MOTOROLA.LIB
资源名称:ewb50.rar [点击查看]
上传用户:hpy2008
上传日期:2008-06-23
资源大小:2967k
文件大小:47k
源码类别:
多国语言处理
开发平台:
Windows_Unix
- *******************************************************************************
- * *
- * *
- * *
- * ############################################################# *
- * # # *
- * # MTD10P06HDL # *
- * # # *
- * # Motorola TMOS Power FET # *
- * # 10 AMPERES # *
- * # 60 VOLTS # *
- * # RDS(on) = undef OHMS # *
- * # Package = TO220 # *
- * # # *
- * # This model was developed by # *
- * # Analogy, Inc. # *
- * # 9205 SW Gemini Dr. # *
- * # Beaverton, OR 97005 # *
- * # Copyright 1994 Analogy, Inc. # *
- * # All Rights Reserved # *
- * # # *
- * # The content of this model is subject to change # *
- * # without notice and may not be modified or altered # *
- * # without permission from Motorola, Inc. This model # *
- * # has been carefully checked and is believed to be # *
- * # accurate, however neither Analogy nor Motorola # *
- * # assume liability for the use of this model or the # *
- * # results obtained from using it. # *
- * # # *
- * # For more information regarding modeling services, # *
- * # model libraries or simulation products, please # *
- * # Analogy, Inc. (503) 626-9700. # *
- * # # *
- * ############################################################# *
- * *
- * *
- * *
- *******************************************************************************
- * There are four simulation models provided on this disk for the MTD10P06HDL
- * power mosfet. Three of the models are for use with SPICE based simulators
- * and the fourth model is for use with the SABER(TM) simulator from Analogy.
- *
- * The three SPICE models have identical parameter values and model structure
- * however the syntax is slightly modified in each model to support a variety
- * of SPICE simulators. The SPICE model is based on the available elements
- * in SPICE based electrical simulators and may have limited accuracy and
- * convergence capabilities due to fundamental limitations in SPICE based
- * simulators. Specifically, this model DOES NOT produce an accurate prediction
- * of some non-linear capacitance effects, non-linear leakage characteristics,
- * soft-knee breakdown, weak inversion characteristics, body diode forward and
- * reverse recovery mechanisms, and maximum device ratings.
- *
- * The SABER model is a more accurate model that includes all non-linear
- * capacitances, non-linear leakage characteristics, soft-knee breakdown, weak
- * inversion characteristics, body diode forward and reverse recovery mechanisms,
- * and maximum stress ratings. The model is available for use with the SABER(tm)
- * simulator from Analogy and is written in MAST(tm), an Analog Hardware
- * Description Language (AHDL). The SABER model is well suited for power circuit
- * simulation.
- ********************************************************************************
- *
- ********************************************************************************
- *
- * The model for this device is a subcircuit and can be used in the one of the
- * following formats in any spice compatible simulator.
- *
- * This model file contains 3 subcircuits with correct syntax for SPICE2G.6,
- * SPICE3C/D.X, HSPICE(tm) and PSPICE(tm). The user must call the proper subcircuit
- * in their netlist depending on the simulator they are using, e.g.:
- *
- * X<name> Nodes<N1, N2, N3> Model_Name
- *
- * where X<name> is the circuit specific name, Nodes<N1, N2, N3> are the
- * connection points for the device and Model_Name is the name of the model
- * provided in this model file.
- *
- * There are 3 nodes for this device.
- * The first is the Drain, the second is the Gate, and the third is the Source.
- * The Model_Name is: mtd10p06hdlG for Berkley 2G.6 and compatible simulators.
- * mtd10p06hdlD for Berkley 3C.X, 3D.X and HSPICE(tm) simulators.
- * mtd10p06hdlP for Microsim PSPICE(tm) simulator.
- * Example: X1 1 2 3 mtd10p06hdlX
- *
- ******* BERKLEY 2G.6 AND COMPATIBLE SIMULATORS *****************************
- ************************** INSTANTIATION **********************************
- .subckt mtd10p06hdlG 10 20 30
- *
- * 10 = Drain 20 = Gate 30 = Source
- *
- ******************************************************************************
- *
- *------------------------ EXTERNAL PARASITICS --------------------------------
- * PACKAGE INDUCTANCE
- *
- LDRAIN 10 11 4.5e-09
- LGATE 20 21 7.5e-09
- LSOURCE 30 31 7.5e-09
- *
- * RESISTANCES
- *
- RDRAIN1 4 11 0.08286 TC=0.004099,1.47717e-05
- RDRAIN2 4 5 0.001 TC=0.004099,1.47717e-05
- RSOURCE 31 6 0.03374 TC=-0.0001518,3.7026e-06
- RDBODY 8 30 0.8 TC=-0.01362,5.70097e-05
- *
- RGATE 21 2 5
- *
- *--------------------------------------------------------------------------
- *
- *--------------- CAPACITANCES AND BODY DIODE ------------------------------
- *
- DBODY 11 8 DBODY
- DGD 11 3 DGD
- CGDMAX 2 3 2.5e-09
- RGDMAX 2 3 1e+08
- CGS 2 6 7.919e-10
- *
- *--------------------------------------------------------------------------
