*****************************************************************
* INFINEON Power Transistors                                    *
* Content:        SPICE Model Library                           *
* Device:         CoolGaN                                       *
* Model Types:    L1 L3                                         *
* Technology:     CoolGaN Gen2 650V                             *
* Date and time:  31.03.2025  12:14:48                          *
* Version:        1241                                          *
*****************************************************************
*                                                               *
* The models for Infineon Power MOSFET are evaluated with       *
* SIMetrixTM-SPICE simulator. The Infineon Power MOSFET models  *
* are tested, verified and provided in SPICE simulation code.   *
*                                                               *
* Infineon | Terminals | Usage suggestion                       *
* Level    |           |                                        *
* ------------------------------------------------------------- *
* L0       | G, D, S   | General electrical simulations/ whole  *
*          |           | application circuits.                  *
* ------------------------------------------------------------- *
* L1       | G, D, S   | Transient, switching losses and        *
*          |           | efficiency analyses. Behavior of       *
*          |           | device over full temperature range.    *
* ------------------------------------------------------------- *
* L2       | G, D, S,  | Same as L1 but with individual device  *
*          | Tj, Tcase | temperature. This model is not         *
*          |           | supported because it is covered by     *
*          |           | L3-model.                              *
* ------------------------------------------------------------- *
* L3       | G, D, S,  | Self-heating effects, modeling of heat *
*          | Tj, Tcase | flow including thermal models of       *
*          |           | application.                           *
*                                                               *
*****************************************************************
* Detailed Informations:                                        *
*                                                               *
* The model files are available on the Infineon web page:       *
* http://www.infineon.com                                       *
*                                                               *
* This library contains models of the following INFINEON        *
* CoolGaN transistors:                                          *
*                                                               *
*   CoolGaN Gen2 650V                                           *
*      IGLR65R140D2      IGLR65R200D2      IGLR65R270D2         *
*      IGOT65R025D2      IGOT65R035D2      IGOT65R045D2         *
*      IGOT65R055D2      IGLT65R025D2      IGLT65R035D2         *
*      IGLT65R045D2      IGLT65R055D2      IGLT65R110D2         *
*      IGLD65R055D2      IGLD65R080D2      IGLD65R110D2         *
*      IGLD65R140D2      IGT65R035D2       IGT65R025D2          *
*      IGT65R045D2       IGT65R140D2       IGT65R055D2          *
*      IGL65R055D2       IGL65R080D2       IGL65R110D2          *
*      IGL65R140D2                                              *
*                                                               *
*****************************************************************
**********************************************************************
************************ L3 TECHNOLOGY MODEL *************************
**********************************************************************

