philifet.lib

[电子线路模拟仿真软件].TINA.Pro.V.6.Educational-141M.zip

VFB 14  0  0
FFB  2  1  VFB  1
CGD 13 14  64.2P
R1  13  0  1
D1  12 13  DLIM
DDG 15 14  DCGD
R2  12 15  1
D2  15  0  DLIM
DSD  3 10  DSUB
LS  30 40  3N
.MODEL DMOS NMOS (LEVEL = 3 THETA = 80M VMAX = 521K ETA = 2M VTO = 1.4 KP = .52)
.MODEL DCGD D (CJO = 64.2P VJ = .6 M = .68)
.MODEL DSUB D (IS = 1.45N N = 1.5 RS = 1.35 BV = 250 CJO = 64.5P VJ = .8 M = .42 TT = 102N)
.MODEL DLIM D (IS = 100U)
.ENDS
.SUBCKT BSN254A   10 20 40
* 10 = drain  20 = gate  40 = source
M1   1  2  3  3  DMOS L = 1U W = 1U
RD  10  1  2.85
RS  30  3  .151
RG  20  2  5
CGS  2  3  60P
EGD 12  0  2  1  1
VFB 14  0  0
FFB  2  1  VFB  1
CGD 13 14  64.2P
R1  13  0  1
D1  12 13  DLIM
DDG 15 14  DCGD
R2  12 15  1
D2  15  0  DLIM
DSD  3 10  DSUB
LS  30 40  3N
.MODEL DMOS NMOS (LEVEL = 3 THETA = 80M VMAX = 521K ETA = 2M VTO = 1.4 KP = .52)
.MODEL DCGD D (CJO = 64.2P VJ = .6 M = .68)
.MODEL DSUB D (IS = 1.45N N = 1.5 RS = 1.35 BV = 250 CJO = 64.5P VJ = .8 M = .42 TT = 102N)
.MODEL DLIM D (IS = 100U)
.ENDS
.SUBCKT BSN304 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  2 3 40.5E-12
Cgd1 2 4 135.8E-12
Cgd2 1 4 2.6E-12
M1 1 2 3 3 MOST1
M2 4 2 1 3 MOST2
D1 3 1 Dbody
.MODEL MOST1 NMOS(Level = 3 Kp = 20.95E-6 W = 28E-3 L = 2E-6 Rs = 20E-3 Vto = 1.5 Rd = 6.276)
.MODEL MOST2 NMOS(Vto = -3.8 Kp = 20.95E-6 W = 28E-3 L = 2E-6 Rs = 20E-3)
.MODEL Dbody D(Is = 7.368E-12 N = 1.072 Rs = .8316 Ikf = 0 Cjo = 150.3E-12 M = .5682
+              Vj = .3644 Bv = 300 Ibv = 10E-6 Tt = 432.8E-9)
.ENDS
.SUBCKT BSN304A 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  2 3 40.5E-12
Cgd1 2 4 135.8E-12
Cgd2 1 4 2.6E-12
M1 1 2 3 3 MOST1
M2 4 2 1 3 MOST2
D1 3 1 Dbody
.MODEL MOST1 NMOS(Level = 3 Kp = 20.95E-6 W = 28E-3 L = 2E-6 Rs = 20E-3 Vto = 1.5 Rd = 6.276)
.MODEL MOST2 NMOS(Vto = -3.8 Kp = 20.95E-6 W = 28E-3 L = 2E-6 Rs = 20E-3)
.MODEL Dbody D(Is = 7.368E-12 N = 1.072 Rs = .8316 Ikf = 0 Cjo = 150.3E-12 M = .5682
+              Vj = .3644 Bv = 300 Ibv = 10E-6 Tt = 432.8E-9)
.ENDS
.SUBCKT BSP100 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  6 3 190E-12
Cgd1 6 4 409E-12
Cgd2 1 4 50E-12
M1 5 6 3 3 MOST1
M2 4 6 5 3 MOST2
D1 3 5 Dbody
Rd 5 1 Rtemp 11e-3
Rg 2 6 22
