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matching the BFP420 amplifier
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*******************************************************************
*
*     INFINEON SPICE MODEL LIBRARY for RF TRANSISTORS
*
*     Version 2.1
*     Date 2016/04/06
*
*     Copyright (C) 2016 by Infineon Technologies AG, Neubiberg, Germany
*     all rights reserved
*
*
*     This library contains the following RF Transistor models:
*
*     BFP181              BFP620F             BFP843              
*     BFP182W             BFP640              BFP843F             
*     BFP183              BFP640ESD           BFQ19S              
*     BFP183W             BFP640F             BFQ790              
*     BFP193              BFP640FESD          BFR106              
*     BFP193W             BFP650              BFR181W             
*     BFP196              BFP720              BFR182              
*     BFP196W             BFP720ESD           BFR182W             
*     BFP405              BFP720F             BFR193F             
*     BFP405F             BFP720FESD          BFR193W             
*     BFP410              BFP740              BFR340F             
*     BFP420              BFP740ESD           BFR35AP             
*     BFP420F             BFP740F             BFR380F             
*     BFP450              BFP740FESD          BFR740L3RH          
*     BFP460              BFP750              BFR840L3RHESD       
*     BFP520              BFP760              BFR843EL3           
*     BFP540              BFP780              BFR92P              
*     BFP540ESD           BFP840ESD           BFR93A              
*     BFP540FESD          BFP840FESD          BFR93AW             
*     BFP620              BFP842ESD           
*
*******************************************************************


.options gmin=1E-12 TNOM = 25


***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	6	GHZ
*	>>>	BFP181	<<<
*	(C)	2013	Infineon	Technologies	AG
*	Version	2.2	April	2016
***************************************************************
*.OPTION TNOM=25, GMIN= 1.00e-12
*BFP181 C B E1 E2
.SUBCKT BFP181 11 22 31 32
*
*
CBEPAR 2 3 2.314E-013
CBCPAR 2 1 1.606E-013
CCEPAR 1 3 7.249E-014
LE    33 30 1.346E-010
LB    22 20 6.47E-011
LC   1 11  5.33E-010
CBEPCK 20 30  3E-014
CBCPCK 20 1  1E-015
CCEPCK 1 30  2.871E-013
LBI    20 2 1.594E-009
LEI   30 3 1.265E-010
*
*
RE1 33 31 1E-03
RE2 33 32 1E-03
*
Q1 1 2 3  M_BFP181
*
.MODEL 	M_BFP181	NPN(
+	TNOM = 25
+	IS	=	8.27E-017
+	BF	=	128.4
+	NF	=	0.9958
+	VAF	=	94.57
+	IKF	=	0.5163
+	ISE	=	3.852E-016
+	NE	=	1.699
+	BR	=	26.32
+	NR	=	0.9952
+	VAR	=	3
+	IKR	=	0.02057
+	ISC	=	1.353E-016
+	NC	=	1.098
+	RB	=	15.88
+	IRB	=	0
+	RBM	=	0.5682
+	RE	=	0.7453
+	RC	=	5.362
+	XTB	=	1
+	EG	=	1.1
+	XTI	=	8
+	CJE	=	3.607E-013
+	VJE	=	0.9
+	MJE	=	0.415
+	TF	=	1.235E-011
+	XTF	=	709.4
+	VTF	=	2.139
+	ITF	=	0.5259
+	PTF	=	0.01612
+	CJC	=	1.107E-013
+	VJC	=	0.65
+	MJC	=	0.415
+	XCJC	=	0.8
+	TR	=	1.0e-9
+	CJS	=	0
+	MJS	=	0.415
+         VJS       =         0.6
+	FC	=	0.9999
+	KF	=	0
+	AF	=	1.5)
***************************************************************
*
*
.ENDS BFP181