- *
- *----------------------- CORE MOSFET --------------------------------------
- *
- M1 5 2 6 6 MAIN
- *
- *--------------------------------------------------------------------------
- *
- .MODEL MAIN PMOS (
- +LEVEL = 3
- +VTO = -2.239
- +KP = 23.4
- +GAMMA = 0.8
- +PHI = 0.6
- +LAMBDA = 0.001
- +RD = 0
- +RS = 0
- +CBD = 0
- +CBS = 0
- +IS = 1e-14
- +PB = 0.8
- +CGSO = 0
- +CGDO = 0
- +CGBO = 0
- +RSH = 0
- +CJ = 0
- +MJ = 0.5
- +CJSW = 0
- +MJSW = 0.33
- +JS = 1e-14
- +TOX = 1e-07
- +NSUB = 1e+15
- +NSS = 0
- +NFS = 2.982e+11
- +TPG = 1
- +XJ = 0
- +LD = 0
- +UO = 600
- +UCRIT = 0
- +UEXP = 0
- +UTRA = 0
- +VMAX = 0
- +NEFF = 1
- +KF = 0
- +AF = 1
- +FC = 0.5
- +DELTA = 0
- +THETA = 0
- +ETA = 0
- +KAPPA = 0.2)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DGD D (
- +IS = 1e-15
- +RS = 0
- +N = 1000
- +TT = 0
- +CJO = 9.571e-10
- +VJ = 0.1872
- +M = 0.5743
- +EG = 1.11
- +XTI = 3
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 10000
- +IBV = 0.001)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DBODY D (
- +IS = 1.496e-12
- +RS = 0
- +N = 1.041
- +TT = 1.45e-07
- +CJO = 7.513e-10
- +VJ = 0.8471
- +M = 0.4837
- +EG = 1.11
- +XTI = 4
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 77
- +IBV = 0.00025)
- .ENDS
- ***** BERKLEY 3C.X, 3D.X AND HSPICE(tm) SIMULATORS ***************************
- ************************** INSTANTIATION **********************************
- .subckt mtd10p06hdlC 10 20 30
- *
- * 10 = Drain 20 = Gate 30 = Source
- *
- ******************************************************************************
- *
- *------------------------ EXTERNAL PARASITICS --------------------------------
- * PACKAGE INDUCTANCE
- *
- LDRAIN 10 11 4.5e-09
- LGATE 20 21 7.5e-09
- LSOURCE 30 31 7.5e-09
- *
- * RESISTANCES
- *
- RDRAIN1 4 11 0.08286 RDRAIN
- RDRAIN2 4 5 0.001 RDRAIN
- RSOURCE 31 6 0.03374 RSOURCE
- RDBODY 8 30 0.8 RDBODY
- *
- RGATE 21 2 5
- *
- *--------------------------------------------------------------------------
- *
- *--------------- CAPACITANCES AND BODY DIODE ------------------------------
- *
- DBODY 11 8 DBODY
- DGD 11 3 DGD
- CGDMAX 2 3 2.5e-09
- RGDMAX 2 3 1e+08
- CGS 2 6 7.919e-10
- *
- *--------------------------------------------------------------------------
- *
- *----------------------- CORE MOSFET --------------------------------------
- *
- M1 5 2 6 6 MAIN
- *
- *--------------------------------------------------------------------------
- *
- *.MODEL RDRAIN R (
- *+TC1 = 0.004099
- *+TC2 = 1.47717e-05)
- *
- *.MODEL RSOURCE R (
- *+TC1 = -0.0001518
- *+TC2 = 3.7026e-06)
- *
- *.MODEL RDBODY R (
- *+TC1 = -0.01362
- *+TC2 = 5.70097e-05)
- *
- *
- .MODEL MAIN PMOS (
- +LEVEL = 3
- +VTO = -2.239
- +KP = 23.4
- +GAMMA = 0.8
- +PHI = 0.6
- +LAMBDA = 0.001
- +RD = 0
- +RS = 0
- +CBD = 0
- +CBS = 0
- +IS = 1e-14
- +PB = 0.8
- +CGSO = 0
- +CGDO = 0
- +CGBO = 0
- +RSH = 0
- +CJ = 0
- +MJ = 0.5
- +CJSW = 0
- +MJSW = 0.33
- +JS = 1e-14
- +TOX = 1e-07
- +NSUB = 1e+15
- +NSS = 0
- +NFS = 2.982e+11
- +TPG = 1
- +XJ = 0
- +LD = 0
- +UO = 600
- +UCRIT = 0
- +UEXP = 0
- +UTRA = 0
- +VMAX = 0
- +NEFF = 1
- +KF = 0
- +AF = 1
- +FC = 0.5
- +DELTA = 0
- +THETA = 0
- +ETA = 0
- +KAPPA = 0.2)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DGD D (
- +IS = 1e-15
- +RS = 0
- +N = 1000
- +TT = 0
- +CJO = 9.571e-10
- +VJ = 0.1872
- +M = 0.5743
- +EG = 1.11
- +XTI = 3
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 10000
- +IBV = 0.001)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DBODY D (
- +IS = 1.496e-12
- +RS = 0
- +N = 1.041
- +TT = 1.45e-07
- +CJO = 7.513e-10
- +VJ = 0.8471
- +M = 0.4837
- +EG = 1.11
- +XTI = 4
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 77
- +IBV = 0.00025)
- .ENDS
- ***** MICROSIM PSPICE(tm) SIMULATORS *****************************************
- ************************** INSTANTIATION **********************************
- .subckt mtd10p06hdlP 10 20 30
- *
- * 10 = Drain 20 = Gate 30 = Source
- *
- ******************************************************************************
- *
- *------------------------ EXTERNAL PARASITICS --------------------------------
- * PACKAGE INDUCTANCE
- *
- LDRAIN 10 11 4.5e-09
- LGATE 20 21 7.5e-09
- LSOURCE 30 31 7.5e-09
- *
- * RESISTANCES
- *
- RDRAIN1 4 11 RDRAIN 0.08286
- RDRAIN2 4 5 RDRAIN 0.001
- RSOURCE 31 6 RSOURCE 0.03374
- RDBODY 8 30 RDBODY 0.8
- *
- RGATE 21 2 5
- *
- *--------------------------------------------------------------------------
- *
- *--------------- CAPACITANCES AND BODY DIODE ------------------------------
- *
- DBODY 11 8 DBODY
- DGD 11 3 DGD
- CGDMAX 2 3 2.5e-09
- RGDMAX 2 3 1e+08
- CGS 2 6 7.919e-10
- *
- *--------------------------------------------------------------------------
- *
- *----------------------- CORE MOSFET --------------------------------------
- *
- M1 5 2 6 6 MAIN
- *
- *--------------------------------------------------------------------------
- *
- .MODEL RDRAIN RES (
- +TC1 = 0.004099
- +TC2 = 1.47717e-05)
- *