.MODEL MOST1 NMOS(Level = 3 Vto = 1.6 Kp = 1.8e-7 Eta = 3e-6 W = 1 L = 0.1e-6
+                Rs = 0 Rd = 0 Ld = 0 Wd = 0 Uo = 500 Vmax = 4e7 
+                Xj = 5e-7 Kappa = 0.08 Nfs = 3e12 Theta = 5e-3 Tpg = 1
+                Cgbo = 0 Cgso = 0 Cgdo = 0 Delta = 0.1 Is = 0)
.MODEL MOST2 NMOS(Level = 3 Vto = -3.9 Kp = 1.8e-7 Eta = 3e-6 W = 7e-5 L = 0.1e-6
+                Rs = 0 Rd = 0 Ld = 0 Wd = 0 Uo = 500 Vmax = 0 
+                Xj = 0 Kappa = 0.2 Nfs = 0 Theta = 0 Tpg = 1
+                Cgbo = 0 Cgso = 0 Cgdo = 0 Delta = 0 Is = 0)
.MODEL Dbody D(Is = 1e-14 N = 0.9 Rs = 35e-3 Ikf = 1e3 Cjo = 0 M = 0.5 Vj = 0.4 
+                Bv = 30 Ibv = 10e-6 Tt = 40e-9)
.MODEL Rtemp RES(TC1 = 4.3e-3 TC2 = 4e-6)
.ENDS
.SUBCKT BSP110   10 20 40
* 10 = drain  20 = gate  40 = source
M1   1  2  3  3  DMOS L = 1U W = 1U
RD  10  1  2.13
RS  30  3  .113
RG  20  2  4.61
CGS  2  3  12P
EGD 12  0  2  1  1
VFB 14  0  0
FFB  2  1  VFB  1
CGD 13 14  41.1P
R1  13  0  1
D1  12 13  DLIM
DDG 15 14  DCGD
R2  12 15  1
D2  15  0  DLIM
DSD  3 10  DSUB
LS  30 40  7.5N
.MODEL DMOS NMOS (LEVEL = 3 THETA = 80M VMAX = 166K ETA = 2M VTO = 1.8 KP = .141)
.MODEL DCGD D (CJO = 41.1P VJ = .6 M = .68)
.MODEL DSUB D (IS = 1.34N N = 1.5 RS = 1.2 BV = 80 CJO = 29.8P VJ = .8 M = .42 TT = 100N)
.MODEL DLIM D (IS = 100U)
.ENDS
.SUBCKT BSP121 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  6 3 36.5e-12
Cgd1 6 4 123e-12
Cgd2 1 4 3.5e-12
M1 5 6 3 3 MOST1
M2 4 6 5 3 MOST2
D1 3 5 Dbody
Rd 5 1 Rtemp 4.1
Rg 2 6 10
.MODEL MOST1 NMOS(Level = 3 Vto = 1.8 Kp = 1.63e-7 Eta = 3e-6 W = 0.1 L = 0.1e-6
+                Rs = 0 Rd = 0 Ld = 0 Wd = 0 Uo = 500 Vmax = 4e7 
+                Xj = 5e-7 Kappa = 0.08 Nfs = 3e12 Theta = 5e-3 Tpg = 1
+                Cgbo = 0 Cgso = 0 Cgdo = 0 Delta = 0.1 Is = 0)
.MODEL MOST2 NMOS(Level = 3 Vto = -3.3 Kp = 1e-7 Eta = 3e-6 W = 5e-4 L = 0.1e-6
+                Rs = 0 Rd = 0 Ld = 0 Wd = 0 Uo = 500 Vmax = 0 
+                Xj = 0 Kappa = 0.2 Nfs = 0 Theta = 0 Tpg = 1
+                Cgbo = 0 Cgso = 0 Cgdo = 0 Delta = 0 Is = 0)
.MODEL Dbody D(Is = 1e-14 N = 0.8 Rs = 0 Ikf = 1e3 Cjo = 0 M = 0.5 Vj = 0.4
+                Bv = 200 Ibv = 10e-6 Tt = 40e-9)
.MODEL Rtemp RES(TC1 = 9e-3 TC2 = 3.1e-5)
.ENDS
.SUBCKT BSP126   10 20 40
