*NPN with xbase in Base;without sink; emitter area: 5*7 layout:C1
..model VN5x7 NPN
*********************** DC *********************************
+ IS=9.552E-18 BF=126.7701 NF=0.9874
+ VAF=347.3644 IKF=4.2019E-03 ISE=8.9224E-18
+ NE=1.297 BR=0.0608 NR=0.9696
+ VAR=17.7281 IKR=3.70E-05 ISC=3.7332E-16
+ NC=1.105 RB=920.2121 IRB=1.2612E-07
+ RBM=120.2978 RE=2.2603 RC=513.2474
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=8.58E-14 VJE=0.7358 MJE=0.3609
+ CJC=8.0E-14 VJC=0.5672 MJC=0.3615
+ CJS=4.04E-13 VJS=0.4817 MJS=0.2432
+ FC=0.75 XCJC=0.28
********************* Transit Time ***************************
+ TF=3.83E-10 XTF=30.2 VTF=36.8
+ ITF=0.155 TR=3.83E-8 PTF=20.09
********************* Temperature ****************************
+ XTB=1.52 XTI=6.8 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*############################################################
*NPN with xbase in Base; without sink; emitter area: 7*10 layout:C2
..model VN7x10 NPN
*********************** DC *********************************
+ IS=2.0245E-17 BF=145.4 NF=0.9862
+ VAF=257.8896 IKF=5.9978E-03 ISE=2.8207E-17
+ NE=1.367 BR=0.1031 NR=0.9709
+ VAR=13.9911 IKR=3.7014E-05 ISC=6.6693E-16
+ NC=1.2525 RB=915.2617 IRB=6.1845E-08
+ RBM=110.0 RE=1.139 RC=436.0558
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=1.34E-13 VJE=0.7358 MJE=0.3609
+ CJC=1.04E-13 VJC=0.5672 MJC=0.3615
+ CJS=4.4E-13 VJS=0.4817 MJS=0.2432
+ FC=0.75 XCJC=0.35
********************* Transit Time ***************************
+ TF=3.83E-10 XTF=30.2 VTF=36.8
+ ITF=0.155 TR=3.83E-8 PTF=20.09
********************* Temperature ****************************
+ XTB=1.52 XTI=6.8 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*############################################################
*NPN with xbase in Base; without sink; emitter area: 14*20 layout:C4
..model VN14x20 NPN
*********************** DC *********************************
+ IS=1.0012E-16 BF=202.3095 NF=0.9885
+ VAF=175.5107 IKF=0.0194 ISE=1.1693E-17
+ NE=1.2421 BR=0.3593 NR=0.9769
+ VAR=11.0 IKR=1.5312E-04 ISC=9.4351E-15
+ NC=1.4645 RB=950.68 IRB=6.025E-08
+ RBM=112.75 RE=0.625 RC=245.1432
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=3.52E-13 VJE=0.7358 MJE=0.3609
+ CJC=1.93E-13 VJC=0.5672 MJC=0.3615
+ CJS=5.61E-13 VJS=0.4817 MJS=0.2432
+ FC=0.75 XCJC=0.51
********************* Transit Time ***************************
+ TF=3.83E-10 XTF=30.2 VTF=36.8
+ ITF=0.155 TR=3.83E-8 PTF=20.09
********************* Temperature ****************************
+ XTB=1.52 XTI=6.8 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*############################################################
*NPN with xbase in Base; with sink; emitter area: 5*7 layout 1
..model VN5x7_D NPN
*********************** DC *********************************
+ IS=9.552E-18 BF=126.7701 NF=0.9874
+ VAF=347.3644 IKF=4.2019E-03 ISE=8.739E-18
+ NE=1.3104 BR=0.0643 NR=0.9677
+ VAR=16.0 IKR=3.70E-05 ISC=3.7332E-16
+ NC=1.11 RB=1070.1514 IRB=7.0133E-08
+ RBM=115.3788 RE=2.2039 RC=55.205
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=8.58E-14 VJE=0.7358 MJE=0.3609
+ CJC=8.4E-14 VJC=0.5672 MJC=0.3615
+ CJS=4.52E-13 VJS=0.4817 MJS=0.2432
+ FC=0.75 XCJC=0.27
********************* Transit Time ***************************
+ TF=3.83E-10 XTF=30.2 VTF=36.8
+ ITF=0.155 TR=3.83E-8 PTF=20.09
********************* Temperature ****************************
+ XTB=1.52 XTI=6.8 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*############################################################
*NPN with xbase in Base; with sink; emitter area: 7*10 layout2
..model VN7x10_D NPN
*********************** DC *********************************
+ IS=2.2277E-17 BF=148.5208 NF=0.9886
+ VAF=264.7159 IKF=6.2729E-03 ISE=1.0055E-17
+ NE=1.269 BR=0.112 NR=0.9709