- .MODEL RSOURCE RES (
- +TC1 = -0.0001518
- +TC2 = 3.7026e-06)
- *
- .MODEL RDBODY RES (
- +TC1 = -0.01362
- +TC2 = 5.70097e-05)
- *
- *
- .MODEL MAIN PMOS (
- +LEVEL = 3
- +VTO = -2.239
- +KP = 23.4
- +GAMMA = 0.8
- +PHI = 0.6
- +LAMBDA = 0.001
- +RD = 0
- +RS = 0
- +CBD = 0
- +CBS = 0
- +IS = 1e-14
- +PB = 0.8
- +CGSO = 0
- +CGDO = 0
- +CGBO = 0
- +RSH = 0
- +CJ = 0
- +MJ = 0.5
- +CJSW = 0
- +MJSW = 0.33
- +JS = 1e-14
- +TOX = 1e-07
- +NSUB = 1e+15
- +NSS = 0
- +NFS = 2.982e+11
- +TPG = 1
- +XJ = 0
- +LD = 0
- +UO = 600
- +UCRIT = 0
- +UEXP = 0
- +UTRA = 0
- +VMAX = 0
- +NEFF = 1
- +KF = 0
- +AF = 1
- +FC = 0.5
- +DELTA = 0
- +THETA = 0
- +ETA = 0
- +KAPPA = 0.2)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DGD D (
- +IS = 1e-15
- +RS = 0
- +N = 1000
- +TT = 0
- +CJO = 9.571e-10
- +VJ = 0.1872
- +M = 0.5743
- +EG = 1.11
- +XTI = 3
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 10000
- +IBV = 0.001)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DBODY D (
- +IS = 1.496e-12
- +RS = 0
- +N = 1.041
- +TT = 1.45e-07
- +CJO = 7.513e-10
- +VJ = 0.8471
- +M = 0.4837
- +EG = 1.11
- +XTI = 4
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 77
- +IBV = 0.00025)
- .ENDS
- *******************************************************************************
- * *
- * *
- * *
- * ############################################################# *
- * # # *
- * # MMSF3P02HD # *
- * # # *
- * # Motorola TMOS Power FET # *
- * # 3 AMPERES # *
- * # 20 VOLTS # *
- * # RDS(on) = .075 OHMS # *
- * # Package = SO-8 # *
- * # # *
- * # This model was developed by # *
- * # Analogy, Inc. # *
- * # 9205 SW Gemini Dr. # *
- * # Beaverton, OR 97005 # *
- * # Copyright 1994 Analogy, Inc. # *
- * # All Rights Reserved # *
- * # # *
- * # The content of this model is subject to change # *
- * # without notice and may not be modified or altered # *
- * # without permission from Motorola, Inc. This model # *
- * # has been carefully checked and is believed to be # *
- * # accurate, however neither Analogy nor Motorola # *
- * # assume liability for the use of this model or the # *
- * # results obtained from using it. # *
- * # # *
- * # For more information regarding modeling services, # *
- * # model libraries or simulation products, please # *
- * # Analogy, Inc. (503) 626-9700. # *
- * # # *
- * ############################################################# *
- * *
- * *
- * *
- *******************************************************************************
- * There are four simulation models provided on this disk for the MMSF3P02HD
- * power mosfet. Three of the models are for use with SPICE based simulators
- * and the fourth model is for use with the SABER(TM) simulator from Analogy.
- *
- * The three SPICE models have identical parameter values and model structure
- * however the syntax is slightly modified in each model to support a variety
- * of SPICE simulators. The SPICE model is based on the available elements
- * in SPICE based electrical simulators and may have limited accuracy and
- * convergence capabilities due to fundamental limitations in SPICE based
- * simulators. Specifically, this model DOES NOT produce an accurate prediction
- * of some non-linear capacitance effects, non-linear leakage characteristics,
- * soft-knee breakdown, weak inversion characteristics, body diode forward and
- * reverse recovery mechanisms, and maximum device ratings.
- *
- * The SABER model is a more accurate model that includes all non-linear
- * capacitances, non-linear leakage characteristics, soft-knee breakdown, weak
- * inversion characteristics, body diode forward and reverse recovery mechanisms,
- * and maximum stress ratings. The model is available for use with the SABER(tm)
- * simulator from Analogy and is written in MAST(tm), an Analog Hardware
- * Description Language (AHDL). The SABER model is well suited for power circuit
- * simulation.
- ********************************************************************************
- *
- ********************************************************************************
- *
- * The model for this device is a subcircuit and can be used in the one of the
- * following formats in any spice compatible simulator.
- *
- * This model file contains 3 subcircuits with correct syntax for SPICE2G.6,
- * SPICE3C/D.X, HSPICE(tm) and PSPICE(tm). The user must call the proper subcircuit
- * in their netlist depending on the simulator they are using, e.g.:
- *
- * X<name> Nodes<N1, N2, N3> Model_Name
- *
- * where X<name> is the circuit specific name, Nodes<N1, N2, N3> are the
- * connection points for the device and Model_Name is the name of the model
- * provided in this model file.
- *
- * There are 3 nodes for this device.
- * The first is the Drain, the second is the Gate, and the third is the Source.
- * The Model_Name is: mmsf3p02hdG for Berkley 2G.6 and compatible simulators.
- * mmsf3p02hdD for Berkley 3C.X, 3D.X and HSPICE(tm) simulators.
- * mmsf3p02hdP for Microsim PSPICE(tm) simulator.