.SUBCKT GaN_var_600V_NormOFF_gen2 dd g s sk Tj PARAMS: a=1  w=1
.PARAM  fpar46=5.20     fpar47=261m
.PARAM  fpar48=0.0    fpar49=0.1       fpar50=0.7      fpar51=1.0       fpar52={1*10.5}
.PARAM  fpar43={1.5-0.15}    fpar53={1.22+0.15}     fpar54=0.75m
.PARAM  fpar55=922  fpar56=100
.PARAM  fpar57=3.3          fpar58=-5m       fpar59=0u
.PARAM  fpar60=3.25         fpar39=298        fpar38=273
.PARAM  fpar63=0.4           fpar64={1.5+0.15}
.PARAM  fpar65={1.52-0.125}    fpar66=0.003
.PARAM  fpar67=1.52    fpar68=0.003
.PARAM  fpar37=85.8u          fpar70={114}      fpar71={50m*0}
.PARAM  fpar72={4.52+0.475}           fpar73={10.4+0.2}
.PARAM  igtemp={0.09-0.04}
.PARAM  fpar74={1.3E8}       fpar75={-1.64+0.06}       fpar76={0.052-0.02}
.PARAM  fpar77={58-10}     fpar78={-67+2}     fpar79={32+2}
.PARAM  fpar80=2.23     fpar81={-5.54-0.1}     fpar82={3.5+1.125}
.PARAM  dRs={2.0/w}
.PARAM  dRd={10.5/w}
.PARAM  fpar85={70-5}
.PARAM  fpar87={65.05p/fpar46}    fpar88={1.05*1284.6p/fpar46}
.PARAM  fpar89={-6414p/fpar46}     fpar90={5247.2p/fpar46}      fpar91=0
.PARAM  fpar92=-0.027429            fpar93=-0.041895          fpar94=-0.045048            fpar95=1p
.PARAM  fpar96={fpar87+fpar88+fpar89+fpar90+fpar91}
.PARAM  fpar97={1.78p/fpar46}       fpar98={-1.1616p/fpar46}      fpar99={42.533p/fpar46}
.PARAM  fpar100={5.838p/fpar46}        fpar101=1.619
.PARAM  fpar102=-0.0007             fpar103=-0.03
.PARAM  fpar104=8
.PARAM  fpar105={a*( fpar97 + fpar98 + fpar99 + fpar100*fpar104**fpar101 )}
.PARAM  fpar106=-4.83    fpar107=1.02   fpar108=1.86  fpar109={390p/fpar46}   fpar110={392p/fpar46}  fpar111={1000p/fpar46}
.PARAM  fpar112={( fpar110 - fpar109 )/( fpar107 - fpar106 )}
.PARAM  fpar113={( fpar110 - fpar109 )/( fpar107 - fpar106 )}   fpar114={( fpar111 - fpar110 )/( fpar108 - fpar107 )}
.PARAM  fpar115={a*fpar109}
.PARAM  fpar116={0}
.PARAM  fpar117=1Meg
.PARAM  R_Cds={1*10}  R_Cdg={1*10m}  R_Cgs={1*10m}
.FUNC Qds_range1(x,a0,c0,a) {x*(1-a0*a/C0)}
.FUNC Qds_range2(x,a1,b1,a2,b2,a3,b3,a4,b4,c0,a)
+ {( (1-exp(b1*x))*a1/b1 + (1-exp(b2*x))*a2/b2 + (1-exp(b3*x))*a3/b3 + (1-exp(b4*x))*a4/b4 )*a/C0}
E_Eds dd edep VALUE { Qds_range1(V(dd,s),fpar87,fpar96,a) +
+ Qds_range2(V(dd,s),fpar88,fpar92,fpar89,fpar93,fpar90,fpar94,fpar91,fpar95,fpar96,a) }
C_Cds edep edep2  {fpar96}
R_Cds edep2 s {R_Cds}
.FUNC Qgd_range1(x,a0,a1,a2,b1,b2,c1,c2)
+ { (a0+a2)*x + (a1/b1)*(exp(x*b1)-1) + c1/(c2+1)*( fpar104**(c2+1) - (fpar104-x)**(c2+1) ) }
.FUNC Qgd_range2(x,a0,a1,a2,b1,b2,c1,c2)
+ { a0*(x-fpar104) + (a1/b1)*(exp(x*b1)-exp(fpar104*b1)) + (a2/b2)*(exp((x-fpar104)*b2)-1) }
E_Egd dd ox VALUE { if( V(dd,gg)+fpar116<fpar104,
+   V(dd,gg)+fpar116 - Qgd_range1( V(dd,gg)+fpar116, fpar97, fpar98, fpar99, fpar102, fpar103, fpar100, fpar101 )*a/fpar105,
+   V(dd,gg)+fpar116 - Qgd_range1( fpar104, fpar97, fpar98, fpar99, fpar102, fpar103, fpar100, fpar101 )*a/fpar105 -
+           Qgd_range2( V(dd,gg)+fpar116, fpar97, fpar98, fpar99, fpar102, fpar103, fpar100, fpar101 )*a/fpar105 ) }
C_Cgd ox ox2  {fpar105}
R_Cdg ox2  gg {R_Cdg}
.FUNC Qgs(x,x1,x2,x3,y1,y2,y3,k21,k32)
+ {- (k21/(2*y1))*IF(x<x1,0,(MIN(x,x2)-x1)**2) - (k32/(2*y1))*IF(x<x2,0,(MIN(x,x3)-x2)**2)
+  - IF(x<x2,0,IF(x<x3,(y2/y1-1)*(x-x2), (y3/y1-1)*x + (y1-y2)/y1*x2 + (y2-y3)/y1*x3) ) }
E_Egs gg ogs VALUE {Qgs(V(gg,s),fpar106,fpar107,fpar108,fpar109,fpar110,fpar111,fpar113,fpar114)}
Cgs ogs ogs2 {fpar115}
R_Cgs ogs2 s  {R_Cgs}
.FUNC  Jh(d,g1,g2,T,da)   { if(d>0, (fpar46*w/fpar47*(Igh(da,T,(fpar57+(fpar58+fpar59*T)*T)*fpar37*T,g1-fpar53+fpar54*(T-fpar39)+fpar48*tanh(fpar50*d) ** fpar51,fpar43)+limit(exp(d-fpar55),-23,23))),
+                                    (-fpar46*w/fpar47*(Igh(da,T,(fpar57+(fpar58+fpar59*T)*T)*fpar37*T,g2-fpar53+fpar54*(T-fpar39)+fpar48*tanh(fpar50*abs(d)) ** fpar51,fpar43)+limit(exp(d-fpar56),-23,23))) ) }
.FUNC  Igh(Uds,T,p,Uee,x)  {fpar85*(fpar39/T)**fpar64*I0h(Uee,p,min(2*p,p+x*Uds),min(Uds,Uee/(2*x)),x)}
.FUNC  I0h(Uee,p,pp,z1,x)  {if(Uee>pp,(Uee-x*z1)*z1,p*(pp-p)/x*exp((Uee-pp)/p))}
.FUNC  KF(d,j) {if(d>0, 1+fpar66*(fpar47/w*j)**fpar65, 1+fpar68*(fpar47/w*j)**fpar67)}
.FUNC Imgs(V,V1,T)   {w/fpar47*fpar73*(exp(min(((fpar39/T)**igtemp)*(V-fpar72+fpar71*V1)/(fpar70*fpar37*T**0.55),23))-exp(min(-(fpar72+fpar71*V1)/(fpar70*fpar37*T**0.55),7)))}
.FUNC IRdio(V,T)     {V/{fpar47/w*(fpar82 + (fpar81 + fpar80 * T/fpar39) * T/fpar39)}}
.FUNC Iesd(V,T)      {fpar76*(exp(min((V-(19.4-4.1*T/fpar39))/(fpar74*fpar37*T**fpar75),37))-exp(min(-(19.4-4.1*T/fpar39)/(fpar74*fpar37*T**fpar75),7)))}
.FUNC IResd(V,T)     {V/(fpar77 * (T/fpar39) ** 2 + fpar78 * (T/fpar39) + fpar79)}
.FUNC Dideal(V)      {if(V>0, fpar117 * V**2, 0)}
Vs_Rd  dd     d1  0
X_Rd   d1      d  Tj  Res_2DEG_v2_gen2  PARAMS: length={12.4u}  fpar44={w}  contacts={1}
Rd01     d1      d  1k
G_chan    d       sx1  VALUE={ Jh(limit(V(d,sx1),-1k,1k),V(gg,sx1),V(gg,d),fpar38+limit(V(Tj),-200,300),max(0,(SQRT(1+4*fpar52*abs(V(d,sx1)))-1)/2/fpar52)) /
+ KF(V(d1,d),I(Vs_chan)) }
Rd02      d       sx1  50G
Vs_chan    sx1     sx  0
X_Rs      sx      s1   Tj   Res_2DEG_v2_gen2  PARAMS: length={1.3u}  fpar44={w}  contacts={1}
Rd03      sx      s1  1k
Vs_Rs     s1      s   0
Rg_int    g       gg   {if(w<0.55,0.0015*w+0.7607,0.7)}
G_dio     gg     gm  VALUE {Imgs(V(gg,gm),V(d,gg),fpar38+limit(V(Tj),-200,300))}
Vs_Dio    gm     gm1   0
R_Conv1   gm1    0    1G
G_Rdio    gm1     gs  VALUE {IRdio(V(gm1,gs),fpar38+limit(V(Tj),-200,300))}
G_gss     gs     sx  VALUE {Dideal(V(gs,sx))}
R_gss     gs     sx  50G
G_gsd     gs     d   VALUE {Dideal(V(gs,d))}
R_gsd     gs     d   50G
Vs_Esd    s       gem   0
G_Resd    gem     gem1  VALUE {IResd(V(s1,gem1), fpar38+limit(V(Tj),-200,300))}
G_esd     gem1    g     VALUE {Iesd(V(gem1,g), fpar38+limit(V(Tj),-200,300))}
R_ConvESD gem1    0  10G
R1        gg      s1  10G
Rsk       s    sk  1n
G_TH    0 Tj VALUE {V(d,sx)*I(Vs_chan)+V(d1,d)*I(Vs_Rd)+V(sx,s)*I(Vs_Rs)+V(gem,g)*I(Vs_Esd)+V(g,gs)*I(Vs_Dio)}
.ENDS

