motrf.lib

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

* Version 1.1.0a
.SUBCKT BFS17 100 200 300 
LCL 100 199 2.8E-10 
LBL 200 201 3.2E-10 
LBB 201 299 8.4E-10 
LEL 300 301 3.2E-10 
LEB 301 399 8.4E-10 
CCB 201 199 6E-14 
CCE 199 301 2.4E-13 
CBE 201 301 1.2E-13 
X1 199 299 399 XBFS17 
.ENDS
********************
.SUBCKT XBFS17 1 2 3 
CBPAD 1 2 5E-14 
CEPAD 1 3 5E-14 
Q1 1 2 3 DBFS17 
.ENDS
********************
.MODEL DBFS17 NPN 
+ IS = 3.157E-16 
+ BF = 102 
+ NF = 0.9953 
+ VAF = 28 
+ IKF = 0.12 
+ ISE = 4.184E-15 
+ NE = 1.623 
+ BR = 46 
+ NR = 0.9952 
+ VAR = 9 
+ IKR = 0.022 
+ ISC = 1.004E-15 
+ NC = 1.108 
+ RB = 4 
+ IRB = 8E-05 
+ RBM = 4 
+ RE = 0.55 
+ RC = 2 
+ XTB = 0 
+ EG = 1.11 
+ XTI = 3 
+ CJE = 9.45E-13 
+ VJE = 0.676 
+ MJE = 0.2361 
+ CJC = 1.1E-12 
+ VJC = 0.5166 
+ MJC = 0.2761 
+ XCJC = 0.4 
+ TF = 6.7E-11 
+ XTF = 150 
+ VTF = 0.6 
+ ITF = 0.75 
+ PTF = 21 
+ TR = 1E-09 
+ FC = 0.96 
********************
* Version 1.1.0a