- * Example: X1 1 2 3 mmsf3p02hdX
- *
- ******* BERKLEY 2G.6 AND COMPATIBLE SIMULATORS *****************************
- ************************** INSTANTIATION **********************************
- .subckt mmsf3p02hdG 10 20 30
- *
- * 10 = Drain 20 = Gate 30 = Source
- *
- ******************************************************************************
- *
- *------------------------ EXTERNAL PARASITICS --------------------------------
- * PACKAGE INDUCTANCE
- *
- LDRAIN 10 11 7.5e-09
- LGATE 20 21 4.5e-09
- LSOURCE 30 31 4.5e-09
- *
- * RESISTANCES
- *
- RDRAIN1 4 11 0.04938 TC=-0.003993,4.21478e-05
- RDRAIN2 4 5 0.001 TC=-0.003993,4.21478e-05
- RSOURCE 31 6 0.01649 TC=-0.0055,-1.73763e-05
- RDBODY 8 30 0.166 TC=0.01634,0.00019925
- *
- RGATE 21 2 5
- *
- *--------------------------------------------------------------------------
- *
- *--------------- CAPACITANCES AND BODY DIODE ------------------------------
- *
- DBODY 11 8 DBODY
- DGD 11 3 DGD
- CGDMAX 2 3 4.5e-09
- RGDMAX 2 3 1e+08
- CGS 2 6 9e-10
- *
- *--------------------------------------------------------------------------
- *
- *----------------------- CORE MOSFET --------------------------------------
- *
- M1 5 2 6 6 MAIN
- *
- *--------------------------------------------------------------------------
- *
- .MODEL MAIN PMOS (
- +LEVEL = 3
- +VTO = -2.194
- +KP = 14.71
- +GAMMA = 0.8
- +PHI = 0.6
- +LAMBDA = 0.001
- +RD = 0
- +RS = 0
- +CBD = 0
- +CBS = 0
- +IS = 1e-14
- +PB = 0.8
- +CGSO = 0
- +CGDO = 0
- +CGBO = 0
- +RSH = 0
- +CJ = 0
- +MJ = 0.5
- +CJSW = 0
- +MJSW = 0.33
- +JS = 1e-14
- +TOX = 1e-07
- +NSUB = 1e+15
- +NSS = 0
- +NFS = 2.5e+11
- +TPG = 1
- +XJ = 0
- +LD = 0
- +UO = 600
- +UCRIT = 0
- +UEXP = 0
- +UTRA = 0
- +VMAX = 0
- +NEFF = 1
- +KF = 0
- +AF = 1
- +FC = 0.5
- +DELTA = 0
- +THETA = 0
- +ETA = 5000
- +KAPPA = 0.2)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DGD D (
- +IS = 1e-15
- +RS = 0
- +N = 1000
- +TT = 0
- +CJO = 1.891e-09
- +VJ = 0.3367
- +M = 0.4348
- +EG = 1.11
- +XTI = 3
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 10000
- +IBV = 0.001)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DBODY D (
- +IS = 1.533e-12
- +RS = 0
- +N = 1.029
- +TT = 1e-12
- +CJO = 1.571e-09
- +VJ = 0.7699
- +M = 0.3859
- +EG = 1.11
- +XTI = 4
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 28.91
- +IBV = 0.00025)
- .ENDS
- ***** BERKLEY 3C.X, 3D.X AND HSPICE(tm) SIMULATORS ***************************
- ************************** INSTANTIATION **********************************
- .subckt mmsf3p02hdC 10 20 30
- *
- * 10 = Drain 20 = Gate 30 = Source
- *
- ******************************************************************************
- *
- *------------------------ EXTERNAL PARASITICS --------------------------------
- * PACKAGE INDUCTANCE
- *
- LDRAIN 10 11 7.5e-09
- LGATE 20 21 4.5e-09
- LSOURCE 30 31 4.5e-09
- *
- * RESISTANCES
- *
- RDRAIN1 4 11 0.04938 RDRAIN
- RDRAIN2 4 5 0.001 RDRAIN
- RSOURCE 31 6 0.01649 RSOURCE
- RDBODY 8 30 0.166 RDBODY
- *
- RGATE 21 2 5
- *
- *--------------------------------------------------------------------------
- *
- *--------------- CAPACITANCES AND BODY DIODE ------------------------------
- *
- DBODY 11 8 DBODY
- DGD 11 3 DGD
- CGDMAX 2 3 4.5e-09
- RGDMAX 2 3 1e+08
- CGS 2 6 9e-10
- *
- *--------------------------------------------------------------------------
- *
- *----------------------- CORE MOSFET --------------------------------------
- *
- M1 5 2 6 6 MAIN
- *
- *--------------------------------------------------------------------------
- *
- *.MODEL RDRAIN R (
- *+TC1 = -0.003993
- *+TC2 = 4.21478e-05)
- *
- *.MODEL RSOURCE R (
- *+TC1 = -0.0055
- *+TC2 = -1.73763e-05)
- *
- *.MODEL RDBODY R (
- *+TC1 = 0.01634
- *+TC2 = 0.00019925)
- *
- *
- .MODEL MAIN PMOS (
- +LEVEL = 3
- +VTO = -2.194
- +KP = 14.71
- +GAMMA = 0.8
- +PHI = 0.6
- +LAMBDA = 0.001
- +RD = 0
- +RS = 0
- +CBD = 0
- +CBS = 0
- +IS = 1e-14
- +PB = 0.8
- +CGSO = 0
- +CGDO = 0
- +CGBO = 0
- +RSH = 0
- +CJ = 0
- +MJ = 0.5
- +CJSW = 0
- +MJSW = 0.33
- +JS = 1e-14
- +TOX = 1e-07
- +NSUB = 1e+15
- +NSS = 0
- +NFS = 2.5e+11
- +TPG = 1
- +XJ = 0
- +LD = 0
- +UO = 600
- +UCRIT = 0
- +UEXP = 0
- +UTRA = 0
- +VMAX = 0
- +NEFF = 1
- +KF = 0
- +AF = 1
- +FC = 0.5
- +DELTA = 0
- +THETA = 0
- +ETA = 5000
- +KAPPA = 0.2)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DGD D (
- +IS = 1e-15
- +RS = 0
- +N = 1000
- +TT = 0
- +CJO = 1.891e-09
- +VJ = 0.3367
- +M = 0.4348
- +EG = 1.11
- +XTI = 3
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 10000
- +IBV = 0.001)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DBODY D (
- +IS = 1.533e-12
- +RS = 0
- +N = 1.029
- +TT = 1e-12
- +CJO = 1.571e-09
- +VJ = 0.7699
- +M = 0.3859
- +EG = 1.11
- +XTI = 4
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 28.91
- +IBV = 0.00025)
- .ENDS
- ***** MICROSIM PSPICE(tm) SIMULATORS *****************************************
- ************************** INSTANTIATION **********************************
- .subckt mmsf3p02hdP 10 20 30
- *
- * 10 = Drain 20 = Gate 30 = Source
- *
- ******************************************************************************
- *
- *------------------------ EXTERNAL PARASITICS --------------------------------
- * PACKAGE INDUCTANCE
- *
- LDRAIN 10 11 7.5e-09
- LGATE 20 21 4.5e-09
- LSOURCE 30 31 4.5e-09
- *
- * RESISTANCES
- *
- RDRAIN1 4 11 RDRAIN 0.04938
- RDRAIN2 4 5 RDRAIN 0.001
- RSOURCE 31 6 RSOURCE 0.01649
- RDBODY 8 30 RDBODY 0.166
- *
- RGATE 21 2 5
- *
- *--------------------------------------------------------------------------