.SUBCKT Res_2DEG_v2_gen2 fpar58 fpar59 Tj PARAMS: length=1u fpar44=1m contacts=1
.PARAM  fpar121={0.65e-3}
.PARAM  fpar122={8.66e-3*(0.2215*fpar44+0.9778)}
.PARAM  fpar123={(0.1728-0.013)*1.00}  fpar124={-1.117e-3*1.0}  fpar125=2.907e-6
.PARAM  fpar126=864  fpar127=0  fpar128=0
.PARAM  fpar129=0.001
.FUNC T()          {V(Tj)}
.FUNC mu(T_)        {fpar123 + fpar124*T_ + fpar125*T_**2}
.FUNC Res(T_)       {length/(fpar122*mu(T_)*fpar44) + contacts*fpar121/fpar44}
.FUNC Isat(T_)      {fpar44*(fpar126 + fpar127*(T_-25) + fpar128*(T_-25)**2)}
G1    fpar58 m    VALUE={tanh(1/(fpar129 * Res(T()) * Isat(T())) * V(fpar58, m)) * Isat(T())}
G2    m      fpar59 VALUE={V(m, fpar59)/((1 - fpar129) * Res(T()))}
R_Conv m 0 5G
.ENDS

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

.SUBCKT IGLR65R140D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.67E-10 Ld=5.49E-10 Lg=1.39E-09
.PARAM Rs=2.56E-03      Rgext=1.99E-02       Rd=3.07E-03      Rm=102u
.PARAM Lss=7.40E-10    Rss=1.24E-02
.PARAM fpar40=1.76
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLR65R140D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.67E-10 Ld=5.49E-10 Lg=1.39E-09 Zthtype=0
.PARAM Rs=2.56E-03      Rgext=1.99E-02       Rd=3.07E-03      Rm=102u
.PARAM Lss=7.40E-10    Rss=1.24E-02
.PARAM fpar40=1.76
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {2.31938u/(1+0.3*lzth)}
C_CZth2     0     1      {2.58757u/(1+0.3*lzth)}
C_CZth3     0     2      {6.56947u/(1+0.3*lzth)}
C_CZth4     0     3      {100.767u/(1+0.3*lzth)}
C_CZth5     0     4      {648.961u/(1+0.3*lzth)}
R_Rth1      Tj    1      {2.09159m*(1+0.3*lzth)}
R_Rth2      1     2      {36.5906m*(1+0.3*lzth)}
R_Rth3      2     3      {171.388m*(1+0.3*lzth)}
R_Rth4      3     4      {284.946m*(1+0.3*lzth)}
R_Rth5      4     Tcase  {1.54898*(1+0.3*lzth)}
.ENDS

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

.SUBCKT IGLR65R200D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=3.55E-10 Ld=6.62E-10 Lg=1.48E-09
.PARAM Rs=3.96E-03      Rgext=2.11E-02       Rd=4.29E-03      Rm=102u
.PARAM Lss=8.01E-10    Rss=1.36E-02
.PARAM fpar40=1.21
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLR65R200D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=3.55E-10 Ld=6.62E-10 Lg=1.48E-09 Zthtype=0
.PARAM Rs=3.96E-03      Rgext=2.11E-02       Rd=4.29E-03      Rm=102u
.PARAM Lss=8.01E-10    Rss=1.36E-02
.PARAM fpar40=1.21
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {1.60145u/(1+0.3*lzth)}
C_CZth2     0     1      {1.8191u/(1+0.3*lzth)}
C_CZth3     0     2      {4.85844u/(1+0.3*lzth)}
C_CZth4     0     3      {80.0008u/(1+0.3*lzth)}
C_CZth5     0     4      {468.693u/(1+0.3*lzth)}
R_Rth1      Tj    1      {3.14655m*(1+0.3*lzth)}
R_Rth2      1     2      {57.9744m*(1+0.3*lzth)}
R_Rth3      2     3      {257.917m*(1+0.3*lzth)}
R_Rth4      3     4      {445.228m*(1+0.3*lzth)}
R_Rth5      4     Tcase  {2.10431*(1+0.3*lzth)}
.ENDS

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

.SUBCKT IGLR65R270D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=4.16E-10 Ld=7.71E-10 Lg=1.53E-09
.PARAM Rs=4.98E-03      Rgext=2.18E-02       Rd=5.38E-03      Rm=102u
.PARAM Lss=7.79E-10    Rss=1.31E-02
.PARAM fpar40=0.98
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLR65R270D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=4.16E-10 Ld=7.71E-10 Lg=1.53E-09 Zthtype=0
.PARAM Rs=4.98E-03      Rgext=2.18E-02       Rd=5.38E-03      Rm=102u
.PARAM Lss=7.79E-10    Rss=1.31E-02
.PARAM fpar40=0.98
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {1.28385u/(1+0.3*lzth)}
C_CZth2     0     1      {1.52515u/(1+0.3*lzth)}
C_CZth3     0     2      {4.3898u/(1+0.3*lzth)}
C_CZth4     0     3      {65.6413u/(1+0.3*lzth)}
C_CZth5     0     4      {418.426u/(1+0.3*lzth)}
R_Rth1      Tj    1      {4.11104m*(1+0.3*lzth)}
R_Rth2      1     2      {79.8044m*(1+0.3*lzth)}
R_Rth3      2     3      {322.821m*(1+0.3*lzth)}
R_Rth4      3     4      {587.909m*(1+0.3*lzth)}
R_Rth5      4     Tcase  {2.41561*(1+0.3*lzth)}
.ENDS