***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	6	GHZ
*	>>>	BFP182W	<<<
*	(C)	2016	Infineon	Technologies	AG
*	Version	2.2	April	2016
***************************************************************
*.OPTION TNOM=25, GMIN= 1.00e-12
*BFP182W 11 22 31 32
.SUBCKT BFP182W 11 22 31 32
*
CBEPAR 2 3 1.845E-013
CBCPAR 2 1 1.214E-013
CCEPAR 1 3 2.612E-013
LE    33 30 5.704E-011
LB    22 20 3.238E-010
LC   11 1  1.528E-010
CBEPCK 20 30  4.385E-014
CBCPCK 20 1  5.938E-014
CCEPCK 1 30  7.835E-014
LBI    20 2 5.789E-010
LEI   30 3 2.496E-010
*
RE1 33 31 1E-03
RE2 33 32 1E-03
*
Q1 1 2 3 M_BFP182W
*
.MODEL 	M_BFP182W	NPN(
+	TNOM = 25
+	IS	=	1.385E-016
+	BF	=	116.3
+	NF	=	0.9927
+	VAF	=	59.54
+	IKF	=	0.1362
+	ISE	=	1.248E-015
+	NE	=	1.696
+	BR	=	12.93
+	NR	=	1.043
+	VAR	=	5.459
+	IKR	=	0.05998
+	ISC	=	4.797E-013
+	NC	=	1.7
+	RB	=	4.23122
+	IRB	=	0.0004044
+	RBM	=	2.86606
+	RE	=	0.1114
+	RC	=	0.2108
+	XTB	=	1.303
+	EG	=	1.11
+	XTI	=	6.548
+	CJE	=	6.822E-013
+	VJE	=	1.29
+	MJE	=	0.512
+	TF	=	1.61578E-011
+	XTF	=	42.7588
+	VTF	=	0.207506
+	ITF	=	0.0531166
+	PTF	=	2.186
+	CJC	=	2.333E-013
+	VJC	=	0.5457
+	MJC	=	0.303
+	XCJC	=	0.1928
+	TR	=	6.21733E-009
+	CJS	=	0
+	MJS	=	0
+         VJS       =         0.4215
+	FC	=	0.9999
+	KF	=	0
+	AF	=	1)
***************************************************************
*
*
.ENDS BFP182W




***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	6	GHZ
*	>>>	BFP183	<<<
*	(C)	2013	Infineon	Technologies	AG
*	Version	2.1	March	2014
***************************************************************
*.OPTION TNOM=25, GMIN= 1.00e-12
* BFP183 C B E1 E2
.SUBCKT BFP183 11 22 31 32
*
*
CBEPAR 2 3 		3.545E-013
CBCPAR 2 1 		2.832E-013
CCEPAR 1 3 		2.011E-013
LE    33 30 	1.026E-010
LB    22 20 	3.288E-010
LC    1 11  	5.596E-010
CBEPCK 20 30  	3.624E-014
CBCPCK 20 1  	2.731E-015
CCEPCK 1 30  	2.011E-013
LBI    20 2 	1.272E-009
LEI   30 3 		2.344E-010
*
*
RE1 33 31 1E-03
RE2 33 32 1E-03
*
Q1 1 2 3 M_BFP183
*
.MODEL 	M_BFP183	NPN(
+	TNOM = 25
+	IS	=	2.544E-016
+	BF	=	113.5
+	NF	=	1
+	VAF	=	63.03
+	IKF	=	0.1272
+	ISE	=	1.556E-015
+	NE	=	1.759
+	BR	=	5.978
+	NR	=	1.003
+	VAR	=	4.361
+	IKR	=	0.4623
+	ISC	=	1E-015
+	NC	=	1.473
+	RB	=	3.834
+	IRB	=	0
+	RBM	=	0.9
+	RE	=	0.2246
+	RC	=	3.279
+	XTB	=	1.303
+	EG	=	1.1
+	XTI	=	8.31
+	CJE	=	1.055E-012
+	VJE	=	0.9
+	MJE	=	0.415
+	TF	=	1.387E-011
+	XTF	=	31.05
+	VTF	=	3.031
+	ITF	=	0.3385
+	PTF	=	0.0003821
+	CJC	=	2.868E-013
+	VJC	=	0.612
+	MJC	=	0.4365
+	XCJC	=	0.8098
+	TR	=	6.038E-008
+	CJS	=	0
+	MJS	=	0.7041
+   VJS =   2.097
+	FC	=	0.9999
+	KF	=	8.931E-017
+	AF	=	1.512)
***************************************************************
*
.ENDS BFP183