- *
- *--------------- CAPACITANCES AND BODY DIODE ------------------------------
- *
- DBODY 11 8 DBODY
- DGD 11 3 DGD
- CGDMAX 2 3 4.5e-09
- RGDMAX 2 3 1e+08
- CGS 2 6 9e-10
- *
- *--------------------------------------------------------------------------
- *
- *----------------------- CORE MOSFET --------------------------------------
- *
- M1 5 2 6 6 MAIN
- *
- *--------------------------------------------------------------------------
- *
- .MODEL RDRAIN RES (
- +TC1 = -0.003993
- +TC2 = 4.21478e-05)
- *
- .MODEL RSOURCE RES (
- +TC1 = -0.0055
- +TC2 = -1.73763e-05)
- *
- .MODEL RDBODY RES (
- +TC1 = 0.01634
- +TC2 = 0.00019925)
- *
- *
- .MODEL MAIN PMOS (
- +LEVEL = 3
- +VTO = -2.194
- +KP = 14.71
- +GAMMA = 0.8
- +PHI = 0.6
- +LAMBDA = 0.001
- +RD = 0
- +RS = 0
- +CBD = 0
- +CBS = 0
- +IS = 1e-14
- +PB = 0.8
- +CGSO = 0
- +CGDO = 0
- +CGBO = 0
- +RSH = 0
- +CJ = 0
- +MJ = 0.5
- +CJSW = 0
- +MJSW = 0.33
- +JS = 1e-14
- +TOX = 1e-07
- +NSUB = 1e+15
- +NSS = 0
- +NFS = 2.5e+11
- +TPG = 1
- +XJ = 0
- +LD = 0
- +UO = 600
- +UCRIT = 0
- +UEXP = 0
- +UTRA = 0
- +VMAX = 0
- +NEFF = 1
- +KF = 0
- +AF = 1
- +FC = 0.5
- +DELTA = 0
- +THETA = 0
- +ETA = 5000
- +KAPPA = 0.2)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DGD D (
- +IS = 1e-15
- +RS = 0
- +N = 1000
- +TT = 0
- +CJO = 1.891e-09
- +VJ = 0.3367
- +M = 0.4348
- +EG = 1.11
- +XTI = 3
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 10000
- +IBV = 0.001)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DBODY D (
- +IS = 1.533e-12
- +RS = 0
- +N = 1.029
- +TT = 1e-12
- +CJO = 1.571e-09
- +VJ = 0.7699
- +M = 0.3859
- +EG = 1.11
- +XTI = 4
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 28.91
- +IBV = 0.00025)
- .ENDS
- *******************************************************************************
- * *
- * *
- * *
- * ############################################################# *
- * # # *
- * # MTD2955E # *
- * # # *
- * # Motorola TMOS Power FET # *
- * # 12 AMPERES # *
- * # 60 VOLTS # *
- * # RDS(on) = .3 OHMS # *
- * # Package = D-PAK # *
- * # # *
- * # This model was developed by # *
- * # Analogy, Inc. # *
- * # 9205 SW Gemini Dr. # *
- * # Beaverton, OR 97005 # *
- * # Copyright 1994 Analogy, Inc. # *
- * # All Rights Reserved # *
- * # # *
- * # The content of this model is subject to change # *
- * # without notice and may not be modified or altered # *
- * # without permission from Motorola, Inc. This model # *
- * # has been carefully checked and is believed to be # *
- * # accurate, however neither Analogy nor Motorola # *
- * # assume liability for the use of this model or the # *
- * # results obtained from using it. # *
- * # # *
- * # For more information regarding modeling services, # *
- * # model libraries or simulation products, please # *
- * # Analogy, Inc. (503) 626-9700. # *
- * # # *
- * ############################################################# *
- * *
- * *
- * *
- *******************************************************************************
- * There are four simulation models provided on this disk for the MTD2955E
- * power mosfet. Three of the models are for use with SPICE based simulators
- * and the fourth model is for use with the SABER(TM) simulator from Analogy.
- *
- * The three SPICE models have identical parameter values and model structure
- * however the syntax is slightly modified in each model to support a variety
- * of SPICE simulators. The SPICE model is based on the available elements
- * in SPICE based electrical simulators and may have limited accuracy and
- * convergence capabilities due to fundamental limitations in SPICE based
- * simulators. Specifically, this model DOES NOT produce an accurate prediction
- * of some non-linear capacitance effects, non-linear leakage characteristics,
- * soft-knee breakdown, weak inversion characteristics, body diode forward and
- * reverse recovery mechanisms, and maximum device ratings.
- *
- * The SABER model is a more accurate model that includes all non-linear
- * capacitances, non-linear leakage characteristics, soft-knee breakdown, weak
- * inversion characteristics, body diode forward and reverse recovery mechanisms,
- * and maximum stress ratings. The model is available for use with the SABER(tm)
- * simulator from Analogy and is written in MAST(tm), an Analog Hardware
- * Description Language (AHDL). The SABER model is well suited for power circuit
- * simulation.
- ********************************************************************************
- *
- ********************************************************************************
- *
- * The model for this device is a subcircuit and can be used in the one of the
- * following formats in any spice compatible simulator.
- *
- * This model file contains 3 subcircuits with correct syntax for SPICE2G.6,
- * SPICE3C/D.X, HSPICE(tm) and PSPICE(tm). The user must call the proper subcircuit
- * in their netlist depending on the simulator they are using, e.g.:
- *
- * X<name> Nodes<N1, N2, N3> Model_Name
- *
- * where X<name> is the circuit specific name, Nodes<N1, N2, N3> are the
- * connection points for the device and Model_Name is the name of the model
- * provided in this model file.
- *
- * There are 3 nodes for this device.
- * The first is the Drain, the second is the Gate, and the third is the Source.
- * The Model_Name is: mtd2955eG for Berkley 2G.6 and compatible simulators.
- * mtd2955eD for Berkley 3C.X, 3D.X and HSPICE(tm) simulators.
- * mtd2955eP for Microsim PSPICE(tm) simulator.