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

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

.SUBCKT IGOT65R025D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=1.74E-09 Ld=1.60E-09 Lg=4.99E-09
.PARAM Rs=1.05E-03      Rgext=2.31E-02       Rd=9.14E-04      Rm=102u
.PARAM Lss=3.31E-09    Rss=2.11E-02
.PARAM fpar40=10.32
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGOT65R025D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=1.74E-09 Ld=1.60E-09 Lg=4.99E-09 Zthtype=0
.PARAM Rs=1.05E-03      Rgext=2.31E-02       Rd=9.14E-04      Rm=102u
.PARAM Lss=3.31E-09    Rss=2.11E-02
.PARAM fpar40=10.32
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {15.0165u/(1+0.30*lzth)}
C_CZth2     0     1      {20.9195u/(1+0.30*lzth)}
C_CZth3     0     2      {125.142u/(1+0.30*lzth)}
C_CZth4     0     3      {2.26468m/(1+0.30*lzth)}
C_CZth5     0     4      {15.9012m/(1+0.30*lzth)}
R_Rth1      Tj    1      {629.408u*(1+0.30*lzth)}
R_Rth2      1     2      {15.7448m*(1+0.30*lzth)}
R_Rth3      2     3      {40.8804m*(1+0.30*lzth)}
R_Rth4      3     4      {175.706m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {289.846m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGOT65R035D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.01E-09 Ld=1.88E-09 Lg=5.34E-09
.PARAM Rs=1.76E-03      Rgext=2.51E-02       Rd=1.53E-03      Rm=102u
.PARAM Lss=3.68E-09    Rss=2.46E-02
.PARAM fpar40=7.19
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGOT65R035D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.01E-09 Ld=1.88E-09 Lg=5.34E-09 Zthtype=0
.PARAM Rs=1.76E-03      Rgext=2.51E-02       Rd=1.53E-03      Rm=102u
.PARAM Lss=3.68E-09    Rss=2.46E-02
.PARAM fpar40=7.19
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {10.4565u/(1+0.3*lzth)}
C_CZth2     0     1      {13.5218u/(1+0.3*lzth)}
C_CZth3     0     2      {69.0097u/(1+0.3*lzth)}
C_CZth4     0     3      {1.46778m/(1+0.3*lzth)}
C_CZth5     0     4      {9.68918m/(1+0.3*lzth)}
R_Rth1      Tj    1      {849.793u*(1+0.3*lzth)}
R_Rth2      1     2      {19.5708m*(1+0.3*lzth)}
R_Rth3      2     3      {57.7127m*(1+0.3*lzth)}
R_Rth4      3     4      {231.528m*(1+0.3*lzth)}
R_Rth5      4     Tcase  {409.312m*(1+0.3*lzth)}
.ENDS

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

.SUBCKT IGOT65R045D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.17E-09 Ld=1.95E-09 Lg=5.58E-09
.PARAM Rs=2.10E-03      Rgext=2.64E-02       Rd=1.74E-03      Rm=102u
.PARAM Lss=3.55E-09    Rss=2.36E-02
.PARAM fpar40=5.67
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGOT65R045D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.17E-09 Ld=1.95E-09 Lg=5.58E-09 Zthtype=0
.PARAM Rs=2.10E-03      Rgext=2.64E-02       Rd=1.74E-03      Rm=102u
.PARAM Lss=3.55E-09    Rss=2.36E-02
.PARAM fpar40=5.67
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {8.11243u/(1+0.30*lzth)}
C_CZth2     0     1      {11.0325u/(1+0.30*lzth)}
C_CZth3     0     2      {56.9992u/(1+0.30*lzth)}
C_CZth4     0     3      {1.20078m/(1+0.30*lzth)}
C_CZth5     0     4      {7.80434m/(1+0.30*lzth)}
R_Rth1      Tj    1      {1.10722m*(1+0.30*lzth)}
R_Rth2      1     2      {25.9012m*(1+0.30*lzth)}
R_Rth3      2     3      {73.3419m*(1+0.30*lzth)}
R_Rth4      3     4      {298.6m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {486.761m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGOT65R055D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.40E-09 Ld=2.13E-09 Lg=5.77E-09
.PARAM Rs=2.84E-03      Rgext=2.75E-02       Rd=2.45E-03      Rm=102u
.PARAM Lss=3.72E-09    Rss=2.48E-02
.PARAM fpar40=4.46
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGOT65R055D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.40E-09 Ld=2.13E-09 Lg=5.77E-09 Zthtype=0
.PARAM Rs=2.84E-03      Rgext=2.75E-02       Rd=2.45E-03      Rm=102u
.PARAM Lss=3.72E-09    Rss=2.48E-02
.PARAM fpar40=4.46
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {6.51056u/(1+0.3*lzth)}
C_CZth2     0     1      {8.61297u/(1+0.3*lzth)}
C_CZth3     0     2      {44.5349u/(1+0.3*lzth)}
C_CZth4     0     3      {910.086u/(1+0.3*lzth)}
C_CZth5     0     4      {5.68264m/(1+0.3*lzth)}
R_Rth1      Tj    1      {1.46689m*(1+0.3*lzth)}
R_Rth2      1     2      {32.5554m*(1+0.3*lzth)}
R_Rth3      2     3      {92.1842m*(1+0.3*lzth)}
R_Rth4      3     4      {366.432m*(1+0.3*lzth)}
R_Rth5      4     Tcase  {591.711m*(1+0.3*lzth)}
.ENDS