***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	6	GHZ
*	>>>	BFP183W	<<<
*	(C)	2016	Infineon	Technologies	AG
*	Version	3.3	April	2016
***************************************************************
*.OPTION TNOM=25, GMIN= 1.00e-12
* BFP183W C B E1 E2
.SUBCKT BFP183W 11 22 31 32
*
*
CBEPAR 2 3 		4.752E-013
CBCPAR 2 1 		1.16E-013
CCEPAR 1 3 		3.745E-013
LE    33 30 	5.704E-011
LB    22 20 	3.238E-010
LC    1 11  	1.528E-010
CBEPCK 20 30  	4.385E-014
CBCPCK 20 1  	5.938E-014
CCEPCK 1 30  	1E-015
LBI    20 2 	5.789E-010
LEI   30 3 		2.496E-010
*
*
RE1 33 31 1E-03
RE2 33 32 1E-03
*
Q1 1 2 3 M_BFR183W
*
.MODEL 	M_BFR183W	NPN(
+	TNOM = 25
+	IS	=	4.0555E-016
+	BF	=	120.16
+	NF	=	1.013
+	VAF	=	69.8779
+	IKF	=	1.08187
+	ISE	=	3.85884E-015
+	NE	=	1.67
+	BR	=	9
+	NR	=	0.931634
+	VAR	=	3.337
+	IKR	=	0.1093
+	ISC	=	1.07227E-014
+	NC	=	1.76405
+	RB	=	2.47805
+	IRB	=	0
+	RBM	=	1.74561
+	RE	=	0.137736
+	RC	=	0.1525
+	XTB	=	1.303
+	EG	=	1.11
+	XTI	=	6.548
+	CJE	=	8.748E-013
+	VJE	=	1.196
+	MJE	=	0.6807
+	TF	=	1.40184E-011
+	XTF	=	16.6968
+	VTF	=	2.133
+	ITF	=	0.3481
+	PTF	=	0.07461
+	CJC	=	4.429E-013
+	VJC	=	0.6178
+	MJC	=	0.3175
+	XCJC	=	1
+	TR	=	1.7E-008
+	CJS	=	0
+	MJS	=	1
+   VJS =   1
+	FC	=	0.9999
+	KF	=	8.931E-017
+	AF	=	1.512)
***************************************************************
*
.ENDS BFP183W





***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	10	GHZ
*	>>>	BFP193	<<<
*	(C)	2016	Infineon	Technologies	AG
*	Version	3.1	March 2016
***************************************************************
*.OPTION TNOM=25, GMIN= 1.00e-15
*BFP193 C B E1 E2

.SUBCKT BFP193 11 22 31 32
CBEPAR 2 3 1.023E-012
CBCPAR 2 1 1.67E-013
CCEPAR 1 3 2.794E-013
LE    33 30 2.004E-010
LB    22 20 5.79E-010
LC   1 11  4.811E-010
CBEPCK 20 30  2.663E-014
CBCPCK 20 1  1.784E-014
CCEPCK 1 30  5.078E-015
LBI    20 2 7.03384E-010
LEI   30 3 3.26016E-010
*
RE1 33 31 1E-03
RE2 33 32 1E-03
*
Q1 1 2 3 M_BFP193
*
.MODEL 	M_BFP193	NPN(
+	TNOM=	25
+	IS	=	1.264E-016
+	BF	=	95.69
+	NF	=	0.9534
+	VAF	=	24
+	IKF	=	0.4339
+	ISE	=	5.313E-014
+	NE	=	1.935
+	BR	=	14.27
+	NR	=	1.429
+	VAR	=	3.874
+	IKR	=	0.03792
+	ISC	=	3.741E-017
+	NC	=	0.9437
+	RB	=	1.37
+	IRB	=	0.0009176
+	RBM	=	0.8324
+	RE	=	0.2085
+	RC	=	0.1194
+	XTB	=	1.303
+	EG	=	1.09
+	XTI	=	6.548
+	CJE	=	1.762E-012
+	VJE	=	0.8064
+	MJE	=	0.434
+	TF	=	1.635E-011
+	XTF	=	7.184
+	VTF	=	0.06635
+	ITF	=	0.1963
+	PTF	=	0.07041
+	CJC	=	8.907E-013
+	VJC	=	0.3925
+	MJC	=	0.2534
+	XCJC=	0.6394
+	TR	=	1.63E-008
+	CJS	=	0
+	MJS	=	0.99
+   VJS =   1
+	FC	=	0.6174
+	KF	=	8.931E-017
+	AF	=	1.512)
***************************************************************
*
*
.ENDS BFP193





