content: [TR]
  P=11
  P000=Tend,1,0,50u
  P001=Hmin,1,0,0.01u
  P002=Hmax,1,0,0.02u
  P003=Theta,1,0,27
  P004=UseIVals,1,0,0
  P005=IValsFile,1,0,
  P006=Solver,1,0,1
  P007=LDF,1,0,1
  P008=Iteratmax,1,0,40
  P009=IEmax,1,0,0.001
  P010=VEmax,1,0,0.001
  C=0
  O=0
  E=11
  E000=Tend,1,Simulation end time
  E001=Hmin,1,Min. timestep
  E002=Hmax,1,Max. timestep
  E003=Theta,1,Global temperature
  E004=UseIVals,1,
  E005=IValsFile,1,Name of the optional Initial Values File (*.aws)
  E006=Solver,1,Integration formula
  E007=LDF,1,Local discretization error
  E008=Iteratmax,1,Max. number of iterations
  E009=IEmax,1,Max. current error
  E010=VEmax,1,Max. voltage error
  G=1
  G000=/TR//0/0/
  [AC]
  P=8
  P000=Fstart,1,0,1
  P001=Fend,1,0,1k
  P002=Fstep,1,0,10
  P003=ACSweepType,1,0,1
  P004=Theta,1,0,27
  P005=IteratmaxAC,1,0,40
  P006=EMaxAC,1,0,1u
  P007=Relaxmax,1,0,1u
  C=0
  O=0
  E=8
  E000=Fstart,1,Start frequency
  E001=Fend,1,Stop frequency
  E002=Fstep,1,Frequency stepwidth
  E003=ACSweepType,1,AC Sweep Type
  E004=Theta,1,Global temperature
  E005=IteratmaxAC,1,Max. number of iterations
  E006=EMaxAC,1,Maximum Error
  E007=Relaxmax,1,Maximum Number of Relaxations
  G=1
  G000=/AC//0/0/
  [DC]
  P=4
  P000=Theta,1,0,27
  P001=Iteratmax,1,0,50
  P002=EMaxDC,1,0,1m
  P003=Relaxmax,1,0,10
  C=0
  O=0
  E=4
  E000=Theta,1,Global temperature
  E001=Iteratmax,1,Max. number of iterations
  E002=EMaxDC,1,Maximum Error
  E003=Relaxmax,1,Maximum Number of Relaxations
  G=1
  G000=/DC//0/0/
  [Graphic]
  P=4
  P000=Xmin,1,0,0
  P001=Xmax,1,0,Tend
  P002=Ymin,1,0,-400
  P003=Ymax,1,0,400
  C=0
  O=0
  E=4
  E000=Xmin,1,Start value for output
  E001=Xmax,1,End value for output
  E002=Ymin,1,Min. value for display
  E003=Ymax,1,Max. value for display
  G=1
  G000=/Grafik//0/0/
  [SdbControl]
  P=6
  P000=Xmin,1,0,0
  P001=Xmax,1,0,Tend
  P002=Reduce,1,0,0
  P003=StepNo,1,0,2
  P004=StepWidth,1,0,10u
  P005=RelChange,1,0,0.0
  C=0
  O=0
  E=6
  E000=Xmin,1,Start value for output
  E001=Xmax,1,End value for output
  E002=Reduce,1,Dynamic reduction Off/Step/Timestep
  E003=StepNo,1,Output every ... steps
  E004=StepWidth,1,Output step size
  E005=RelChange,1,Maximum Change (in %)
  G=1
  G000=/SDBCTRL//0/0/
  [General]
  P=2
  P000=Theta,1,0,27
  P001=BDMold,1,0,0
  C=0
  O=0
  E=2
  E000=Theta,1,Global temperature
  E001=BDMold,1,Specifies whether the sequential or the DES-based BDM Simulator will be used.