* 10 = drain  20 = gate  40 = source
M1   1  2  3  3  DMOS L = 1U W = 1U
RD  10  1  2.85
RS  30  3  .151
RG  20  2  5
CGS  2  3  60P
EGD 12  0  2  1  1
VFB 14  0  0
FFB  2  1  VFB  1
CGD 13 14  64.2P
R1  13  0  1
D1  12 13  DLIM
DDG 15 14  DCGD
R2  12 15  1
D2  15  0  DLIM
DSD  3 10  DSUB
LS  30 40  3N
.MODEL DMOS NMOS (LEVEL = 3 THETA = 80M VMAX = 521K ETA = 2M VTO = 1.4 KP = .52)
.MODEL DCGD D (CJO = 64.2P VJ = .6 M = .68)
.MODEL DSUB D (IS = 1.45N N = 1.5 RS = 1.35 BV = 250 CJO = 64.5P VJ = .8 M = .42 TT = 102N)
.MODEL DLIM D (IS = 100U)
.ENDS
.SUBCKT BSP130 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  2 3 40.5E-12
Cgd1 2 4 135.8E-12
Cgd2 1 4 2.6E-12
M1 1 2 3 3 MOST1
M2 4 2 1 3 MOST2
D1 3 1 Dbody
.MODEL MOST1 NMOS(Level = 3 Kp = 20.95E-6 W = 28E-3 L = 2E-6 Rs = 20E-3 Vto = 1.5 Rd = 6.276)
.MODEL MOST2 NMOS(Vto = -3.8 Kp = 20.95E-6 W = 28E-3 L = 2E-6 Rs = 20E-3)
.MODEL Dbody D(Is = 7.368E-12 N = 1.072 Rs = .8316 Ikf = 0 Cjo = 150.3E-12 M = .5682
+              Vj = .3644 Bv = 300 Ibv = 10E-6 Tt = 432.8E-9)
.ENDS
.SUBCKT BSP204 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  2 3 32.3E-12
Cgd1 2 4 180E-12
Cgd2 1 4 6E-12
M1 1 2 3 3 MOST1
M2 4 2 1 3 MOST2
D1 1 3 Dbody
.MODEL MOST1 PMOS(LEVEL = 3 VTO = -1.6 W = 19m L = 2u KP = 10.61u RD = 8.781 RS = 20m)
.MODEL MOST2 PMOS(VTO = 2.84 W = 19m L = 2u KP = 10.61u RS = 20m)
.MODEL Dbody D(CJO = 115.9p VJ = 0.6634 M = 0.5435 IS = 880.8f N = 1.078 RS = 2.034
+              TT = 346.2n BV = 200 IBV = 10u)
.ENDS
.SUBCKT BSP204A 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  2 3 32.3E-12
Cgd1 2 4 180E-12
Cgd2 1 4 6E-12
M1 1 2 3 3 MOST1
M2 4 2 1 3 MOST2
D1 1 3 Dbody
.MODEL MOST1 PMOS(LEVEL = 3 VTO = -1.6 W = 19m L = 2u KP = 10.61u RD = 8.781 RS = 20m)
.MODEL MOST2 PMOS(VTO = 2.84 W = 19m L = 2u KP = 10.61u RS = 20m)
.MODEL Dbody D(CJO = 115.9p VJ = 0.6634 M = 0.5435 IS = 880.8f N = 1.078 RS = 2.034
+              TT = 346.2n BV = 200 IBV = 10u)
.ENDS
.SUBCKT BSP205 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  2 3 20.1E-12
Cgd1 2 4 57.1E-12
Cgd2 1 4 5E-12
M1 1 2 3 3 MOST1
M2 4 2 1 3 MOST2
D1 1 3 Dbody
.MODEL MOST1 PMOS(LEVEL = 3 VTO = -2.3 W = 7.6m L = 2u KP = 10.33u RD = 4.014 RS = 20m)
