; Top Design: "LET564_CROFT_lib:stabiliseringsnat:schematic"
; Netlisted using Hierarchy Policy: "Standard"

Options ResourceUsage=yes UseNutmegFormat=no EnableOptim=no TopDesignName="LET564_CROFT_lib:stabiliseringsnat:schematic" DcopOutputNodeVoltages=yes DcopOutputPinCurrents=yes DcopOutputAllSweepPoints=no DcopOutputDcopType=0
; Library Name: LET564_Models_lib
; Cell Name: ATF-55143_WithTLAccess
; View Name: schematic
define "ATF-55143_WithTLAccess" ( G  S1  D  S2 ) 
;parameters 
TLINP:TL6  N__9 N__20 Z=Z1 Ohm L=15 mil K=1 A=0.0000 F=1 GHz TanD=0.001 Mur=1 TanM=0 Sigma=0 DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz 
TLINP:TL8  N__4 S2 Z=Z1 Ohm L=15 mil K=1 A=0.0000 F=1 GHz TanD=0.001 Mur=1 TanM=0 Sigma=0 DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz 
TLINP:TL10  S1 N__2 Z=Z1 Ohm L=15 mil K=1 A=0.000 F=1 GHz TanD=0.001 Mur=1 TanM=0 Sigma=0 DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz 
TLINP:TL4  N__15 N__3 Z=Z1 Ohm L=15 mil K=1 A=0.000 F=1 GHz TanD=0.001 Mur=1 TanM=0 Sigma=0 DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz 
"MESFETM1":FET1  N__11 N__7 N__12 Noise=yes 
L:L8  N__12 N__5 L=0.4 nH R=0.001 Noise=yes  
L:L4  N__13 N__12 L=0.4 nH R=0.001 Noise=yes  

K=5
Z2=77.331 opt{ 50 to 180 }
Z1=26.5413 opt{ 10 to 150 }
L:L9  N__6 N__7 L=0.847246 nH opt{ 0.01 nH to 1.0 nH } R=0.001 Noise=yes  
L:L10  N__11 N__10 L=0.828461 nH opt{ 0.01 nH to 1.0 nH } R=0.001 Noise=yes  
C:C1  N__6 N__8 C=0.116595 pF opt{ 0.01 pF to 0.25 pF } 
C:C2  N__10 N__8 C=0.11182 pF opt{ 0.01 pF to 0.25 pF } 
TLINP:TL3  N__3 N__6 Z=Z2 Ohm L=10 mil opt{ 10 mil to 30 mil } K=K A=0.000 F=1 GHz TanD=0.001 Mur=1 TanM=0 Sigma=0 DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz 
TLINP:TL13  N__10 N__9 Z=Z2 Ohm L=23.917 mil opt{ 10 mil to 30 mil } K=K A=0.000 F=1 GHz TanD=0.001 Mur=1 TanM=0 Sigma=0 DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz 
TLINP:TL9  N__2 N__13 Z=Z2 Ohm L=5.00012 mil opt{ 5 mil to 25 mil } K=K A=0.000 F=1 GHz TanD=0.001 Mur=1 TanM=0 Sigma=0 DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz 
TLINP:TL14  N__5 N__4 Z=Z2 Ohm L=5.00004 mil opt{ 5 mil to 25 mil } K=K A=0.000 F=1 GHz TanD=0.001 Mur=1 TanM=0 Sigma=0 DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz 
TLINP:TL1  N__13 N__8 Z=Z2/2 Ohm L=10.0741 mil opt{ 10 mil to 30 mil } K=K A=0.0000 F=1 GHz TanD=0.001 Mur=1 TanM=0 Sigma=0 DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz 
TLINP:TL15  N__8 N__5 Z=Z2/2 Ohm L=10.0018 mil opt{ 10 mil to 30 mil } K=K A=0.0000 F=1 GHz TanD=0.001 Mur=1 TanM=0 Sigma=0 DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz 
model MESFETM1 GaAs NFET=1 PFET=0 Idsmod=1 Vto=0.3 Beta=0.444 Lambda=72e-3 Alpha=13 Tnom=16.85 Ucrit=-0.72 Vgexp=1.91 Gamds=1e-4 Rgs=0.5 Ohm Gscap=2 Cgs=0.745459 pF opt{ 0.6 pF to 1.2 pF } Cgd=0.134785 pF opt{ 0.1 pF to 0.5 pF } Gdcap=2 Fc=0.65 Rgd=0.5 Ohm Rd=2.025 Ohm Rg=2.9 Ohm Rs=0.675 Ohm Lg=0.094 nH Cds=0.100 pF Rc=259.818 Ohm opt{ 100 Ohm to 410 Ohm } Crf=0.99957 pF opt{ 0.01 pF to 1 pF } Vbi=0.95 Fnc=1 MHz R=0.4 P=0.2 C=0.1 Taumdl=0 
MTAPER:Taper1  G N__1 Subst="MSub1" W1=2.97 mm W2=0.6 mm L=2 mm 
model MSub1 MSUB H=62 mil Er=4.4 Mur=1 Cond=1.0E+50 Hu=1.0e+033 mm T=35 um TanD=0.16 Rough=0 mm DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz RoughnessModel=2 
MLIN2:TL18  N__0 N__15 Subst="MSub1" W=0.6 mm L=1 mm Wall1=2.5e+028 mm Wall2=2.5e+028 mm Mod=1 
MLIN2:TL5  N__1 N__0 Subst="MSub1" W=0.6 mm L=0.45 mm Wall1=2.5e+028 mm Wall2=2.5e+028 mm Mod=1 
MTAPER:Taper2  D N__22 Subst="MSub1" W1=2.97 mm W2=0.6 mm L=2 mm 
MLIN2:TL19  N__22 N__14 Subst="MSub1" W=0.6 mm L=0.45 mm Wall1=2.5e+028 mm Wall2=2.5e+028 mm Mod=1 
MLIN2:TL20  N__14 N__20 Subst="MSub1" W=0.6 mm L=1 mm Wall1=2.5e+028 mm Wall2=2.5e+028 mm Mod=1 
end "ATF-55143_WithTLAccess"