  G=1
  G000=/GENERAL//0/0/
  [R1]
  P=8
  P000=R,1,0,50
  P001=CH,1,0,
  P002=CH_FILE,1,0,
  P003=CH_STRG,1,0,
  P004=V,2,0,0
  P005=I,2,0,0
  P006=dV,2,0,0
  P007=dI,2,0,0
  C=2
  C000=N1,N0009
  C001=N2,GND
  O=0
  E=5
  E000=R1.R,1,Resistance
  E001=R1.V,2,Voltage
  E002=R1.I,2,Current
  E003=R1.dV,2,Derivative of Voltage
  E004=R1.dI,2,Derivative of Current
  G=1
  G000=/R/C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD/30/0/
  [C1]
  P=11
  P000=C,1,0,5n
  P001=V0,1,0,
  P002=CH,1,0,
  P003=CH_FILE,1,0,
  P004=CH_STRG,1,0,
  P005=V,2,0,0
  P006=I,2,0,0
  P007=Q,2,0,0
  P008=dV,2,0,0
  P009=dI,2,0,0
  P010=dQ,2,0,0
  C=2
  C000=N1,N0009
  C001=N2,GND
  O=0
  E=8
  E000=C1.C,1,Capacitance
  E001=C1.V0,1,Initial Voltage
  E002=C1.V,2,Voltage
  E003=C1.I,2,Current
  E004=C1.Q,2,Charge
  E005=C1.dV,2,Derivative of Voltage
  E006=C1.dI,2,Derivative of Current
  E007=C1.dQ,2,Derivative of Charge
  G=1
  G000=/C/C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD/32/0/
  [D1]
  P=13
  P000=V,2,0,0
  P001=I,2,0,0
  P002=G,2,0,0
  P003=dV,2,0,0
  P004=CH,1,0,
  P005=VF,1,0,0.8
  P006=RB,1,0,1m
  P007=RR,1,0,100k
  P008=ISAT,1,0,1p
  P009=VT,1,0,35m
  P010=FILE,1,0,Sheet1__D1.mdx
  P011=FILE_STRG,1,0,
  P012=dI,2,0,0
  C=2
  C000=A,N0006
  C001=C,N0009
  O=0
  E=10
  E000=D1.V,2,Voltage
  E001=D1.I,2,Current
  E002=D1.G,2,Conductance
  E003=D1.dV,2,Derivative of Voltage
  E004=D1.VF,1,Forward Voltage
  E005=D1.RB,1,Bulk Resistance
  E006=D1.RR,1,Reverse Resistance
  E007=D1.ISAT,1,Saturation Current
  E008=D1.VT,1,Thermal Voltage
  E009=D1.dI,2,Derivative of Current
  G=1
  G000=/D/C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD/15/0/
  [R2]
  P=8
  P000=R,1,0,1k
  P001=CH,1,0,
  P002=CH_FILE,1,0,
  P003=CH_STRG,1,0,
  P004=V,2,0,0
  P005=I,2,0,0
  P006=dV,2,0,0
  P007=dI,2,0,0
  C=2
  C000=N1,N0002
  C001=N2,GND
  O=0
  E=5
  E000=R2.R,1,Resistance
  E001=R2.V,2,Voltage
  E002=R2.I,2,Current
  E003=R2.dV,2,Derivative of Voltage
  E004=R2.dI,2,Derivative of Current
  G=1
  G000=/R/C:\ANSOFT\SIMPLORER70\LIB\.\BASIC_ELEMENTS.SMD/30/0/
  [N0002]
  P=0
  C=0
  O=0
  E=0
  G=1
  G000=///0/0/
  [N0003]
  P=0
  C=0
  O=0
  E=0
  G=1
  G000=///0/0/
  [N0004]
  P=0
  C=0
  O=0
  E=0
  G=1
  G000=///0/0/
  [N0005]
  P=0
  C=0
  O=0
  E=0
  G=1
  G000=///0/0/
  [N0006]
  P=0
  C=0
  O=0
  E=0
  G=1
  G000=///0/0/
  [N0009]
  P=0
  C=0
  O=0
  E=0
  G=1
  G000=///0/0/
  [GND]
  P=0
  C=1
  C000=P,
  O=0
  E=0
  G=1
  G000=///0/1/
  [GND]
  P=0
  C=1
  C000=P,
  O=0
  E=0
  G=1
  G000=///0/1/
  [GND]
  P=0
  C=0
  O=0
  E=0
  G=1
  G000=///0/0/
  [N0015]
  P=0
  C=0
  O=0
  E=0
  G=1
  G000=///0/2/
  [filtre]
  P=2
  P000=qsi,1,0,0.7
  P001=fn,1,0,1e6
  C=2