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

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

.SUBCKT IGLT65R025D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=1.69E-09 Ld=1.28E-09 Lg=5.20E-09
.PARAM Rs=1.19E-03      Rgext=3.56E-02       Rd=1.05E-03      Rm=102u
.PARAM Lss=3.07E-09    Rss=3.37E-02
.PARAM fpar40=10.32
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLT65R025D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=1.69E-09 Ld=1.28E-09 Lg=5.20E-09 Zthtype=0
.PARAM Rs=1.19E-03      Rgext=3.56E-02       Rd=1.05E-03      Rm=102u
.PARAM Lss=3.07E-09    Rss=3.37E-02
.PARAM fpar40=10.32
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {14.6626u/(1+0.30*lzth)}
C_CZth2     0     1      {17.5899u/(1+0.30*lzth)}
C_CZth3     0     2      {46.4462u/(1+0.30*lzth)}
C_CZth4     0     3      {942.504u/(1+0.30*lzth)}
C_CZth5     0     4      {4.87626m/(1+0.30*lzth)}
R_Rth1      Tj    1      {515.587u*(1+0.30*lzth)}
R_Rth2      1     2      {8.82639m*(1+0.30*lzth)}
R_Rth3      2     3      {37.3044m*(1+0.30*lzth)}
R_Rth4      3     4      {70.9887m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {321.352m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGLT65R035D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=1.90E-09 Ld=1.55E-09 Lg=5.53E-09
.PARAM Rs=2.10E-03      Rgext=3.81E-02       Rd=1.83E-03      Rm=102u
.PARAM Lss=3.41E-09    Rss=3.87E-02
.PARAM fpar40=7.19
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLT65R035D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=1.90E-09 Ld=1.55E-09 Lg=5.53E-09 Zthtype=0
.PARAM Rs=2.10E-03      Rgext=3.81E-02       Rd=1.83E-03      Rm=102u
.PARAM Lss=3.41E-09    Rss=3.87E-02
.PARAM fpar40=7.19
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {9.8462u/(1+0.3*lzth)}
C_CZth2     0     1      {12.3346u/(1+0.3*lzth)}
C_CZth3     0     2      {38.4067u/(1+0.3*lzth)}
C_CZth4     0     3      {673.705u/(1+0.3*lzth)}
C_CZth5     0     4      {3.34103m/(1+0.3*lzth)}
R_Rth1      Tj    1      {715.728u*(1+0.3*lzth)}
R_Rth2      1     2      {12.8363m*(1+0.3*lzth)}
R_Rth3      2     3      {47.9304m*(1+0.3*lzth)}
R_Rth4      3     4      {103.948m*(1+0.3*lzth)}
R_Rth5      4     Tcase  {455.983m*(1+0.3*lzth)}
.ENDS

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

.SUBCKT IGLT65R045D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.01E-09 Ld=1.62E-09 Lg=5.73E-09
.PARAM Rs=2.49E-03      Rgext=3.98E-02       Rd=2.06E-03      Rm=102u
.PARAM Lss=3.26E-09    Rss=3.70E-02
.PARAM fpar40=5.67
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLT65R045D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.01E-09 Ld=1.62E-09 Lg=5.73E-09 Zthtype=0
.PARAM Rs=2.49E-03      Rgext=3.98E-02       Rd=2.06E-03      Rm=102u
.PARAM Lss=3.26E-09    Rss=3.70E-02
.PARAM fpar40=5.67
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {8.01675u/(1+0.30*lzth)}
C_CZth2     0     1      {9.49658u/(1+0.30*lzth)}
C_CZth3     0     2      {30.6463u/(1+0.30*lzth)}
C_CZth4     0     3      {526.929u/(1+0.30*lzth)}
C_CZth5     0     4      {2.60306m/(1+0.30*lzth)}
R_Rth1      Tj    1      {908.947u*(1+0.30*lzth)}
R_Rth2      1     2      {16.5971m*(1+0.30*lzth)}
R_Rth3      2     3      {60.694m*(1+0.30*lzth)}
R_Rth4      3     4      {128.885m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {573.681m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGLT65R055D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.16E-09 Ld=1.79E-09 Lg=5.91E-09
.PARAM Rs=3.40E-03      Rgext=4.13E-02       Rd=2.99E-03      Rm=102u
.PARAM Lss=3.45E-09    Rss=3.86E-02
.PARAM fpar40=4.46
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLT65R055D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.16E-09 Ld=1.79E-09 Lg=5.91E-09 Zthtype=0
.PARAM Rs=3.40E-03      Rgext=4.13E-02       Rd=2.99E-03      Rm=102u
.PARAM Lss=3.45E-09    Rss=3.86E-02
.PARAM fpar40=4.46
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {12.3786u/(1+0.3*lzth)}
C_CZth2     0     1      {27.4097u/(1+0.3*lzth)}
C_CZth3     0     2      {83.6978u/(1+0.3*lzth)}
C_CZth4     0     3      {804.228u/(1+0.3*lzth)}
C_CZth5     0     4      {2.53761m/(1+0.3*lzth)}
R_Rth1      Tj    1      {10.2179m*(1+0.3*lzth)}
R_Rth2      1     2      {18.3148m*(1+0.3*lzth)}
R_Rth3      2     3      {75.1336m*(1+0.3*lzth)}
R_Rth4      3     4      {286.073m*(1+0.3*lzth)}
R_Rth5      4     Tcase  {557.266m*(1+0.3*lzth)}
.ENDS

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

.SUBCKT IGLT65R110D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.42E-09 Ld=2.02E-09 Lg=6.70E-09
.PARAM Rs=6.76E-03      Rgext=7.64E-02       Rd=5.91E-03      Rm=102u
.PARAM Lss=3.84E-09    Rss=6.96E-02
.PARAM fpar40=2.26
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLT65R110D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.42E-09 Ld=2.02E-09 Lg=6.70E-09 Zthtype=0
.PARAM Rs=6.76E-03      Rgext=7.64E-02       Rd=5.91E-03      Rm=102u
.PARAM Lss=3.84E-09    Rss=6.96E-02
.PARAM fpar40=2.26
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {6.24831u/(1+0.30*lzth)}
C_CZth2     0     1      {9.00158u/(1+0.30*lzth)}
C_CZth3     0     2      {46.0728u/(1+0.30*lzth)}
C_CZth4     0     3      {431.837u/(1+0.30*lzth)}
C_CZth5     0     4      {1.57442m/(1+0.30*lzth)}
R_Rth1      Tj    1      {19.9986m*(1+0.30*lzth)}
R_Rth2      1     2      {29.0555m*(1+0.30*lzth)}
R_Rth3      2     3      {156.09m*(1+0.30*lzth)}
R_Rth4      3     4      {626.567m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {916.889m*(1+0.30*lzth)}
.ENDS