***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	6	GHZ
*	>>>	BFP193W	<<<
*	(C)	2016	Infineon	Technologies	AG
*	Version	2.2	March 2016
***************************************************************
*.OPTION TNOM=25, GMIN= 1.00e-15
*BFP193W C B E1 E2
.SUBCKT BFP193W 11 22 31 32
*
*
CBEPAR 2 3 5.305E-013
CBCPAR 2 1 3.725E-013
CCEPAR 1 3 3.333E-013
LE    33 30 3.217E-011
LB    22 20 3.73E-011
LC   1 11  2.011E-010
CBEPCK 20 30  2E-014
CBCPCK 20 1  4E-014
CCEPCK 1 30  6E-014
LBI    20 2 7.443E-010
LEI   30 3 3.388E-010
*
*
RE1 33 31 1E-03
RE2 33 32 1E-03
*
*
Q1 1 2 3 M_BFP193W
*
.MODEL 	M_BFP193W	NPN (
+	TNOM=   25
+	IS	=	4.669E-016
+	BF	=	126.1
+	NF	=	0.9936
+	VAF	=	64.55
+	IKF	=	0.6219
+	ISE	=	3.166E-015
+	NE	=	1.767
+	BR	=	9
+	NR	=	1.025
+	VAR	=	3.214
+	IKR	=	0.075
+	ISC	=	8E-015
+	NC	=	2
+	RB	=	2.885
+	IRB	=	0
+	RBM	=	0.8613
+	RE	=	0.2616
+	RC	=	3.134
+	XTB	=	1.303
+	EG	=	1.09
+	XTI	=	6.548
+	CJE	=	2.221E-012
+	VJE	=	0.8816
+	MJE	=	0.3741
+	TF	=	1.383E-011
+	XTF	=	179.9
+	VTF	=	3.031
+	ITF	=	2.081
+	PTF	=	0.0397
+	CJC	=	5.633E-013
+	VJC	=	0.5935
+	MJC	=	0.3526
+	XCJC=	1
+	TR	=	1.48E-008
+	CJS	=	0
+	MJS	=	0
+   VJS =   0.7597
+	FC	=	0.9999
+	KF	=	8.931E-017
+	AF	=	1)
***************************************************************
*
*
.ENDS BFP193W





***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	6	GHZ
*	>>>	BFP196	<<<
*	(C)	2014	Infineon	Technologies	AG
*	Version	2.1	March	2014
***************************************************************
*.OPTION TNOM=25, GMIN= 1.00e-12
*BFP196 11 22 31 32
.SUBCKT BFP196 11 22 31 32
*
CBEPAR 2 3 7.236E-013
CBCPAR 2 1 5.761E-013
CCEPAR 1 3 1.43E-013
LE    33 30 2.471E-010
LB    22 20 3.37E-011
LC   11 1  4.631E-010
CBEPCK 20 30  1.5E-013
CBCPCK 20 1  3E-014
CCEPCK 1 30  1.832E-013
LBI    20 2 1.414E-009
LEI   30 3 2.766E-010
RE1 33 31 1E-03
RE2 33 32 1E-03
*
Q1 1 2 3 M_BFP196
*
.MODEL 	M_BFP196	NPN(
+	TNOM = 25
+	IS	=	9.366E-016
+	BF	=	107.7
+	NF	=	1
+	VAF	=	53.01
+	IKF	=	0.7147
+	ISE	=	6.616E-015
+	NE	=	1.888
+	BR	=	9.117
+	NR	=	1.013
+	VAR	=	4.377
+	IKR	=	0.001057
+	ISC	=	1.461E-014
+	NC	=	1.974
+	RB	=	5.303
+	IRB	=	2.424E-005
+	RBM	=	0.7806
+	RE	=	0.03041
+	RC	=	0.3741
+	XTB	=	0.8548
+	EG	=	1.111
+	XTI	=	9.516
+	CJE	=	3.916E-012
+	VJE	=	0.9
+	MJE	=	0.415
+	TF	=	1.553E-011
+	XTF	=	291.9
+	VTF	=	4
+	ITF	=	3.936
+	PTF	=	0.001
+	CJC	=	1E-012
+	VJC	=	0.6463
+	MJC	=	0.5166
+	XCJC	=	0.4567
+	TR	=	1E-009
+	CJS	=	0
+	MJS	=	0.4501
+         VJS       =         0.6
+	FC	=	0.509
+	KF	=	8.931E-017
+	AF	=	1.512)
***************************************************************
*
.ENDS BFP196