.MODEL MOST2 PMOS(VTO = 2.43 W = 7.6m L = 2u KP = 10.33u RS = 20m)
.MODEL Dbody D(CJO = 53.22E-12 VJ = 0.5392 M = 0.3583 IS = 75.32E-15 N = 1.016 RS = 1.245
+              TT = 86.56n BV = 60 IBV = 10u)
.ENDS
.SUBCKT BSP206 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  2 3 35.9E-12
Cgd1 2 4 95.1E-12
Cgd2 1 4 8E-12
M1 1 2 3 3 MOST1
M2 4 2 1 3 MOST2
D1 1 3 Dbody
.MODEL MOST1 PMOS(LEVEL = 3 VTO = -2.4 W = 19m L = 2u KP = 10.61u RD = 3.151 RS = 20m)
.MODEL MOST2 PMOS(VTO = 2.23 W = 19m L = 2u KP = 10.61u RS = 20m)
.MODEL Dbody D(CJO = 76.71p VJ = 0.5918 M = 0.3784 IS = 116.4f N = 1.013 RS = 1.96
+              TT = 92.33n BV = 60 IBV = 10u)
.ENDS
.SUBCKT BSP225   10 20 40
* 10 = drain  20 = gate  40 = source
M1   1  2  3  3  DMOS L = 1U W = 1U
RD  10  1  4.75
RS  30  3  .251
RG  20  2  6.67
CGS  2  3  59P
EGD 12  0  1  2  1
VFB 14  0  0
FFB  1  2  VFB  1
CGD 13 14  77P
R1  13  0  1
D1  12 13  DLIM
DDG 15 14  DCGD
R2  12 15  1
D2  15  0  DLIM
DSD 10  3  DSUB
LS  30 40  3N
.MODEL DMOS PMOS (LEVEL = 3 THETA = 80M VMAX = 521K ETA = 2m VTO = -1.8 KP = .195)
.MODEL DCGD D (CJO = 77P VJ = .6 M = .68)
.MODEL DSUB D (IS = 934P N = 1.5 RS = 2.11 BV = 250 CJO = 60.2P VJ = .8 M = .42 TT = 90.1N)
.MODEL DLIM D (IS = 100U)
.ENDS
.SUBCKT BSP230 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  2 3 41.3E-12
Cgd1 2 4 148.7E-12
Cgd2 1 4 5E-12
M1 1 2 3 3 MOST1
M2 4 2 1 3 MOST2
D1 1 3 Dbody
.MODEL MOST1 PMOS(LEVEL = 3 KP = 10.31e-6 W = 23e-3 L = 2e-6 Rs = 20e-3 VTO = -2.4 Rd = 13.06)
.MODEL MOST2 PMOS(VTO = 3.1 KP = 10.31e-6 W = 23e-3 L = 2e-6 Rs = 20e-3)
.MODEL Dbody D(Is = 1.493E-14 N = 0.9364 Rs = 2 CJO = 9.5E-11 VJ = 0.9919 M = 0.5697
+              TT = 865.6E-9 BV = 300 IBV = 10E-6)
.ENDS
.SUBCKT BSP250 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  6 3 216e-12
Cgd1 6 4 529e-12
Cgd2 1 4 50e-12
M1 5 6 3 3 MOST1
M2 4 6 5 3 MOST2
D1 1 3 Dbody
Rd 5 1 Rtemp 25e-3
Rg 2 6 50
.MODEL MOST1 PMOS(Level = 3 Vto = -1.6 Kp = 9.5e-8 Eta = 1e-5 W = 1 L = 0.1e-6
+                Rs = 0 Rd = 0 Ld = 0 Wd = 0 Uo = 500 Vmax = 4e7 
+                Xj = 5e-7 Kappa = 0.08 Nfs = 3e12 Theta = 5e-3 Tpg = 1
+                Cgbo = 0 Cgso = 0 Cgdo = 0 Delta = 0.1 Is = 0)
.MODEL MOST2 PMOS(Level = 3 Vto = 3.8 Kp = 9.5e-8 Eta = 1e-5 W = 1.5e-4 L = 0.1e-6