- * Example: X1 1 2 3 mtd2955eX
- *
- ******* BERKLEY 2G.6 AND COMPATIBLE SIMULATORS *****************************
- ************************** INSTANTIATION **********************************
- .subckt mtd2955eG 10 20 30
- *
- * 10 = Drain 20 = Gate 30 = Source
- *
- ******************************************************************************
- *
- *------------------------ EXTERNAL PARASITICS --------------------------------
- * PACKAGE INDUCTANCE
- *
- LDRAIN 10 11 4.5e-09
- LGATE 20 21 7.5e-09
- LSOURCE 30 31 7.5e-09
- *
- * RESISTANCES
- *
- RDRAIN1 4 11 0.1045 TC=0.00921634,1.12425e-05
- RDRAIN2 4 5 0.01 TC=0.00921634,1.12425e-05
- RSOURCE 31 6 0.095 TC=-0.000556269,1.04366e-06
- RDBODY 8 30 0.1269 TC=-0.00884122,3.75025e-05
- *
- RGATE 21 2 5
- *
- *--------------------------------------------------------------------------
- *
- *--------------- CAPACITANCES AND BODY DIODE ------------------------------
- *
- DBODY 11 8 DBODY
- DGD 11 3 DGD
- CGDMAX 2 3 3.3e-09
- RGDMAX 2 3 1e+08
- CGS 2 6 5.38e-10
- *
- *--------------------------------------------------------------------------
- *
- *----------------------- CORE MOSFET --------------------------------------
- *
- M1 5 2 6 6 MAIN
- *
- *--------------------------------------------------------------------------
- *
- .MODEL MAIN PMOS (
- +LEVEL = 3
- +VTO = -3.72
- +KP = 6.3
- +GAMMA = 1.5
- +PHI = 0.6
- +LAMBDA = 0
- +RD = 0
- +RS = 0
- +CBD = 0
- +CBS = 0
- +IS = 1e-14
- +PB = 0.8
- +CGSO = 0
- +CGDO = 0
- +CGBO = 0
- +RSH = 0
- +CJ = 0
- +MJ = 0.5
- +CJSW = 0
- +MJSW = 0.33
- +JS = 1e-14
- +TOX = 1e-07
- +NSUB = 1e+15
- +NSS = 0
- +NFS = 6.326e+11
- +TPG = 1
- +XJ = 0
- +LD = 0
- +UO = 600
- +UCRIT = 1000
- +UEXP = 0
- +UTRA = 0
- +VMAX = 0
- +NEFF = 1
- +KF = 0
- +AF = 1
- +FC = 0.5
- +DELTA = 0
- +THETA = 0
- +ETA = 0
- +KAPPA = 0.2)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DGD D (
- +IS = 1e-15
- +RS = 0
- +N = 1000
- +TT = 0
- +CJO = 2.75581e-10
- +VJ = 1.45842
- +M = 0.657579
- +EG = 1.11
- +XTI = 3
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 10000
- +IBV = 0.001)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DBODY D (
- +IS = 1.12093e-12
- +RS = 0
- +N = 1.05243
- +TT = 1.2e-07
- +CJO = 8.78927e-10
- +VJ = 0.821526
- +M = 0.421618
- +EG = 1.11
- +XTI = 4
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 74.2776
- +IBV = 0.00025)
- .ENDS
- ***** BERKLEY 3C.X, 3D.X AND HSPICE(tm) SIMULATORS ***************************
- ************************** INSTANTIATION **********************************
- .subckt mtd2955eC 10 20 30
- *
- * 10 = Drain 20 = Gate 30 = Source
- *
- ******************************************************************************
- *
- *------------------------ EXTERNAL PARASITICS --------------------------------
- * PACKAGE INDUCTANCE
- *
- LDRAIN 10 11 4.5e-09
- LGATE 20 21 7.5e-09
- LSOURCE 30 31 7.5e-09
- *
- * RESISTANCES
- *
- RDRAIN1 4 11 0.1045 RDRAIN
- RDRAIN2 4 5 0.01 RDRAIN
- RSOURCE 31 6 0.095 RSOURCE
- RDBODY 8 30 0.1269 RDBODY
- *
- RGATE 21 2 5
- *
- *--------------------------------------------------------------------------
- *
- *--------------- CAPACITANCES AND BODY DIODE ------------------------------
- *
- DBODY 11 8 DBODY
- DGD 11 3 DGD
- CGDMAX 2 3 3.3e-09
- RGDMAX 2 3 1e+08
- CGS 2 6 5.38e-10
- *
- *--------------------------------------------------------------------------
- *
- *----------------------- CORE MOSFET --------------------------------------
- *
- M1 5 2 6 6 MAIN
- *
- *--------------------------------------------------------------------------
- *
- *.MODEL RDRAIN R (
- *+TC1 = 0.00921634
- *+TC2 = 1.12425e-05)
- *
- *.MODEL RSOURCE R (
- *+TC1 = -0.000556269
- *+TC2 = 1.04366e-06)
- *
- *.MODEL RDBODY R (
- *+TC1 = -0.00884122
- *+TC2 = 3.75025e-05)
- *
- *
- .MODEL MAIN PMOS (
- +LEVEL = 3
- +VTO = -3.72
- +KP = 6.3
- +GAMMA = 1.5
- +PHI = 0.6
- +LAMBDA = 0
- +RD = 0
- +RS = 0
- +CBD = 0
- +CBS = 0
- +IS = 1e-14
- +PB = 0.8
- +CGSO = 0
- +CGDO = 0
- +CGBO = 0
- +RSH = 0
- +CJ = 0
- +MJ = 0.5
- +CJSW = 0
- +MJSW = 0.33
- +JS = 1e-14
- +TOX = 1e-07
- +NSUB = 1e+15
- +NSS = 0
- +NFS = 6.326e+11
- +TPG = 1
- +XJ = 0
- +LD = 0
- +UO = 600
- +UCRIT = 1000
- +UEXP = 0
- +UTRA = 0
- +VMAX = 0
- +NEFF = 1
- +KF = 0
- +AF = 1
- +FC = 0.5
- +DELTA = 0
- +THETA = 0
- +ETA = 0
- +KAPPA = 0.2)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DGD D (
- +IS = 1e-15
- +RS = 0
- +N = 1000
- +TT = 0
- +CJO = 2.75581e-10
- +VJ = 1.45842
- +M = 0.657579
- +EG = 1.11
- +XTI = 3
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 10000
- +IBV = 0.001)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DBODY D (
- +IS = 1.12093e-12
- +RS = 0
- +N = 1.05243
- +TT = 1.2e-07
- +CJO = 8.78927e-10
- +VJ = 0.821526
- +M = 0.421618
- +EG = 1.11
- +XTI = 4
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 74.2776
- +IBV = 0.00025)
- .ENDS
- ***** MICROSIM PSPICE(tm) SIMULATORS *****************************************
- ************************** INSTANTIATION **********************************
- .subckt mtd2955eP 10 20 30
- *
- * 10 = Drain 20 = Gate 30 = Source
- *
- ******************************************************************************
- *