+ VAR=15.0 IKR=3.7014E-05 ISC=1.4935E-15
+ NC=1.2758 RB=1050.2617 IRB=8.1845E-08
+ RBM=100 RE=1.139 RC=36.6388
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=1.34E-13 VJE=0.7358 MJE=0.3609
+ CJC=1.07E-13 VJC=0.5672 MJC=0.3615
+ CJS=4.88E-13 VJS=0.4817 MJS=0.2432
+ FC=0.75 XCJC=0.34
********************* Transit Time ***************************
+ TF=3.83E-10 XTF=30.2 VTF=36.8
+ ITF=0.155 TR=3.83E-8 PTF=20.09
********************* Temperature ****************************
+ XTB=1.52 XTI=6.8 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*############################################################
*NPN with xbase in Base; with sink; emitter area: 14*20 layout4
..model VN14x20_D NPN
*********************** DC *********************************
+ IS=1.0094E-16 BF=205.8247 NF=0.9879
+ VAF=165.0298 IKF=0.0166 ISE=1.3827E-17
+ NE=1.2467 BR=0.4066 NR=0.9828
+ VAR=11.0 IKR=1.5312E-04 ISC=2.5081E-14
+ NC=1.4645 RB=1000.2 IRB=7.025E-08
+ RBM=95 RE=0.62 RC=16.069
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=3.52E-13 VJE=0.7358 MJE=0.3609
+ CJC=1.96E-13 VJC=0.5672 MJC=0.3615
+ CJS=6.12E-13 VJS=0.4817 MJS=0.2432
+ FC=0.75 XCJC=0.5
********************* Transit Time ***************************
+ TF=3.83E-10 XTF=30.2 VTF=36.8
+ ITF=0.155 TR=3.83E-8 PTF=20.09
********************* Temperature ****************************
+ XTB=1.52 XTI=6.8 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*############################################################
*NPN with xbase in Base; without sink; emitter area:7*10 layout:E2
..model VN7x10_2B NPN
*********************** DC *********************************
+ IS=2.0158E-17 BF=144.3997 NF=0.984
+ VAF=392.5397 IKF=6.1857E-03 ISE=1.5811E-17
+ NE=1.3065 BR=0.1008 NR=0.979
+ VAR=14.0 IKR=3.9235E-05 ISC=4.6279E-15
+ NC=1.3675 RB=457.63 IRB=7.1845E-08
+ RBM=55 RE=1.13916 RC=177.3992
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=1.34E-13 VJE=0.7358 MJE=0.3609
+ CJC=1.33E-13 VJC=0.5672 MJC=0.3615
+ CJS=5.28E-13 VJS=0.4817 MJS=0.2432
+ FC=0.75 XCJC=0.26
********************* Transit Time ***************************
+ TF=3.83E-10 XTF=30.2 VTF=36.8
+ ITF=0.155 TR=3.83E-8 PTF=20.09
********************* Temperature ****************************
+ XTB=1.52 XTI=6.8 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*############################################################
*NPN with xbase in Base; without sink; emitter area: 14*20 layout:E4
..model VN14x20_2B NPN
*********************** DC *********************************
+ IS=1.0262E-16 BF=187.0208 NF=0.989
+ VAF=186.3206 IKF=0.0201 ISE=1.2462E-17
+ NE=1.2334 BR=0.3712 NR=0.9828
+ VAR=11.0 IKR=1.5312E-04 ISC=1.1659E-14
+ NC=1.4188 RB=457.34 IRB=7.025E-08
+ RBM=56.375 RE=0.62 RC=97.92
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=3.52E-13 VJE=0.7358 MJE=0.3609
+ CJC=2.3E-13 VJC=0.5672 MJC=0.3615
+ CJS=6.55E-13 VJS=0.4817 MJS=0.2432
+ FC=0.75 XCJC=0.41
********************* Transit Time ***************************
+ TF=3.83E-10 XTF=30.2 VTF=36.8
+ ITF=0.155 TR=3.83E-8 PTF=20.09
********************* Temperature ****************************
+ XTB=1.52 XTI=6.8 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*############################################################
*LPNP Use pbase as emitter and collector;
*emitter diameter=5; Base_Width=10 layout:G2
..model LP7_10 PNP
*********************** DC *********************************
+ IS=1.2803E-16 BF=249.9792 NF=0.9928
+ VAF=64.5661 IKF=4.1779E-05 ISE=1.3864E-16
+ NE=1.4457 BR=28.0 NR=0.8777
+ VAR=16.356 IKR=1.6341E-05 ISC=2.616E-14
+ NC=1.608 RB=1.5048E+03 IRB=5.00E-06
+ RBM=410.4793 RE=70.7918 RC=416.1113
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=2.26E-14 VJE=0.5672 MJE=0.3615
+ CJC=2.88E-13 VJC=0.5672 MJC=0.3615
