fsl_mrf8p20100h_pkg_netlists.net

MRF8P20100H_MDL_ADS

; ADS Freescale Library Package Netlists
;***************************************************************************************
;Dual Die Netlists - Delete if not used
;***************************************************************************************
define FSL_MRF8P20100H_Level2_Rev1_SPmodel_FET2 ( gate1  drain1  gate2 drain2 source  thermal1 thermal2 ) 
parameters  Selft=0 TNOM="" TSNK=""  RTH=""  CTH="" DataPath="FSL_MRF8P20100H_Data\"
Options:Options1 TopologyCheck=yes ForceS_Params=yes ForceM_Params=yes SaveBranchCurrents=no OutputInternalNodes=no 

RTHD=1.0e-6
CTHD=1.0e-6
NTNOM = if(TNOM=="") then 298.15 else TNOM endif
NTSNK = if(TSNK=="") then 25 else TSNK endif
NRTH = if(RTH=="") then RTHD*2 else RTH*2 endif
NCTH = if(CTH=="") then CTHD/2 else CTH/2 endif

FileName=strcat(DataPath, "HV7LT_F197_34p5_v1.mdl")
L:L1 _net31 source L=3.3631 pH R=1.89919 mOhms Noise=yes  
L:L2 _net32 source L=3.3631 pH R=1.89919 mOhms Noise=yes  
#uselib "ckt", "S9P"
S9P:SNP1 gate1 gate2 drain1 drain2 _net5 _net6 _net7 _net8 source source File=strcat(DataPath, "MRF8P20100H_Level2_Rev0_s9p.s9p") \
Type="touchstone" InterpMode="linear" InterpDom="" ExtrpMode="constant" Temp=NTSNK CheckPassivity=0
FSL_MRF8P20100H_FET2:T1 _net5 _net6 _net31 thermal1 File=FileName Selft=Selft CTH=NCTH RTH=NRTH TSNK=NTSNK TNOM=NTNOM
FSL_MRF8P20100H_FET2:T2 _net7 _net8 _net32 thermal2 File=FileName Selft=Selft CTH=NCTH RTH=NRTH TSNK=NTSNK TNOM=NTNOM
end FSL_MRF8P20100H_Level2_Rev1_SPmodel_FET2
;***************************************************************************************
;***************************************************************************************
define FSL_MRF8P20100H_FET2 ( gate  drain  source  thermal )
parameters Gate_Periphery=73 mm Gate_Fingers=146 Selft=0 TNOM=298.15 TSNK=25  RTH=1.0e-6  CTH=1.0e-6 File="HV7LT_F197_34p5_v1.mdl"

Options:Options1 TopologyCheck=yes ForceS_Params=yes ForceM_Params=yes \
	MaxSpectralSize=512 V_RelTol=1e-6 V_AbsTol=1e-6 V I_RelTol=1e-6 I_AbsTol=1e-6 A \
	GiveAllWarnings=yes MaxWarnings=10 SaveBranchCurrents=no OutputInternalNodes=no \
	DC_ReadInitialGuess=no DC_WriteFinalSolution=no 

F_sclfact = (73/5)

C:Cpg gate _net100 C=(120.0*F_sclfact) fF
R:Rpg _net100 0 R=((1.0e-4)/F_sclfact) Ohms Noise=no  
R:Rgsh gate _net11 R=(6.5/F_sclfact) Ohms Noise=yes  
L:L1 gate _net1 L=0.0 pH Noise=yes  
L:Lgate _net1 _net11 L=(43.0/F_sclfact) pH
R:Rg _net11 _net10 R=(1.93/F_sclfact) Ohms Noise=yes

model FET2M1 FSLRFPK_FET2_v1 ENCRFile=File
"FET2M1":FSL1  _net10 _net20 _net30 thermal \
  Periphery=Gate_Periphery NFING=Gate_Fingers Selft=Selft CTH=CTH RTH=RTH TSNK=TSNK TNOM=TNOM 
L:Lsource _net30 _net300 L=(0.4/F_sclfact) pH
R:Rsource _net300 source R=(0.19/F_sclfact) Ohms

R:Rd _net22 _net20 R=(1.8/F_sclfact) Ohms Noise=yes
L:Ldrain _net22 _net2 L=(50.0/F_sclfact) pH
L:L2 drain _net2 L=0.0 pH Noise=no  
R:Rdsh _net22 drain R=(7.0/F_sclfact) Ohms Noise=yes  
C:Cpd drain _net200 C=(90.0*F_sclfact) fF
R:Rpd _net200 0 R=((1.0e-4)/F_sclfact) Ohms Noise=no

C:Cpgd gate drain C=(2.44*F_sclfact) fF
Mutual:Mutual1  K=0.0 M=(-10.75/F_sclfact) pH Inductor1="L1" Inductor2="L2" 
R:RTHERM thermal 0 R=500 MOhm
end FSL_MRF8P20100H_FET2
;***************************************************************************************