"ATF-55143_WithTLAccess":X1  N__10 0 N__11 0 
Short:DC_Block1  N__4 N__10 Mode=1 
Short:DC_Block2  N__8 N__5 Mode=1 
Port:Term1  N__4 0 Num=1 Z=50 Ohm Noise=yes 
Port:Term2  N__5 0 Num=2 Z=50 Ohm Noise=yes 
V_Source:SRC2  N__7 0 Type="V_DC" Vdc=VDS V SaveCurrent=1 
V_Source:SRC1  N__3 0 Type="V_DC" Vdc=VGS V SaveCurrent=1 
MLIN2:TL2  N__9 N__11 Subst="MSub1" W=W_BIAS mm L=L_BIAS mm Wall1=2.5e+28 mm Wall2=2.5e+28 mm Mod=1 
MLIN2:TL1  N__6 N__10 Subst="MSub1" W=W_BIAS mm L=L_BIAS mm Wall1=2.5e+28 mm Wall2=2.5e+28 mm Mod=1 
C:C1  0 N__6 C=10 uF 
C:C2  0 N__9 C=10 uF 
L:L1  N__3 N__6 L=100 nH Noise=yes  
L:L2  N__7 N__9 L=100 nH Noise=yes  

L_BIAS=21.586500
W_BIAS=0.649516
model MSub1 MSUB H=1.57 mm Er=4.4 Mur=1 Cond=1.0E+50 Hu=1.0e+33 mm T=35 um TanD=0 Rough=0 mm DielectricLossModel=1 FreqForEpsrTanD=1.0 GHz LowFreqForTanD=1.0 kHz HighFreqForTanD=1.0 THz RoughnessModel=2 

VGS=0.47
VDS=2.7
aele SmGamma1=sm_gamma1(S);
aele SmGamma2=sm_gamma2(S);
aele StabFact1=stab_fact(S);
aele StabMeas1=stab_meas(S);
aele S_StabCircle1=s_stab_circle(S,51);
aele L_StabCircle1=l_stab_circle(S,51);
aele Mu1=mu(S);
S_Param:SP1 CalcS=yes CalcY=no CalcZ=no GroupDelayAperture=1e-4 FreqConversion=no FreqConversionPort=1 StatusLevel=2 CalcNoise=yes SortNoise=0 BandwidthForNoise=1.0 Hz Freq=2.01 GHz DevOpPtLevel=0 \
OutputPlan="SP1_Output" 

OutputPlan:SP1_Output \
      Type="Output" \
      UseEquationNestLevel=yes \
      EquationNestLevel=2 \
      UseSavedEquationNestLevel=yes \
      SavedEquationNestLevel=2

#load "python","LinearCollapse"
Component Module="LinearCollapse" Type="ModelExtractor" NetworkRepresentation=2
aele S_StabRegion1=s_stab_region(S);
aele L_StabRegion1=l_stab_region(S);
aele GaCircle1=ga_circle(S,NULL,51,10,0.5);
aele MaxGain1=max_gain(S);
aele NsCircle1=ns_circle(,NFmin,Sopt,Rn/50,51,10,0.1);
aele GpCircle1=gp_circle(S,NULL,51,10,0.5);
aele Yopt1=yopt(Sopt,PortZ1);
R:R1  N__11 N__8 R=15 Ohm tune{ 1 Ohm to 50 Ohm by 1 Ohm } Noise=yes 