+ CJS=6.76E-13 VJS=0.4817 MJS=0.2432
+ FC=0.75 XCJC=0.06
********************* Transit Time ***************************
+ TF=3.46E-9 XTF=2.1267 VTF=16.6381
+ ITF=1.54e-6 TR=1e-7
********************* Temperature ****************************
+ XTB=0.1 XTI=6.7841 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*############################################################
*LPNP Use xbase as emitter and collector;
*emitter diameter=5; Base_Width=10 layout:H1
..model XP5_10 PNP
*********************** DC *********************************
+ IS=1.8475E-16 BF=738.0 NF=0.9943
+ VAF=60.4074 IKF=8.0694E-05 ISE=6.9407E-17
+ NE=1.4144 BR=53.5 NR=1.0019
+ VAR=14.946 IKR=7.599E-05 ISC=1.00E-14
+ NC=1.7 RB=1.5048E+03 IRB=5.00E-06
+ RBM=410.7533 RE=9.7918 RC=58.4963
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=6.616E-14 VJE=0.1232 MJE=0.4122
+ CJC=2.91E-13 VJC=0.5723 MJC=0.3711
+ CJS=7.03E-13 VJS=0.8604 MJS=0.1015
+ FC=0.75 XCJC=0.06
********************* Transit Time ***************************
+ TF=3.46E-9 XTF=2.1267 VTF=16.6381
+ ITF=1.54e-6 TR=1e-7
********************* Temperature ****************************
+ XTB=0.2228 XTI=3.903 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*############################################################
*LPNP Use pbase as emitter and collector;
*emitter diameter=7; Base_Width=8; layout:A4(PCM)
..model LP7_8 PNP
*********************** DC *********************************
+ IS=1.0217E-16 BF=308.174 NF=0.9852
+ VAF=47.2906 IKF=4.6032E-05 ISE=9.1437E-17
+ NE=1.398 BR=50.0 NR=0.828
+ VAR=14.1 IKR=2.664E-05 ISC=2.8755E-15
+ NC=1.2865 RB=1.52E+03 IRB=1.00E-08
+ RBM=225.709 RE=51.8019 RC=418.2542
+ Tref=27.0
********************** Capacitance ***************************
+ CJE=3.3E-14 VJE=0.5672 MJE=0.3615
+ CJC=2.91E-13 VJC=0.5672 MJC=0.3615
+ CJS=6.17E-13 VJS=0.4817 MJS=0.2432
+ FC=0.75 XCJC=0.07
********************* Transit Time ***************************
+ TF=3.46E-9 XTF=2.1267 VTF=16.6381
+ ITF=1.54e-6 TR=1e-7
********************* Temperature ****************************
+ XTB=0.1 XTI=6.7841 EG=1.11
********************* Noise **********************************
+ KF=0.00 AF=1.0
*############################################################
*##############################################################################################################
*Note:
* The Res formula is only applicable when the Res Length is larger than Width.
* The current flow on the Res(10* Rsheet) should not larger than 200uA
* Ri,Rp and Rx were tested with 5V reverse bias voltage between resistor and epi.
* Rn was tested with pbase floating.
* The Temperature is from -50 to 125C
* For three terminal resistance (dr for general diode, dd for zener diode)
..model Dr D ( bv=45 ibv=1.0E-5 is=3E-17)
..model Dd D ( bv=7 ibv=1.0E-5 is=3.34E-17)
*Ri---Implant resistor
..subckt Ri n1 n2 n3 l=length w=width kri=scale area=Sc
..param dl=0.8u dw=-0.52u
..param rsh=2393.4 ptc1=5.45e-3 ptc2=1e-5 pvc1=1.408e-2 pvc2=-6e-5 pt='temper'
..param tfac='1.0+ptc1*(pt-25.0)+ptc2*(pt-25.0)*(pt-25.0)'
d1 n1 n3 Dr
d2 n2 n3 Dr
r1 n1 n2 '(rsh*((l-dl)/(w-dw))+1000/area)*(1+pvc1*(v(n3,n1)+v(n3,n2))/2+pvc2*(v(n3,n1)+v(n3,n2))/2*(v(n3,n1)+v(n3,n2))/2)*tfac*kri'
..ends Ri
*Rp---Pbase resistor
..subckt Rb n1 n2 n3 l=length w=width krb=scale area=Sc
..param dl=0.5u dw=-0.45u
..param rsh=214.3 ptc1=1.73e-3 ptc2=6.505e-6 pvc1=1.46e-3 pvc2=-2e-5 pt='temper'
..param tfac='1.0+ptc1*(pt-25.0)+ptc2*(pt-25.0)*(pt-25.0)'
d1 n1 n3 Dr
d2 n2 n3 Dr
r1 n1 n2 '(rsh*((l-dl)/(w-dw))+1000/area)*(1+pvc1*(v(n3,n1)+v(n3,n2))/2+pvc2*(v(n3,n1)+v(n3,n2))/2*(v(n3,n1)+v(n3,n2))/2)*tfac*krb'
..ends Rb |
/2 
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发表于 2015-8-12 09:18:42
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