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

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

.SUBCKT IGLD65R055D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=5.09E-10 Ld=9.65E-10 Lg=2.97E-09
.PARAM Rs=3.48E-03      Rgext=3.62E-02       Rd=4.76E-03      Rm=102u
.PARAM Lss=1.89E-09    Rss=2.73E-02
.PARAM fpar40=4.46
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLD65R055D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=5.09E-10 Ld=9.65E-10 Lg=2.97E-09 Zthtype=0
.PARAM Rs=3.48E-03      Rgext=3.62E-02       Rd=4.76E-03      Rm=102u
.PARAM Lss=1.89E-09    Rss=2.73E-02
.PARAM fpar40=4.46
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {21.0733u/(1+0.3*lzth)}
C_CZth2     0     1      {21.0734u/(1+0.3*lzth)}
C_CZth3     0     2      {331.527u/(1+0.3*lzth)}
C_CZth4     0     3      {987.566u/(1+0.3*lzth)}
C_CZth5     0     4      {5.31874m/(1+0.3*lzth)}
R_Rth1      Tj    1      {10.3045m*(1+0.3*lzth)}
R_Rth2      1     2      {73.6103m*(1+0.3*lzth)}
R_Rth3      2     3      {101.806m*(1+0.3*lzth)}
R_Rth4      3     4      {436.644m*(1+0.3*lzth)}
R_Rth5      4     Tcase  {436.644m*(1+0.3*lzth)}
.ENDS

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

.SUBCKT IGLD65R080D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=5.09E-10 Ld=9.65E-10 Lg=2.97E-09
.PARAM Rs=3.48E-03      Rgext=3.62E-02       Rd=4.76E-03      Rm=102u
.PARAM Lss=1.89E-09    Rss=2.73E-02
.PARAM fpar40=3.12
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLD65R080D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=5.09E-10 Ld=9.65E-10 Lg=2.97E-09 Zthtype=0
.PARAM Rs=3.48E-03      Rgext=3.62E-02       Rd=4.76E-03      Rm=102u
.PARAM Lss=1.89E-09    Rss=2.73E-02
.PARAM fpar40=3.12
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {15.1969u/(1+0.30*lzth)}
C_CZth2     0     1      {15.197u/(1+0.30*lzth)}
C_CZth3     0     2      {180.99u/(1+0.30*lzth)}
C_CZth4     0     3      {780.1u/(1+0.30*lzth)}
C_CZth5     0     4      {3.79447m/(1+0.30*lzth)}
R_Rth1      Tj    1      {15.3246m*(1+0.30*lzth)}
R_Rth2      1     2      {103.912m*(1+0.30*lzth)}
R_Rth3      2     3      {130.442m*(1+0.30*lzth)}
R_Rth4      3     4      {587.482m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {587.482m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGLD65R110D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=6.40E-10 Ld=9.60E-10 Lg=3.32E-09
.PARAM Rs=4.41E-03      Rgext=3.99E-02       Rd=5.12E-03      Rm=102u
.PARAM Lss=2.21E-09    Rss=3.14E-02
.PARAM fpar40=2.26
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLD65R110D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=6.40E-10 Ld=9.60E-10 Lg=3.32E-09 Zthtype=0
.PARAM Rs=4.41E-03      Rgext=3.99E-02       Rd=5.12E-03      Rm=102u
.PARAM Lss=2.21E-09    Rss=3.14E-02
.PARAM fpar40=2.26
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {10.1799u/(1+0.30*lzth)}
C_CZth2     0     1      {10.18u/(1+0.30*lzth)}
C_CZth3     0     2      {119.955u/(1+0.30*lzth)}
C_CZth4     0     3      {551.454u/(1+0.30*lzth)}
C_CZth5     0     4      {2.69423m/(1+0.30*lzth)}
R_Rth1      Tj    1      {13.1134m*(1+0.30*lzth)}
R_Rth2      1     2      {145.435m*(1+0.30*lzth)}
R_Rth3      2     3      {176.733m*(1+0.30*lzth)}
R_Rth4      3     4      {776.71m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {776.71m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGLD65R140D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=7.26E-10 Ld=1.26E-09 Lg=2.83E-09
.PARAM Rs=5.21E-03      Rgext=3.43E-02       Rd=5.84E-03      Rm=102u
.PARAM Lss=1.87E-09    Rss=2.65E-02
.PARAM fpar40=1.76
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGLD65R140D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=7.26E-10 Ld=1.26E-09 Lg=2.83E-09 Zthtype=0
.PARAM Rs=5.21E-03      Rgext=3.43E-02       Rd=5.84E-03      Rm=102u
.PARAM Lss=1.87E-09    Rss=2.65E-02
.PARAM fpar40=1.76
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {8.56823u/(1+0.3*lzth)}
C_CZth2     0     1      {8.56833u/(1+0.3*lzth)}
C_CZth3     0     2      {124.484u/(1+0.3*lzth)}
C_CZth4     0     3      {370.976u/(1+0.3*lzth)}
C_CZth5     0     4      {2.2498m/(1+0.3*lzth)}
R_Rth1      Tj    1      {25.6721m*(1+0.3*lzth)}
R_Rth2      1     2      {171.896m*(1+0.3*lzth)}
R_Rth3      2     3      {242.513m*(1+0.3*lzth)}
R_Rth4      3     4      {927.454m*(1+0.3*lzth)}
R_Rth5      4     Tcase  {927.454m*(1+0.3*lzth)}
.ENDS