- *------------------------ EXTERNAL PARASITICS --------------------------------
- * PACKAGE INDUCTANCE
- *
- LDRAIN 10 11 4.5e-09
- LGATE 20 21 7.5e-09
- LSOURCE 30 31 7.5e-09
- *
- * RESISTANCES
- *
- RDRAIN1 4 11 RDRAIN 0.1045
- RDRAIN2 4 5 RDRAIN 0.01
- RSOURCE 31 6 RSOURCE 0.095
- RDBODY 8 30 RDBODY 0.1269
- *
- RGATE 21 2 5
- *
- *--------------------------------------------------------------------------
- *
- *--------------- CAPACITANCES AND BODY DIODE ------------------------------
- *
- DBODY 11 8 DBODY
- DGD 11 3 DGD
- CGDMAX 2 3 3.3e-09
- RGDMAX 2 3 1e+08
- CGS 2 6 5.38e-10
- *
- *--------------------------------------------------------------------------
- *
- *----------------------- CORE MOSFET --------------------------------------
- *
- M1 5 2 6 6 MAIN
- *
- *--------------------------------------------------------------------------
- *
- .MODEL RDRAIN RES (
- +TC1 = 0.00921634
- +TC2 = 1.12425e-05)
- *
- .MODEL RSOURCE RES (
- +TC1 = -0.000556269
- +TC2 = 1.04366e-06)
- *
- .MODEL RDBODY RES (
- +TC1 = -0.00884122
- +TC2 = 3.75025e-05)
- *
- *
- .MODEL MAIN PMOS (
- +LEVEL = 3
- +VTO = -3.72
- +KP = 6.3
- +GAMMA = 1.5
- +PHI = 0.6
- +LAMBDA = 0
- +RD = 0
- +RS = 0
- +CBD = 0
- +CBS = 0
- +IS = 1e-14
- +PB = 0.8
- +CGSO = 0
- +CGDO = 0
- +CGBO = 0
- +RSH = 0
- +CJ = 0
- +MJ = 0.5
- +CJSW = 0
- +MJSW = 0.33
- +JS = 1e-14
- +TOX = 1e-07
- +NSUB = 1e+15
- +NSS = 0
- +NFS = 6.326e+11
- +TPG = 1
- +XJ = 0
- +LD = 0
- +UO = 600
- +UCRIT = 1000
- +UEXP = 0
- +UTRA = 0
- +VMAX = 0
- +NEFF = 1
- +KF = 0
- +AF = 1
- +FC = 0.5
- +DELTA = 0
- +THETA = 0
- +ETA = 0
- +KAPPA = 0.2)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DGD D (
- +IS = 1e-15
- +RS = 0
- +N = 1000
- +TT = 0
- +CJO = 2.75581e-10
- +VJ = 1.45842
- +M = 0.657579
- +EG = 1.11
- +XTI = 3
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 10000
- +IBV = 0.001)
- *
- *--------------------------------------------------------------------------
- *
- .MODEL DBODY D (
- +IS = 1.12093e-12
- +RS = 0
- +N = 1.05243
- +TT = 1.2e-07
- +CJO = 8.78927e-10
- +VJ = 0.821526
- +M = 0.421618
- +EG = 1.11
- +XTI = 4
- +KF = 0
- +AF = 1
- +FC = 0.5
- +BV = 74.2776
- +IBV = 0.00025)
- .ENDS
- ***************************************************
- * TMOS.LIB VERSION 2.0 Thursday, 21 December 1989
- ***************************************************
- *
- * MOTOROLA/LAAS LIBRARY FOR MOTOROLA POWER MOSFET
- * (TMOS) SPICE MODEL
- *
- * USING SWITCHES FOR THE CGD CAPACITOR
- *
- * DEVELOPED BY LAAS / MOTOROLA TOULOUSE 1989
- *
- * COPYING THIS LIBRARY IS WELCOMED AND ENCOURAGED,
- * BUT IT IS NOT FOR COMMERCIAL USE
- *
- ***************************************************
- *Motorola reserves the right to make changes without further
- *notice to any products herein to improve reliability, function or
- *design. Motorola does not assume any liability arising out of the
- *application or use of any product or circuit described herein;
- *neither does it convey any license under its patent rights nor the
- *rights of others. Motorola products are not authorized for use as
- *components in life support devices or systems intended for
- *surgical implant into the body or intended to support or sustain
- *life. Buyer agrees to notify Motorola of any such intended end
- *use whereupon Motorola shall determine availability and suitability
- *or its product or products for the use intended. Motorola is a
- *registered trademark of Motorola, Inc. Motorola, Inc. is an Equal
- *Employment Opportunity/Affirmative Action Employer.
- ***************************************************
- *
- *-------------------------------------------------------------
- *
- *MTP12P10 model created using LAAS version
- *
- * TMOS MODEL WITH SWITCHES (SUBCIRCUIT)
- *
- .SUBCKT MTP12P10 10 20 30
- RG 10 1 20
- M1 2 1 3 3 DMOS L=1U W=1U
- .MODEL DMOS PMOS (VTO=-3.58 KP=2 THETA=0.058 VMAX=5E6 LEVEL=3)
- CGS 1 3 575P
- RD 20 4 0.17
- DDS 4 3 DDS
- .MODEL DDS D(BV=100 M=0.37 CJO=949P VJ=0.609)
- DBODY 20 3 DBODY
- .MODEL DBODY D(IS=1.6E-12 N=1.08 RS=0.068 TT=0.10U)
- RA 4 2 1E-3
- RS 3 5 1M
- LS 5 30 5N
- M2 1 8 6 6 INTER
- E2 8 6 4 1 2
- .MODEL INTER PMOS (VTO=0 KP=10 LEVEL=1)
- CGDMAX 7 4 1450P
- RCGD 7 4 1E7
- DGD 4 6 DGD
- RDGD 4 6 1E7
- .MODEL DGD D(M=0.39 CJO=1450P VJ=0.03)
- M3 7 9 1 1 INTER
- E3 9 1 4 1 -2
- .ENDS
- *
- * END OF SUBCIRCUIT
- *-------------------------------------------------------------
- *
- *MTP2P50 model created using LAAS version
- *
- * TMOS MODEL WITH SWITCHES (SUBCIRCUIT)
- *
- .SUBCKT MTP2P50 10 20 30
- RG 10 1 20
- M1 2 1 3 3 DMOS L=1U W=1U
- .MODEL DMOS PMOS (VTO=-3.95 KP=0.421 THETA=0.058 VMAX=5E6 LEVEL=3)
- CGS 1 3 520P
- RD 20 4 6.883
- DDS 4 3 DDS
- .MODEL DDS D(BV=500 M=0.45 CJO=400P VJ=0.037)
- DBODY 20 3 DBODY
- .MODEL DBODY D(IS=5E-11 N=1.12 RS=0.143 TT=1U)
- RA 4 2 1E-3
- RS 3 5 1M
- LS 5 30 5N
- M2 1 8 6 6 INTER
- E2 8 6 4 1 2
- .MODEL INTER PMOS (VTO=0 KP=10 LEVEL=1)
- CGDMAX 7 4 1730P
- RCGD 7 4 1E7
- DGD 4 6 DGD
- RDGD 4 6 1E7
- .MODEL DGD D(M=0.418 CJO=1730P VJ=2.2E-3)
- M3 7 9 1 1 INTER
- E3 9 1 4 1 -2
- .ENDS
- *
- * END OF SUBCIRCUIT
- * -----------------------------------------------------
- *MTD4P06 model created using LAAS version.