***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	6	GHZ
*	>>>	BFP196W	<<<
*	(C)	2016	Infineon	Technologies	AG
*	Version	2.2	March	2016
***************************************************************
*.OPTION TNOM=25, GMIN= 1.00e-12
*BFP196W C B E1 E2
.SUBCKT BFP196W 11 22 31 32
*
*
CBEPAR 2 3 1.2E-013
CBCPAR 2 1 7.844E-014
CCEPAR 1 3 3.498E-013
LE    33 30 1.015E-010
LB    22 20 4.236E-011
LC   1 11  2.817E-010
CBEPCK 20 30  1E-013
CBCPCK 20 1  9.69E-014
CCEPCK 1 30  8.868E-014
LBI    20 2 7.351E-010
LEI   30 3 1.754E-010
RE1 33 31 1E-03
RE2 33 32 1E-03
*
Q1 1 2 3 M_BFP196W
*
.MODEL 	M_BFP196W	NPN(
+	TNOM = 25
+	IS	=	8.079E-016
+	BF	=	116.3
+	NF	=	0.9936
+	VAF	=	32.47
+	IKF	=	0.436
+	ISE	=	8.832E-015
+	NE	=	1.845
+	BR	=	9.117
+	NR	=	1
+	VAR	=	3.152
+	IKR	=	0.4253
+	ISC	=	1.854E-014
+	NC	=	2
+	RB	=	2.151
+	IRB	=	0
+	RBM	=	0.4429
+	RE	=	0.1105
+	RC	=	0.629
+	XTB	=	1.303
+	EG	=	1.1
+	XTI	=	6.548
+	CJE	=	4.386E-012
+	VJE	=	0.8631
+	MJE	=	0.3378
+	TF	=	9E-012
+	XTF	=	12.99
+	VTF	=	1.823
+	ITF	=	0.3266
+	PTF	=	0.2043
+	CJC	=	1.45E-012
+	VJC	=	0.552
+	MJC	=	0.2504
+	XCJC	=	1
+	TR	=	1.456E-008
+	CJS	=	0
+	MJS	=	0.3753
+         VJS       =         0.783
+	FC	=	0.9999
+	KF	=	8.931E-017
+	AF	=	1.512)
***************************************************************
*
*
.ENDS BFP196W




