
Options ResourceUsage=yes UseNutmegFormat=no EnableOptim=no TopDesignName="powerampdg:Stab_vs_freq_pwr:schematic" DcopOutputNodeVoltages=yes DcopOutputPinCurrents=yes DcopOutputAllSweepPoints=no DcopOutputDcopType=0
define fet_81xp ( N__4  N__3  N__5 ) 
;parameters 
"FLC081XP":EEFET1  N__1 N__0 N__2 Noise=yes 
L:L1  N__3 N__0 L=0.322 nH Noise=yes  
L:L2  N__1 N__4 L=0.298 nH Noise=yes  
L:L3  N__2 N__5 L=0.0527 nH Noise=yes  
model FLC081XP EE_FET3 Vto=-1.975367 Gamma=0.020060 Vgo=-1.030078 Vdelt=0.099871 Vch=1.0 Gmmax=0.147941 Vdso=2.0 Vsat=1.696747 Kapa=0.255487 Peff=3.0 Vtso=-10.0 Is=1.51e-12 N=1.5 Ris=2.170776 Tau=1.27e-11 Cdso=3.89e-13 Rdb=1.0e+9 Cbs=1.60e-13 Vtoac=-2.099417 Gammaac=0.022542 Vdeltac=0.012398 Gmmaxac=0.198057 Kapaac=6.47e-8 Peffac=20.36817 Vtsoac=-10.0 Gdbm=0.012170 Kdb=16.81255 Vdsm=1.0 C11o=2.72e-12 C11th=1.08e-12 Vinfl=-1.473580 Deltgs=2.002681 Deltds=1.174060 Lambda=0.049380 C12sat=3.12e-13 Cgdsat=3.12e-13 Kbk=0.030 Vbr=21.10 Nbr=2.0 Idsoc=0.374360 Rd=0.202041 Rs=0.125843 Rg=1.257152 Ugw=0.000075 Ngf=10.0 
end fet_81xp

global RFfreq=2 GHz
global RFpower=0 _dBm
HB:HB1 MaxOrder=4 Freq[1]=RFfreq Order[1]=11 StatusLevel=2 FundOversample=1 \
Restart=no UseAllSS_Freqs=yes UseOutFile=no UseInFile=no SS_Freq=1.0 KHz SweepVar="RFpower" SweepPlan="HB1_stim" OutputPlan="HB1_Output" ConvMode=2 MaxIters=10 ArcLevelMaxStep=0.0 MaxStepRatio=100 MaxShrinkage=1.0e-5 ArcMaxStep=0.0 \
UseKrylov=yes 

SweepPlan: HB1_stim Start=0 Stop=15 Step=2.5 

OutputPlan:HB1_Output \
      Type="Output" \
      UseNodeNestLevel=yes \
      NodeNestLevel=2 \
      UseEquationNestLevel=yes \
      EquationNestLevel=2 \
      UseSavedEquationNestLevel=yes \
      SavedEquationNestLevel=2 \
      UseDeviceCurrentNestLevel=no \
      DeviceCurrentNestLevel=0 \
      DeviceCurrentDeviceType="All" \
      DeviceCurrentSymSyntax=yes \
      UseCurrentNestLevel=yes \
      CurrentNestLevel=999 \
      UseDeviceVoltageNestLevel=no \
      DeviceVoltageNestLevel=0 \
      DeviceVoltageDeviceType="All"

Tran:HB1_tran HB_Sol=1 SteadyState=1 StatusLevel=3 \
Freq[1]=RFfreq Order[1]=11 

Component:tahb_HB1 Module="ATAHB" Type="ModelExtractor" \ 
 Tran_Analysis="HB1_tran" HB_Analysis="HB1" 

R:R2  b2 0 R=Z0 Noise=yes 
R:R3  a1 0 R=Z0 Noise=yes 
C:C2  N__10 N__12 C=1.0 uF 
C:C3  N__6 N__11 C=1.0 uF 
V_Source:SRC1  N__8 0 Type="V_DC" Vdc=Vhigh SaveCurrent=1 
V_Source:SRC2  N__9 0 Type="V_DC" Vdc=Vlow SaveCurrent=1 
S_Port:SimpleCoupler1  N__7 0 N__6 0 a1 0 b1 0 S[1,1]=0 S[1,2]=0 S[1,3]=0 S[1,4]=0 S[2,1]=1 S[2,2]=0 S[2,3]=0 S[2,4]=0 S[3,1]=1 S[3,2]=0 S[3,3]=0 S[3,4]=0 S[4,1]=0 S[4,2]=1 S[4,3]=0 S[4,4]=0 Z[1]=Z0 Z[2]=Z0 Z[3]=Z0 Z[4]=Z0 Recip=no 
Port:PORT1  N__7 0 Num=1 Z=Z0 P[1]=dbmtow(RFpower) Freq[1]=RFfreq    Noise=yes Pac=polar(dbmtow(0),0) 
L:L2  N__8 N__10 L=1.0 uH Noise=yes  
L:L1  N__9 N__11 L=1.0 uH Noise=yes  
R:R4  b1 0 R=Z0 Noise=yes 
R:R1  a2 0 R=Z0 Noise=yes 

Z0 =50
Vhigh=6 V
Vlow=-0.5 V
fet_81xp:X2  N__10 N__11 0 
ParamSweep:Sweep1 SimInstanceName[1]="HB1" StatusLevel=2 SweepVar="RFfreq" SweepPlan="Sweep1_stim" 

SweepPlan: Sweep1_stim Start=0.5 GHz Stop=4 GHz Step=0.5 GHz 

S_Port:SimpleCoupler  N__12 0 Vout 0 b2 0 a2 0 S[1,1]=0 S[1,2]=1 S[1,3]=0 S[1,4]=0 S[2,1]=1 S[2,2]=0 S[2,3]=0 S[2,4]=0 S[3,1]=1 S[3,2]=0 S[3,3]=0 S[3,4]=0 S[4,1]=0 S[4,2]=1 S[4,3]=0 S[4,4]=0 Z[1]=Z0 Z[2]=Z0 Z[3]=Z0 Z[4]=Z0 Recip=no 
Port:PORT2  Vout 0 Num=2 Z=Z0    P_USB[1]=dbmtow(0)  Noise=yes Pac=polar(dbmtow(0),0) 