- *
- * TMOS MODEL WITH SWITCHES (SUBCIRCUIT)
- *
- .SUBCKT MTD4P06 10 20 30
- RG 10 1 1
- M1 2 1 3 3 DMOS L=1U W=1U
- .MODEL DMOS PMOS (VTO=-4 KP=1.52 THETA=0.04 VMAX=3.5E5 LEVEL=3)
- CGS 1 3 650P
- RD 20 4 0.32
- DDS 4 3 DDS
- .MODEL DDS D(BV=60 M=0.4 CJO=685.5P VJ=0.657)
- DBODY 20 3 DBODY
- .MODEL DBODY D(IS=6.4E-13 N=1.03 RS=0.167 TT=190N)
- RA 4 2 1E-3
- RS 3 5 1M
- LS 5 30 6N
- M2 1 8 6 6 INTER
- E2 8 6 4 1 2
- .MODEL INTER PMOS (VTO=0 KP=10 LEVEL=1)
- CGDMAX 7 4 750P
- RCGD 7 4 1E7
- DGD 4 6 DGD
- RDGD 4 6 1E7
- .MODEL DGD D(M=0.44 CJO=750P VJ=0.11)
- M3 7 9 1 1 INTER
- E3 9 1 4 1 -2
- .ENDS
- *
- * END OF SUBCIRCUIT
- * -------------------------------------------------------
- *MTD2955 model created using LAAS version.
- *
- * TMOS MODEL WITH SWITCHES (SUBCIRCUIT)
- *
- .SUBCKT MTD2955 10 20 30
- RG 10 1 1
- M1 2 1 3 3 DMOS L=1U W=1U
- .MODEL DMOS PMOS (VTO=-2.95 KP=2.45 THETA=0.04 VMAX=4E5 LEVEL=3)
- CGS 1 3 600P
- RD 20 4 0.175
- DDS 4 3 DDS
- .MODEL DDS D(BV=60 M=0.43 CJO=740P VJ=0.826)
- DBODY 20 3 DBODY
- .MODEL DBODY D(IS=5.6E-13 N=1.04 RS=0.16 TT=400N)
- RA 4 2 1E-3
- RS 3 5 1M
- LS 5 30 5N
- M2 1 8 6 6 INTER
- E2 8 6 4 1 2
- .MODEL INTER PMOS (VTO=0 KP=10 LEVEL=1)
- CGDMAX 7 4 2300P
- RCGD 7 4 1E7
- DGD 4 6 DGD
- RDGD 4 6 1E7
- .MODEL DGD D(M=0.43 CJO=2300P VJ=0.028)
- M3 7 9 1 1 INTER
- E3 9 1 4 1 -2
- .ENDS
- *
- * END OF SUBCIRCUIT
- * -----------------------------------------------------
- *MTP20P06 model created using LAAS version.
- *
- * TMOS MODEL WITH SWITCHES (SUBCIRCUIT)
- *
- .SUBCKT MTP20P06 10 20 30
- RG 10 1 1
- M1 2 1 3 3 DMOS L=1U W=1U
- .MODEL DMOS PMOS (VTO=-3.97 KP=3.23 THETA=0.04 VMAX=3E5 LEVEL=3)
- CGS 1 3 1400P
- RD 20 4 0.09
- DDS 4 3 DDS
- .MODEL DDS D(BV=60 M=0.43 CJO=1614P VJ=0.792)
- DBODY 20 3 DBODY
- .MODEL DBODY D(IS=1.3E-12 N=1.02 RS=0.068 TT=520N)
- RA 4 2 1E-3
- RS 3 5 1M
- LS 5 30 5N
- M2 1 8 6 6 INTER
- E2 8 6 4 1 2
- .MODEL INTER PMOS (VTO=0 KP=10 LEVEL=1)
- CGDMAX 7 4 2450P
- RCGD 7 4 1E7
- DGD 4 6 DGD
- RDGD 4 6 1E7
- .MODEL DGD D(M=0.44 CJO=2450P VJ=0.105)
- M3 7 9 1 1 INTER
- E3 9 1 4 1 -2
- .ENDS
- *
- * END OF SUBCIRCUIT
- * ---------------------------------------------------
- *MTP8P10 model created using LAAS version.
- *
- * TMOS MODEL WITH SWITCHES (SUBCIRCUIT)
- *
- .SUBCKT MTP8P10 10 20 30
- RG 10 1 1
- M1 2 1 3 3 DMOS L=1U W=1U
- .MODEL DMOS PMOS (VTO=-3.87 KP=2.04 THETA=0.04 VMAX=3.5E5 LEVEL=3)
- CGS 1 3 750P
- RD 20 4 0.19
- DDS 4 3 DDS
- .MODEL DDS D(BV=100 M=0.4 CJO=974P VJ=0.583)
- DBODY 20 3 DBODY
- .MODEL DBODY D(IS=6E-13 N=1.02 RS=0.31 TT=640N)
- RA 4 2 1E-3
- RS 3 5 1M
- LS 5 30 6N
- M2 1 8 6 6 INTER
- E2 8 6 4 1 2
- .MODEL INTER PMOS (VTO=0 KP=10 LEVEL=1)
- CGDMAX 7 4 1700P
- RCGD 7 4 1E7
- DGD 4 6 DGD
- RDGD 4 6 1E7
- .MODEL DGD D(M=0.47 CJO=1700P VJ=0.074)
- M3 7 9 1 1 INTER
- E3 9 1 4 1 -2
- .ENDS
- *
- * END OF SUBCIRCUIT
- * ---------------------------------------------------------