***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	6         GHZ
*	>>>	BFP405	<<<
*	(C)	2012	Infineon	Technologies	AG
*	Version 2.1	January	2012
***************************************************************
* - Please use the global SPICE GP parameter TEMP to specify the
*	junction temperature of the device in your application to get
*	correct simulation results. This procedure is necessary because
*	the GP model does not consider the self heating of the device.
* - TEMP is calculated by TEMP=TA+Pdc*(RthJS+RthSA). The junction
*   temperature TEMP is the sum of the ambient temperature TA and
*   the increment of temperature caused by the dissipated DC power Pdc.
* - RthJS is the thermal resistance between the junction and the
*   soldering point. RthJS for this device is 555 K/W. RthSA is the
*   thermal resistance of the PCB, from the soldering point to the
*   ambient. For determination of RthSA please refer to Infineon's
*   Application Note "Thermal Resistance Calculation" AN077.
* - The model has been verified in the junction temperature range
*   -25C to +125C.
* - TNOM=25 C is the nominal ambient temperature during measurement
*   for the parameter extraction. Please do not change this value.
****************************************************************
*.OPTION TNOM=25, GMIN= 1.00e-12
*BFP405 C B E1 E2
.SUBCKT BFP405 1 2 3 4
*
CBEPAR 22 33 1.122E-013
CBCPAR 22 11 4.514E-014
CCEPAR 11 33 1.61E-014
LB    22 20 6.485E-010
LE   33 30 1.968E-010
LC   11 10  6.833E-010
CBEPCK 20 30  6.219E-014
CBCPCK 20 10  7.843E-015
CCEPCK 10 30  6.427E-014
LBX    20 2 3.03E-010
LEX   30 35 6.285E-011
LCX   10 1  3.344E-010
*
RSUB 55 30 39.31
RE1 35 3 1E-03
RE2 35 4 1E-03
*
*
Diode_sub 55 11 M_Diode_sub
*
Q1 11 22 33 55 M_BFP405
*
.MODEL M_Diode_sub D(
+	IS	=	2.266E-015
+	N	=	1.02
+	RS	=	60.11
+	CJO	=	1E-014)
*
.MODEL 	M_BFP405  	NPN(
+	TNOM = 25
+	IS	=	1.222E-017
+	BF	=	146.8
+	NF	=	0.9965
+	VAF	=	45.14
+	IKF	=	0.2141
+	ISE	=	4.611E-015
+	NE	=	2
+	BR	=	14.57
+	NR	=	1
+	VAR	=	2.182
+	IKR	=	0.01198
+	ISC	=	1.456E-014
+	NC	=	2
+	RB	=	15.37
+	IRB	=	0
+	RBM	=	1.772
+	RE	=	0.9902
+	RC	=	3.012
+	XTB	=	-0.1945
+	EG	=	1.11
+	XTI	=	5.65
+	CJE	=	3.049E-013
+	VJE	=	0.9695
+	MJE	=	0.1352
+	TF	=	4.857E-012
+	XTF	=	13.32
+	VTF	=	3.5
+	ITF	=	0.3136
+	PTF	=	9.485E-010
+	CJC	=	3.378E-014
+	VJC	=	0.6367
+	MJC	=	0.4276
+	XCJC	=	0.7499
+	TR	=	0.0009978
+	CJS	=	2.2E-013
+	MJS	=	0.2876
+	VJS	=	0.6442
+	FC	=	0.5
+	KF	=	7.1E-10
+	AF	=	2.1)
***************************************************************
*
.ENDS BFP405





***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	12	GHZ
*	>>>	BFP405F	<<<
*	(C)	2014	Infineon	Technologies	AG
*	Version	3.1	October 2014
***************************************************************
*.OPTION GMIN= 1.00e-12
*BFP405F 111 22 31 32
.SUBCKT BFP405F 111 22 31 32
*
CBEPAR 2 3 1.298E-013
CBCPAR 2 10 3.516E-014
CCEPAR 10 3 1.546E-015
LEx    30 33 6.318E-011
LBx    20 22 3.058E-010
LCx    11 111 2.194E-010
CBEPCK 20 30  6.219E-014
CBCPCK 11 20  7.843E-015
CCEPCK 11 30  6.427E-014
LB   2 20 2.813E-010
LE   3 30 1.568E-010
LC   10 11  6.141E-010
*
RE1 33 31 1E-03
RE2 33 32 1E-03
*
RSub 4 30 39.31
Rcx 1 10 1
*
Diode_sub 4 1 M_Diode_sub
*
.MODEL M_Diode_sub D(
+	IS	=	3.5E-015
+	N	=	1.02
+	RS	=	1380
+	CJO	=	4E-014
+	TNOM	=	25)
*
Q1 1 2 3 4 M_BFP405F
*
.MODEL 	M_BFP405F	NPN(
+	TNOM	=	25
+	IS	=	9.786E-018
+	BF	=	122.6
+	NF	=	0.9944
+	VAF	=	55.11
+	IKF	=	0.17
+	ISE	=	2.521E-014
+	NE	=	2.458
+	BR	=	17.08
+	NR	=	0.9849
+	VAR	=	3
+	IKR	=	0.812
+	ISC	=	8.824E-017
+	NC	=	1.373
+	RB	=	28.06
+	IRB	=	0
+	RBM	=	7.073
+	RE	=	0.8343
+	RC	=	8.855
+	XTB	=	-0.1945
+	EG	=	1.11
+	XTI	=	5.65
+	CJE	=	9.201E-014
+	VJE	=	0.9622
+	MJE	=	0.4628
+	TF	=	5.026E-012
+	XTF	=	710.7
+	VTF	=	1.631
+	ITF	=	2.188
+	PTF	=	2.329E-008
+	CJC	=	2.974E-014
+	VJC	=	0.9104
+	MJC	=	0.7658
+	XCJC	=	0.7499
+	TR	=	1.879E-009
+	CJS	=	3.298E-013
+	MJS	=	0.5521
+         VJS       =         2
+	FC	=	0.5
+	KF	=	0
+	AF	=	1)
***************************************************************
*
*
.ENDS BFP405F





