
+ ITF=1
+ TR=10.000E-9
+ EG=1.2415 XTI = 3
+ XTB=1.8881 EG = 1.2415 XTI = 3
9015 模型数据
***************** Discrete PNP Electrical Parameter ********************
* Product: SS9015
* Package: TO-92
* Low Frequency, Low Noise Amplifier
* Terminals : Emitter(1) Base(2) Collector(3)
* ——————————————————————-
*BeginSpec
*JV: Ic/Ib=10
*OA: Vce=-1
*FB: Vce=-1
*VV: Ic/Ib=10
*CB:
*EB:
*ST: Ic/Ib=10
*GB: Vce=-10
*EndSpec
*BeginTrace
*JV: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*OA: 1,1,100.00E-6,.1,1,3,0,0,-1 (27)
*FB: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*VV: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*CB: 0,1,.1,50,1,3,0,0,-1 (27)
*EB: 0,1,.1,10,1,3,0,0,-1 (27)
*ST: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*GB: 0,1,100.00E-6,.1,1,3,0,0,-1 (27)
*EndTrace
*BeginParam
*IS=28.760E-15 (10.000E-21,1.0000E-6,0)
*BF=125.50 (1,1.5000E3,0)
*NF=1 (.8,1.2000,0)
*VAF=123 (0,1.0000E3,0)
*IKF=.6041 (10.000E-3,20,0)
*ISE=4.7863E-15 (0,1,0)
*NE=1.5000 (1,2,0)
*BR=4.7900 (.1,500,0)
*NR=1 (.1,5,0)
*VAR=11.290 (0,1.0000E3,0)
*IKR=.27542 (10.000E-3,20,0)
*ISC=14.454E-15 (0,1,0)
*NC=1.5000 (1,3,0)
*NK=1.2930 (.1,5,0)
*RE=.56 (0,100.00E3,0)
*RB=200 (0,100,0)
*RC=5 (0,100.00E3,0)
*CJE=2.0000E-12 (0,1,0)
*VJE=.75 (.35,1.5000,0)
*MJE=.33 (.1,1,0)
*CJC=20.956E-12 (0,1,0)
*VJC=.51642 (.35,1.5000,0)
*MJC=.65595 (.1,1,0)
*FC=.5 (.1,1.5000,0)
*TF=837.66E-12 (0,1,0)
*XTF=10 (0,100.00E3,0)
*VTF=10 (0,100.00E3,0)
*ITF=1 (0,100.00E3,0)
*PTF=0 (0,360,0)
*TR=10.000E-9 (0,1,0)
*EG=1.1100 (.69,5,0)
*XTB=0 (0,100.00E3,0)
*XTI=3 (.1,100.00E3,0)
*EndParam
*DEVICE=SS9015,PNP
* SS9015 PNP model
* created using Model Editor release 10.5.0 on 11/27/08 at 09:05
* The Model Editor is a PSpice product.
.MODEL SS9015 PNP
+ IS=28.760E-15 BF = 125.5 NF = 1
+ BF=125.50 NF = 1
+ VAF=123 VAR = 11.29 IKF = 0.6041
+ IKF=.6041
+ ISE=4.7863E-15
+ BR=4.7900 NR = 1 ISE = 4.7863E-15
+ VAR=11.290 IKF = 0.6041
+ IKR=.27542 NK = 1.293 RB = 200
+ ISC=14.454E-15 NC = 1.5
+ NC=1.5000
+ NK=1.2930 RB = 200
+ RE=.56
+ RB=200
+ RC=5 CJC = 2.095649E-11 VJC = 0.5164212
+ CJE=2.0000E-12
+ CJC=20.956E-12 VJC = 0.5164212
+ VJC=.51642
+ MJC=.65595 TF = 8.37658E-10 XCJC = 0.451391
+ TF=837.66E-12 XCJC = 0.451391
+ XTF=10
+ VTF=10
+ ITF=1
+ TR=10.000E-9
常见 JFET 的 SPICE 模型