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

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

.SUBCKT IGT65R035D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=3.85E-10 Ld=8.93E-10 Lg=3.58E-09
.PARAM Rs=2.11E-03      Rgext=3.47E-02       Rd=2.08E-03      Rm=102u
.PARAM Lss=2.55E-09    Rss=3.43E-02
.PARAM fpar40=7.19
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGT65R035D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=3.85E-10 Ld=8.93E-10 Lg=3.58E-09 Zthtype=0
.PARAM Rs=2.11E-03      Rgext=3.47E-02       Rd=2.08E-03      Rm=102u
.PARAM Lss=2.55E-09    Rss=3.43E-02
.PARAM fpar40=7.19
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {9.81575u/(1+0.30*lzth)}
C_CZth2     0     1      {11.7027u/(1+0.30*lzth)}
C_CZth3     0     2      {36.0939u/(1+0.30*lzth)}
C_CZth4     0     3      {632.436u/(1+0.30*lzth)}
C_CZth5     0     4      {3.52862m/(1+0.30*lzth)}
R_Rth1      Tj    1      {602.093u*(1+0.30*lzth)}
R_Rth2      1     2      {11.9694m*(1+0.30*lzth)}
R_Rth3      2     3      {46.7564m*(1+0.30*lzth)}
R_Rth4      3     4      {102.166m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {419.196m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGT65R025D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.64E-10 Ld=7.25E-10 Lg=3.07E-09
.PARAM Rs=1.13E-03      Rgext=2.93E-02       Rd=1.22E-03      Rm=102u
.PARAM Lss=2.06E-09    Rss=2.69E-02
.PARAM fpar40=10.32
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGT65R025D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.64E-10 Ld=7.25E-10 Lg=3.07E-09 Zthtype=0
.PARAM Rs=1.13E-03      Rgext=2.93E-02       Rd=1.22E-03      Rm=102u
.PARAM Lss=2.06E-09    Rss=2.69E-02
.PARAM fpar40=10.32
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {14.4503u/(1+0.30*lzth)}
C_CZth2     0     1      {17.17u/(1+0.30*lzth)}
C_CZth3     0     2      {54.8717u/(1+0.30*lzth)}
C_CZth4     0     3      {942.686u/(1+0.30*lzth)}
C_CZth5     0     4      {5.02974m/(1+0.30*lzth)}
R_Rth1      Tj    1      {472.157u*(1+0.30*lzth)}
R_Rth2      1     2      {9.06577m*(1+0.30*lzth)}
R_Rth3      2     3      {32.8442m*(1+0.30*lzth)}
R_Rth4      3     4      {72.1035m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {295.999m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGT65R045D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=4.33E-10 Ld=9.59E-10 Lg=3.61E-09
.PARAM Rs=2.50E-03      Rgext=3.52E-02       Rd=2.44E-03      Rm=102u
.PARAM Lss=2.36E-09    Rss=3.17E-02
.PARAM fpar40=5.67
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGT65R045D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=4.33E-10 Ld=9.59E-10 Lg=3.61E-09 Zthtype=0
.PARAM Rs=2.50E-03      Rgext=3.52E-02       Rd=2.44E-03      Rm=102u
.PARAM Lss=2.36E-09    Rss=3.17E-02
.PARAM fpar40=5.67
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {7.95613u/(1+0.30*lzth)}
C_CZth2     0     1      {9.43097u/(1+0.30*lzth)}
C_CZth3     0     2      {29.9932u/(1+0.30*lzth)}
C_CZth4     0     3      {509.81u/(1+0.30*lzth)}
C_CZth5     0     4      {2.8061m/(1+0.30*lzth)}
R_Rth1      Tj    1      {858.935u*(1+0.30*lzth)}
R_Rth2      1     2      {16.3533m*(1+0.30*lzth)}
R_Rth3      2     3      {59.2991m*(1+0.30*lzth)}
R_Rth4      3     4      {130.363m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {522.404m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGT65R140D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=7.21E-10 Ld=1.52E-09 Lg=4.04E-09
.PARAM Rs=7.84E-03      Rgext=6.30E-02       Rd=8.40E-03      Rm=102u
.PARAM Lss=2.65E-09    Rss=5.52E-02
.PARAM fpar40=1.76
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGT65R140D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=7.21E-10 Ld=1.52E-09 Lg=4.04E-09 Zthtype=0
.PARAM Rs=7.84E-03      Rgext=6.30E-02       Rd=8.40E-03      Rm=102u
.PARAM Lss=2.65E-09    Rss=5.52E-02
.PARAM fpar40=1.76
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {2.36928u/(1+0.30*lzth)}
C_CZth2     0     1      {2.73191u/(1+0.30*lzth)}
C_CZth3     0     2      {7.98143u/(1+0.30*lzth)}
C_CZth4     0     3      {131.41u/(1+0.30*lzth)}
C_CZth5     0     4      {765.799u/(1+0.30*lzth)}
R_Rth1      Tj    1      {2.32859m*(1+0.30*lzth)}
R_Rth2      1     2      {44.0479m*(1+0.30*lzth)}
R_Rth3      2     3      {187.329m*(1+0.30*lzth)}
R_Rth4      3     4      {343.747m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {1.48216*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGT65R055D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=5.45E-10 Ld=1.10E-09 Lg=3.73E-09
.PARAM Rs=3.38E-03      Rgext=3.64E-02       Rd=3.52E-03      Rm=102u
.PARAM Lss=2.52E-09    Rss=3.32E-02
.PARAM fpar40=4.46
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGT65R055D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=5.45E-10 Ld=1.10E-09 Lg=3.73E-09 Zthtype=0
.PARAM Rs=3.38E-03      Rgext=3.64E-02       Rd=3.52E-03      Rm=102u
.PARAM Lss=2.52E-09    Rss=3.32E-02
.PARAM fpar40=4.46
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {6.20452u/(1+0.30*lzth)}
C_CZth2     0     1      {7.11481u/(1+0.30*lzth)}
C_CZth3     0     2      {22.0954u/(1+0.30*lzth)}
C_CZth4     0     3      {404.003u/(1+0.30*lzth)}
C_CZth5     0     4      {2.08415m/(1+0.30*lzth)}
R_Rth1      Tj    1      {1.05125m*(1+0.30*lzth)}
R_Rth2      1     2      {19.3218m*(1+0.30*lzth)}
R_Rth3      2     3      {78.2966m*(1+0.30*lzth)}
R_Rth4      3     4      {158.055m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {654.329m*(1+0.30*lzth)}
.ENDS