.SUBCKT MMBR521 100 200 300 

LCL 100 199 2.8E-10 

LBL 200 201 3.2E-10 

LBB 201 299 8.4E-10 

LEL 300 301 3.2E-10 

LEB 301 399 8.4E-10 

CCB 201 199 6E-14 

CCE 199 301 2.4E-13 

CBE 201 301 1.2E-13 

CCG 199 0 1E-13 

CBG 201 0 1E-13 

CEG 301 0 1E-13 

X1 199 299 399 XMMBR521

.ENDS

********************

.SUBCKT XMMBR521 100 200 300 

CEPAD 300 100 2.4E-13 

CBPAD 200 100 2.4E-13 

Q1 100 200 300 DMMBR521 

.ENDS

********************

.MODEL DMMBR521 PNP 

+ IS = 1.755E-15 

+ BF = 107 

+ NF = 1.004 

+ VAF = 15 

+ IKF = 0.13 

+ ISE = 2.178E-13 

+ NE = 1.51 

+ BR = 47 

+ NR = 0.9993 

+ VAR = 3 

+ IKR = 0.0038 

+ ISC = 4.18E-15 

+ NC = 1.283 

+ RB = 1 

+ IRB = 1.2E-05 

+ RBM = 0.3 

+ RE = 1 

+ RC = 8 

+ XTB = 0 

+ EG = 1.11 

+ XTI = 3 

+ CJE = 2.9E-12 

+ VJE = 0.83 

+ MJE = 0.38 

+ CJC = 1.7E-12 

+ VJC = 0.712 

+ MJC = 0.425 

+ XCJC = 0.5 

+ TF = 4.8E-11 

+ XTF = 9.936 

+ VTF = 0.8 

+ ITF = 0.2 

+ PTF = 10 

+ TR = 8.2E-09 

+ FC = 0.9 





********************



* Version 1.1.0a

.SUBCKT MMBR571 100 200 300 

LCL 100 199 2.8E-10 

LBL 200 201 3.2E-10 

LBB 201 299 8.4E-10 

LEL 300 301 3.2E-10 

LEB 301 399 8.4E-10 

CCB 201 199 6E-14 

CCE 199 301 2.4E-13 

CBE 201 301 1.2E-13 

X1 199 299 399 XMBR571 

.ENDS

********************

.SUBCKT XMBR571 1 2 3 

CBPAD 2 1 7E-14 

CEPAD 1 3 7E-14 

Q1 1 2 3 DMBR571 

.ENDS

********************



.MODEL DMBR571 NPN 

+ IS = 2.8E-15 

+ BF = 185 

+ NF = 1.005 

+ VAF = 22 

+ IKF = 10 

+ ISE = 2.093E-14 

+ NE = 1.641 

+ BR = 14 

+ NR = 1.005 

+ VAR = 2.2 

+ IKR = 0.25 

+ ISC = 1.196E-15 

+ NC = 1.1 

+ RB = 5 

+ IRB = 8E-05 

+ RBM = 5 

+ RE = 0.3 

+ RC = 1 

+ XTB = 0 

+ EG = 1.11 

+ XTI = 3 

+ CJE = 3E-12 

+ VJE = 0.92 

+ MJE = 0.44 

+ CJC = 1.8E-12 

+ VJC = 0.641 

+ MJC = 0.406 

+ XCJC = 0.15 

+ TF = 1.25E-11 

+ XTF = 500 

+ VTF = 1 

+ ITF = 2 

+ PTF = 55 

+ TR = 1E-09 

+ FC = 0.95 



********************



* Version 1.1.0a

.SUBCKT MMBR901 100 200 300 

LCL 100 199 2.8E-10 

LBL 200 201 3.2E-10 

LBB 201 299 8.4E-10 

LEL 300 301 3.2E-10 

LEB 301 399 8.4E-10 

CCB 201 199 6E-14 

CCE 199 301 2.4E-13 

CBE 201 301 1.2E-13 

X1 199 299 399 XMBR901 

.ENDS

********************

.SUBCKT XMBR901 1 2 3 

CBPAD 1 2 2.4E-13 

CEPAD 1 3 2.4E-13 

Q1 1 2 3 DMBR901 

.ENDS

********************



.MODEL DMBR901 NPN 

+ IS = 3.698E-16 

+ BF = 100 

+ NF = 1.003 

+ VAF = 46 

+ IKF = 0.7 

+ ISE = 8.812E-15 

+ NE = 1.573 

+ BR = 125.2 

+ NR = 0.9945 

+ VAR = 5 

+ IKR = 1 

+ ISC = 6.423E-15 

+ NC = 1.133 

+ RB = 3 

+ IRB = 8E-05 

+ RBM = 3 

+ RE = 0.4 

+ RC = 32 

+ XTB = 0 

+ EG = 1.11 

+ XTI = 3 

+ CJE = 1.6E-12 

+ VJE = 0.826 

+ MJE = 0.348 

+ CJC = 5.5E-13 

+ VJC = 0.604 

+ MJC = 0.315 

+ XCJC = 0.5 

+ TF = 1.6E-11 

+ XTF = 500 

+ VTF = 1.6 

+ ITF = 0.3 

+ PTF = 85 

+ TR = 1E-09 

+ FC = 0.95 



********************



* Version 1.1.0a

* The Gummel-Poon BJT model does not model the

* distributed resistance and capacitance of the base-

* collector region. Normally this is not a significant

* problem because most low-power RF parts have low

* overall base-region resistance (8-12 ohms). However,

* the MMBR931 device has a much higher overall

* resistance in the base, and so requires an improved

* distribution of base-collector resistance and

* capacitance.

* This improved distribution is accomplished by adding

* a 3-stage ladder of resistors and diodes between the

* external base and collector nodes of the Gummel-Poon

* model (see the XMBR931 sub-circuit). When the

* transitor is in the forward-active mode (B-E

* junction forward biased, B-C junction reverse

* biased), the diodes model the voltage-dependent

* capacitance of the B-C junction.

* If the B-C junction becomes forward-biased by a

* voltage greater than FC * VJC, the diodes are turned

* off, relative to the B-C junction of the BJT. This

* is accomplished by setting the saturation current

* (IS) of the diodes to 1/1000th that of the

* transistor. This model's accuracy when the B-C

* junction is forward-biased into diode turn-off

* region is unknown, and likely not usable.