.model 2N4860 NJF(Beta=6.313m Betatce=-.5 Rd=1 Rs=1 Lambda=10m Vto=-2.998 + Vtotc=-2.5m Is=205.2f Isr=1.988p N=1 Nr=2 Xti=3 Alpha=20.98u + Vk=123.7 Cgd=15.92p M=.4069 Pb=1 Fc=.5 Cgs=14.16p Kf=84.47E-18 + Af=1 mfg=NS) * National pid=51 case=TO18 * 88-07-13 bam BVmin=30 *$ .model 2N4860A NJF(Beta=6.313m Betatce=-.5 Rd=1 Rs=1 Lambda=10m Vto=-2.998 + Vtotc=-2.5m Is=205.2f Isr=1.988p N=1 Nr=2 Xti=3 Alpha=20.98u + Vk=123.7 Cgd=5.34p M=.4069 Pb=1 Fc=.5 Cgs=4.74p Kf=84.47E-18 + Af=1 mfg=NS) * National pid=51 case=TO18 * 88-07-13 bam BVmin=30 *$ .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 2N4117 NJF(Beta=33.07u Betatce=-.5 Rd=1 Rs=1 Lambda=13m Vto=-1.2 Vtotc=-2.5m Is=5.261f Isr=51.03f N=1 Nr=2 Xti=3 Alpha=797.9n Vk=90.45 Cgd=3.94p M=.4335 Pb=1 Fc=.5 Cgs=4.93p Kf=45.61E-18 Af=1 mfg=Fairchild) .model 2N4118 NJF(Beta=52.58u Betatce=-.5 Rd=1 Rs=1 Lambda=15m Vto=-1.732 Vtotc=-2.5m Is=5.261f Isr=51.03f N=1 Nr=2 Xti=3 Alpha=797.9n Vk=90.45 Cgd=3.94p M=.4335 Pb=1 Fc=.5 Cgs=4.93p Kf=76.7E-18 Af=1 mfg=Fairchild) .model 2N4119 NJF(Beta=68.08u Betatce=-.5 Rd=1 Rs=1 Lambda=19m Vto=-2.536 Vtotc=-2.5m Is=5.261f Isr=51.03f N=1 Nr=2 Xti=3 Alpha=797.9n Vk=90.45 Cgd=3.94p M=.4335 Pb=1 Fc=.5 Cgs=4.93p Kf=101.8E-18 Af=1 mfg=Fairchild) .model 2N4338 NJF(Beta=781u Betatce=-.5 Rd=1 Rs=1 Lambda=1.167m Vto=-.6606 Vtotc=-2.5m Is=114.5f Isr=1.091p N=1 Nr=2 Xti=3 Alpha=506.8u Vk=251.7 Cgd=2.8p M=.2271 Pb=.5 Fc=.5 Cgs=2.916p Kf=2.918E-18 Af=1 mfg=Fairchild) .model 2N4416 NJF(Beta=989.4u Betatce=-.5 Rd=1 Rs=1 Lambda=5.5m Vto=-3.06 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=7.445E-18 Af=1 mfg=Fairchild) .model 2N4393 NJF(Beta=9.109m Betatce=-.5 Rd=1 Rs=1 Lambda=6m Vto=-1.422 Vtotc=-2.5m Is=205.2f Isr=1.988p N=1 Nr=2 Xti=3 Alpha=20.98u Vk=123.7 Cgd=4.57p M=.4069 Pb=1 Fc=.5 Cgs=4.06p Kf=123E-18 Af=1 mfg=Fairchild) .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 U309 NJF(Beta=5.04m Betatce=-.5 Rd=1 Rs=1 Lambda=14m Vto=-2.026 Vtotc=-2.5m Is=193.9f Isr=1.881p N=1 Nr=2 Xti=3 Alpha=7.533u Vk=74.1 Cgd=5p M=.4647 Pb=1 Fc=.5 Cgs=5p Kf=69.01E-18 Af=1 mfg=Fairchild) .model 2N5114 PJF(Beta=510.2u Betatce=-.5 Rd=1 Rs=1 Lambda=40m Vto=-8.095 Vtotc=-2.5m Is=461.5f Isr=4.402p N=1 Nr=2 Xti=3 Alpha=32.54u Vk=393.2 Cgd=6.5p M=.2789 Pb=1 Fc=.5 Cgs=9p Kf=32.96E-18 Af=1 mfg=Fairchild) .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)
Agilent 安捷伦 常用检波二极管 RF/MICROWAVE Detector Diode SPICE 模型
.MODEL 1N5711W D( IS=315n RS=2.80 BV=70.0 IBV=10.0u
+ CJO=2.00p M=0.333 N=2.03 TT=1.44n MFG=AGILENT)
.MODEL HSMS-280x D( IS=3E-8 RS=30 BV=75 IBV=10E-5
+ CJO=1.6p M=0.5 N=1.08 EG=0.69 PB=0.65 PT=2 MFG=AGILENT)
.MODEL HSMS-281x D( IS=48E-8 RS=10 BV=25 IBV=10E-5
+ CJO=1.1p M=0.5 N=1.08 EG=0.69 PB=0.65 PT=2 MFG=AGILENT)
.MODEL HSMS-285x D( IS=3.0E-6 RS=25 BV=3.8 IBV=3.0E-4
+ CJO=0.18p M=0.5 N=1.06 EG=0.69 PB=0.35 PT=2 MFG=AGILENT)