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

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

.SUBCKT IGL65R055D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.28E-10 Ld=6.43E-10 Lg=2.42E-09
.PARAM Rs=2.32E-03      Rgext=3.61E-02       Rd=4.36E-03      Rm=102u
.PARAM Lss=1.85E-09    Rss=3.00E-02
.PARAM fpar40=4.46
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGL65R055D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.28E-10 Ld=6.43E-10 Lg=2.42E-09 Zthtype=0
.PARAM Rs=2.32E-03      Rgext=3.61E-02       Rd=4.36E-03      Rm=102u
.PARAM Lss=1.85E-09    Rss=3.00E-02
.PARAM fpar40=4.46
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {5.93407u/(1+0.30*lzth)}
C_CZth2     0     1      {6.16292u/(1+0.30*lzth)}
C_CZth3     0     2      {83.6211u/(1+0.30*lzth)}
C_CZth4     0     3      {235.66u/(1+0.30*lzth)}
C_CZth5     0     4      {1.61094m/(1+0.30*lzth)}
R_Rth1      Tj    1      {883.788u*(1+0.30*lzth)}
R_Rth2      1     2      {7.37181m*(1+0.30*lzth)}
R_Rth3      2     3      {40.2546m*(1+0.30*lzth)}
R_Rth4      3     4      {154.814m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {667.802m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGL65R080D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.28E-10 Ld=6.43E-10 Lg=2.42E-09
.PARAM Rs=2.32E-03      Rgext=3.61E-02       Rd=4.36E-03      Rm=102u
.PARAM Lss=1.85E-09    Rss=3.00E-02
.PARAM fpar40=3.12
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGL65R080D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.28E-10 Ld=6.43E-10 Lg=2.42E-09 Zthtype=0
.PARAM Rs=2.32E-03      Rgext=3.61E-02       Rd=4.36E-03      Rm=102u
.PARAM Lss=1.85E-09    Rss=3.00E-02
.PARAM fpar40=3.12
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {4.09417u/(1+0.30*lzth)}
C_CZth2     0     1      {4.09427u/(1+0.30*lzth)}
C_CZth3     0     2      {61.123u/(1+0.30*lzth)}
C_CZth4     0     3      {171.759u/(1+0.30*lzth)}
C_CZth5     0     4      {1.15733m/(1+0.30*lzth)}
R_Rth1      Tj    1      {1.0101m*(1+0.30*lzth)}
R_Rth2      1     2      {10.7285m*(1+0.30*lzth)}
R_Rth3      2     3      {59.0588m*(1+0.30*lzth)}
R_Rth4      3     4      {216.29m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {895.715m*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGL65R110D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.83E-10 Ld=8.30E-10 Lg=2.72E-09
.PARAM Rs=2.83E-03      Rgext=4.06E-02       Rd=4.68E-03      Rm=102u
.PARAM Lss=1.95E-09    Rss=3.21E-02
.PARAM fpar40=2.26
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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

.SUBCKT IGL65R110D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.83E-10 Ld=8.30E-10 Lg=2.72E-09 Zthtype=0
.PARAM Rs=2.83E-03      Rgext=4.06E-02       Rd=4.68E-03      Rm=102u
.PARAM Lss=1.95E-09    Rss=3.21E-02
.PARAM fpar40=2.26
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {3.00963u/(1+0.30*lzth)}
C_CZth2     0     1      {3.11539u/(1+0.30*lzth)}
C_CZth3     0     2      {44.924u/(1+0.30*lzth)}
C_CZth4     0     3      {141.092u/(1+0.30*lzth)}
C_CZth5     0     4      {846.216u/(1+0.30*lzth)}
R_Rth1      Tj    1      {1.70282m*(1+0.30*lzth)}
R_Rth2      1     2      {14.9432m*(1+0.30*lzth)}
R_Rth3      2     3      {92.3963m*(1+0.30*lzth)}
R_Rth4      3     4      {318.229m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {1.21077*(1+0.30*lzth)}
.ENDS

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

.SUBCKT IGL65R140D2_L1 drain gate source source_sense PARAMS: dgfs=0 Ls=2.86E-10 Ld=1.03E-09 Lg=2.21E-09
.PARAM Rs=2.82E-03      Rgext=3.30E-02       Rd=6.02E-03      Rm=102u
.PARAM Lss=1.63E-09    Rss=2.65E-02
.PARAM fpar40=1.76
.PARAM fpar44={fpar40/(1e3*0.01725)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
E1    Tj     0    VALUE={TEMP}
.ENDS

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.SUBCKT IGL65R140D2_L3 drain gate source source_sense Tj Tcase PARAMS: dgfs=0 Ls=2.86E-10 Ld=1.03E-09 Lg=2.21E-09 Zthtype=0
.PARAM Rs=2.82E-03      Rgext=3.30E-02       Rd=6.02E-03      Rm=102u
.PARAM Lss=1.63E-09    Rss=2.65E-02
.PARAM fpar40=1.76
.PARAM fpar44={fpar40/(1e3*0.01725)}
.PARAM lzth={limit(Zthtype,0,1)}
X1  d1a g s1a s1ask Tj GaN_var_600V_NormOFF_gen2 PARAMS: a={fpar40}   w={fpar44}
Lg    gate   g1   {Lg*if(dgfs==99,0,1)}
Rg    g1     g    {Rgext}
Ls    source s1   {Ls*if(dgfs==99,0,1)}
Gs    s1     s1a   VALUE={V(s1,s1a)/(Rs*(1+(limit(V(Tj),-200,999)-25)*4m)-Rm)}
Rsa   s1     s1a   1Meg
Ld    drain  d1   {Ld*if(dgfs==99,0,1)}
Rda   d1     d1a  {Rd}
Rssk  s1ask  s1askr    {Rss}
Lssk  s1askr  source_sense {Lss}
C_CZth1     Tj    0      {2.21953u/(1+0.30*lzth)}
C_CZth2     0     1      {2.38047u/(1+0.30*lzth)}
C_CZth3     0     2      {35.3749u/(1+0.30*lzth)}
C_CZth4     0     3      {100.983u/(1+0.30*lzth)}
C_CZth5     0     4      {650.808u/(1+0.30*lzth)}
R_Rth1      Tj    1      {2.05589m*(1+0.30*lzth)}
R_Rth2      1     2      {19.4331m*(1+0.30*lzth)}
R_Rth3      2     3      {111.92m*(1+0.30*lzth)}
R_Rth4      3     4      {395.582m*(1+0.30*lzth)}
R_Rth5      4     Tcase  {1.52212*(1+0.30*lzth)}
.ENDS

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