+                Rs = 0 Rd = 0 Ld = 0 Wd = 0 Uo = 500 Vmax = 0 
+                Xj = 0 Kappa = 0.2 Nfs = 0 Theta = 0 Tpg = 1
+                Cgbo = 0 Cgso = 0 Cgdo = 0 Delta = 0 Is = 0)
.MODEL Dbody D(Is = 1e-14 N = 1 Rs = 190e-3 Ikf = 1e3 Cjo = 0 M = 0.5 Vj = 0.4
+                Bv = 30 Ibv = 10e-6 Tt = 230e-9)
.MODEL Rtemp RES(TC1 = 4.15e-3 TC2 = 2e-6)
.ENDS
.SUBCKT BSP254   10 20 40
* 10 = drain  20 = gate  40 = source
M1   1  2  3  3  DMOS L = 1U W = 1U
RD  10  1  4.75
RS  30  3  .251
RG  20  2  6.67
CGS  2  3  59P
EGD 12  0  1  2  1
VFB 14  0  0
FFB  1  2  VFB  1
CGD 13 14  77P
R1  13  0  1
D1  12 13  DLIM
DDG 15 14  DCGD
R2  12 15  1
D2  15  0  DLIM
DSD 10  3  DSUB
LS  30 40  3N
.MODEL DMOS PMOS (LEVEL = 3 THETA = 80M VMAX = 521K ETA = 2m VTO = -1.8 KP = .195)
.MODEL DCGD D (CJO = 77P VJ = .6 M = .68)
.MODEL DSUB D (IS = 934P N = 1.5 RS = 2.11 BV = 250 CJO = 60.2P VJ = .8 M = .42 TT = 90.1N)
.MODEL DLIM D (IS = 100U)
.ENDS
.SUBCKT BSP254A   10 20 40
* 10 = drain  20 = gate  40 = source
M1   1  2  3  3  DMOS L = 1U W = 1U
RD  10  1  4.75
RS  30  3  .251
RG  20  2  6.67
CGS  2  3  59P
EGD 12  0  1  2  1
VFB 14  0  0
FFB  1  2  VFB  1
CGD 13 14  77P
R1  13  0  1
D1  12 13  DLIM
DDG 15 14  DCGD
R2  12 15  1
D2  15  0  DLIM
DSD 10  3  DSUB
LS  30 40  3N
.MODEL DMOS PMOS (LEVEL = 3 THETA = 80M VMAX = 521K ETA = 2m VTO = -1.8 KP = .195)
.MODEL DCGD D (CJO = 77P VJ = .6 M = .68)
.MODEL DSUB D (IS = 934P N = 1.5 RS = 2.11 BV = 250 CJO = 60.2P VJ = .8 M = .42 TT = 90.1N)
.MODEL DLIM D (IS = 100U)
.ENDS
.SUBCKT BSP304 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  2 3 41.3E-12
Cgd1 2 4 148.7E-12
Cgd2 1 4 5E-12
M1 1 2 3 3 MOST1
M2 4 2 1 3 MOST2
D1 1 3 Dbody
.MODEL MOST1 PMOS(LEVEL = 3 KP = 10.31e-6 W = 23e-3 L = 2e-6 Rs = 20e-3 VTO = -2.4 Rd = 13.06)
.MODEL MOST2 PMOS(VTO = 3.1 KP = 10.31e-6 W = 23e-3 L = 2e-6 Rs = 20e-3)
.MODEL Dbody D(Is = 1.493E-14 N = 0.9364 Rs = 2 CJO = 9.5E-11 VJ = 0.9919 M = 0.5697
+              TT = 865.6E-9 BV = 300 IBV = 10E-6)
.ENDS
.SUBCKT BSP304A 1 2 3
* 1 = drain  2 = gate  3 = source
Cgs  2 3 41.3E-12
Cgd1 2 4 148.7E-12
Cgd2 1 4 5E-12
M1 1 2 3 3 MOST1
M2 4 2 1 3 MOST2
D1 1 3 Dbody
.MODEL MOST1 PMOS(LEVEL = 3 KP = 10.31e-6 W = 23