***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	12	GHZ
*	>>>	BFP410	<<<
*	(C)	2014	Infineon	Technologies	AG
*	Version	3.1	October 2014
***************************************************************
*.OPTION GMIN= 1.00e-12
*BFP410 111 22 31 32
.SUBCKT BFP410 111 22 31 32
*
CBEPAR 2 3 3.07788E-013
CBCPAR 2 10 6.2793E-014
CCEPAR 10 3 1.12531E-013
LEx    30 33 1.67697E-020
LBx    20 22 6.71048E-010
LCx    11 111 8.80072E-010
CBEPCK 20 30  6.219E-014
CBCPCK 11 20  7.843E-015
CCEPCK 11 30  6.427E-014
LB   2 20 3.23461E-010
LE   3 30 2.21759E-010
LC   10 11  2.45831E-010
*
RE1 33 31 1E-03
RE2 33 32 1E-03
*
RSub 4 30 260
Rcx 1 10 1
*
Diode_sub 4 1 M_Diode_sub
*
.MODEL M_Diode_sub D(
+	IS	=	6.662E-016
+	N	=	0.9692
+	RS	=	1380
+	CJO	=	4E-014
+	TNOM	=	25)
*
Q1 1 2 3 4 M_BFP410
*
.MODEL 	M_BFP410	NPN(
+	TNOM	=	25
+	IS	=	1.899E-017
+	BF	=	105.8
+	NF	=	0.9951
+	VAF	=	55.11
+	IKF	=	0.4494
+	ISE	=	7.029E-014
+	NE	=	2.811
+	BR	=	43.41
+	NR	=	0.9714
+	VAR	=	3.56
+	IKR	=	0.002084
+	ISC	=	1.441E-018
+	NC	=	20.56
+	RB	=	13.87
+	IRB	=	0
+	RBM	=	7.073
+	RE	=	0.3799
+	RC	=	4.224
+	XTB	=	-0.1945
+	EG	=	1.11
+	XTI	=	5.65
+	CJE	=	2.2012E-013
+	VJE	=	0.16
+	MJE	=	0.0865484
+	TF	=	4.42467E-012
+	XTF	=	17.2841
+	VTF	=	5.80018
+	ITF	=	0.611742
+	PTF	=	3.535E-008
+	CJC	=	5.36125E-014
+	VJC	=	1.20092
+	MJC	=	0.15027
+	XCJC	=	0.7499
+	TR	=	1.396E-009
+	CJS	=	1.33653E-013
+	MJS	=	0.275519
+         VJS       =         0.78109
+	FC	=	0.5
+	KF	=	0
+	AF	=	1)
***************************************************************
*
*
.ENDS BFP410





***************************************************************
*	Infineon	Technologies	AG
*	GUMMEL-POON	MODEL	IN	SPICE	2G6	SYNTAX
*	VALID	UP	TO	10	GHZ
*	>>>	BFP420	<<<
*	(C)	2012	Infineon	Technologies	AG
*	Version 2.1	January	2012
***************************************************************
* - Please use the global SPICE GP parameter TEMP to specify the
*	junction temperature of the device in your application to get
*	correct simulation results. This procedure is necessary because
*	the GP model does not consider the self heating of the device.
* - TEMP is calculated by TEMP=TA+Pdc*(RthJS+RthSA). The junction
*   temperature TEMP is the sum of the ambient temperature TA and
*   the increment of temperature caused by the dissipated DC power Pdc.
* - RthJS is the thermal resistance between the junction and the
*   soldering point. RthJS for this device is 260 K/W. RthSA is the
*   thermal resistance of the PCB, from the soldering point to the
*   ambient. For determination of RthSA please refer to Infineon's
*   Application Note "Thermal Resistance Calculation" AN077.
* - The model has been verified in the junction temperature range
*   -25C to +125C.
* - TNOM=25 C is the nominal ambient temperature during measurement
*   for the parameter extraction. Please do not change this value.
****************************************************************
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