********************

.SUBCKT MMBR931 100 200 300 

LCL 100 199 2.8E-10 

LBL 200 201 3.2E-10 

LBB 201 299 8.4E-10 

LEL 300 301 3.2E-10 

LEB 301 399 8.4E-10 

CCB 201 199 6E-14 

CCE 199 301 2.4E-13 

CBE 201 301 1.2E-13 

X1 199 299 399 XMBR931

.ENDS

*******************

.SUBCKT XMBR931 1 2 3 

RB1 2 4 6 

RB2 4 5 6 

RB3 5 6 40 

DBC1 2 1 A931BCEX 

DBC2 4 1 A931BCEX

DBC3 5 1 A931BCEX

CBPAD 2 1 1.2E-13 

CEPAD 3 1 1.2E-13 

Q1 1 6 3 DMBR931 

.ENDS

********************

.MODEL A931BCEX D 

+ IS = 2.865E-20 

+ TT = 2E-11 

+ CJO = 2.6E-14 

+ VJ = 0.25 

+ M = 0.18 

********************

.MODEL DMBR931 NPN 

+ IS = 2.865E-17 

+ BF = 100.5 

+ NF = 1 

+ VAF = 35 

+ IKF = 0.013 

+ ISE = 1.83E-14 

+ NE = 2.235 

+ BR = 3.934 

+ NR = 0.9992 

+ VAR = 4 

+ IKR = 0.001817 

+ ISC = 3.749E-17 

+ NC = 1.1 

+ RB = 1 

+ IRB = 1.992E-05 

+ RBM = 1 

+ RE = 1.3 

+ RC = 40 

+ XTB = 0 

+ EG = 1.11 

+ XTI = 3 

+ CJE = 1E-13 

+ VJE = 0.7 

+ MJE = 0.27 

+ CJC = 2.6E-14 

+ VJC = 0.25 

+ MJC = 0.18 

+ XCJC = 0.5 

+ TF = 2E-11 

+ XTF = 29 

+ VTF = 1.2 

+ ITF = 0.028 

+ PTF = 60 

+ TR = 1E-09 

+ FC = 0.5 



********************



* Version 1.1.0a

.SUBCKT MMBR941 100 200 300 

LCL 100 199 2.8E-10 

LBL 200 201 3.2E-10 

LBB 201 299 8.4E-10 

LEL 300 301 3.2E-10 

LEB 301 399 8.4E-10 

CCB 201 199 6E-14 

CCE 199 301 2.4E-13 

CBE 201 301 1.2E-13 

X1 199 299 399 XMBR941

.ENDS

********************

.SUBCKT XMBR941 1 2 3 

CBPAD 1 2 6.5E-14 

CEPAD 1 3 6.5E-14 

Q1 1 2 3 DMBR941 

.ENDS

********************



.MODEL DMBR941 NPN 

+ IS = 8.148E-16 

+ BF = 144 

+ NF = 1.002 

+ VAF = 20 

+ IKF = 0.7 

+ ISE = 1.902E-13 

+ NE = 2.077 

+ BR = 43.92 

+ NR = 1 

+ VAR = 2.5 

+ IKR = 0.00825 

+ ISC = 8.972E-16 

+ NC = 1.381 

+ RB = 9 

+ IRB = 8E-05 

+ RBM = 9 

+ RE = 0.48 

+ RC = 6 

+ XTB = 0 

+ EG = 1.11 

+ XTI = 3 

+ CJE = 8.85E-13 

+ VJE = 0.956 

+ MJE = 0.489 

+ CJC = 3.5E-13 

+ VJC = 0.57 

+ MJC = 0.2418 

+ XCJC = 0.3 

+ TF = 1.2E-11 

+ XTF = 500 

+ VTF = 5 

+ ITF = 1.3 

+ PTF = 70 

+ TR = 1E-09 

+ FC = 0.9 



********************



* Version 1.1.0a

.SUBCKT MMBR951 100 200 300 

LCL 100 199 2.8E-10 

LBL 200 201 3.2E-10 

LBB 201 299 8.4E-10 

LEL 300 301 3.2E-10 

LEB 301 399 8.4E-10 

CCB 201 199 6E-14 

CCE 199 301 2.4E-13 

CBE 201 301 1.2E-13 

X1 199 299 399 XMBR951

.ENDS

********************

.SUBCKT XMBR951 1 2 3 

CBPAD 2 1 9E-14 

CEPAD 1 3 9E-14 

Q1 1 2 3 DMBR951 

.ENDS

********************



.MODEL DMBR951 NPN 

+ IS = 8.633E-16 

+ BF = 105 

+ NF = 0.9909 

+ VAF = 26 

+ IKF = 100 

+ ISE = 1E-15 

+ NE = 1.356 

+ BR = 60 

+ NR = 0.9983 

+ VAR = 5 

+ IKR = 0.022 

+ ISC = 1.673E-16 

+ NC = 1.076 

+ RB = 5 

+ IRB = 8E-05 

+ RBM = 5 

+ RE = 0.33 

+ RC = 10 

+ XTB = 0