  C000=e,N0009
  C001=s,N0002
  O=1
  O000=RESULT VIEW VANALOG_5 (  filtre.vs, Type:=ANALOG );
  E=2
  E000=filtre.qsi,1,
  E001=filtre.fn,1,
  G=1
  G000=/filtre//0/0/
  [derivateur]
  P=1
  P000=a,1,0,10e-7
  C=2
  C000=e,N0005
  C001=s,N0006
  O=1
  O000=RESULT VIEW VANALOG_4 (  derivateur.vs, Type:=ANALOG );
  E=1
  E000=derivateur.a,1,
  G=1
  G000=/derivateur//0/0/
  [Limiteur]
  P=1
  P000=seuil,1,0,90e-3
  C=2
  C000=e,N0004
  C001=s,N0005
  O=1
  O000=RESULT VIEW VANALOG_3 (  Limiteur.vs, Type:=ANALOG );
  E=1
  E000=Limiteur.seuil,1,
  G=1
  G000=/limiteur//0/0/
  [amplificateur]
  P=1
  P000=a,1,0,10
  C=2
  C000=e,N0003
  C001=s,N0004
  O=1
  O000=RESULT VIEW VANALOG_2 (  amplificateur.vs, Type:=ANALOG );
  E=1
  E000=amplificateur.a,1,
  G=1
  G000=/ampli//0/0/
  [CONST1]
  P=7
  P000=CONST,1,0,200000
  P001=TS,1,0,0
  P002=AC_MAG,1,0,1m
  P003=AC_PHASE,1,0,0
  P004=AC_RE,1,0,1m
  P005=AC_IM,1,0,0
  P006=VAL,2,1,0
  C=0
  O=0
  E=7
  E000=CONST1.CONST,1,Constant Value
  E001=CONST1.TS,1,Sample Time
  E002=CONST1.AC_MAG,1,Source Current Magnitude (AC)
  E003=CONST1.AC_PHASE,1,Phase Shift Source Current (AC)
  E004=CONST1.AC_RE,1,Real Part of Source Current (AC)
  E005=CONST1.AC_IM,1,Imaginery Part of Source Current (AC)
  E006=CONST1.VAL,2,Value
  G=1
  G000=/CONST/C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD/69/0/
  [Sonde]
  P=5
  P000=ap,1,0,10e-3
  P001=am,1,0,100e-3
  P002=mf,1,0,5
  P003=fp,1,0,6e6
  P004=fm,1,1,CONST1.VAL
  C=1
  C000=e,N0003
  O=2
  O000=RESULT VIEW VANALOG_1 (  Sonde.vfm, Type:=ANALOG );
  O001=RESULT VIEW VANALOG_0 (  Sonde.vrcf, Type:=ANALOG );
  E=5
  E000=Sonde.ap,1,
  E001=Sonde.am,1,
  E002=Sonde.mf,1,
  E003=Sonde.fp,1,
  E004=Sonde.fm,1,
  G=1
  G000=/sonde//0/0/
  [/D/C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD/15/0/]
  N=1
  N000=D
  D=1
  D000=C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD,15
  [/CONST/C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD/69/0/]
  N=1
  N000=CONST
  D=1
  D000=C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD,69
  [/filtre//0/0/]
  N=1
  N000=filtre
  D=0
  [/C/C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD/32/0/]
  N=1
  N000=C
  D=1
  D000=C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD,32
  [/Grafik//0/0/]
  N=1
  N000=Grafik
  D=0
  [/AC//0/0/]
  N=1
  N000=AC
  D=0
  [/R/C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD/30/0/]
  N=1
  N000=R
  D=1
  D000=C:\ANSOFT\SIMPLORER70\LIB\BASIC_ELEMENTS.SMD,30
  [/DC//0/0/]
  N=1
  N000=DC
  D=0
  [/derivateur//0/0/]
  N=1
  N000=derivateur
  D=0
  [/R/C:\ANSOFT\SIMPLORER70\LIB\.\BASIC_ELEMENTS.SMD/30/0/]
  N=1
  N000=R
  D=1
  D000=C:\ANSOFT\SIMPLORER70\LIB\.\BASIC_ELEMENTS.SMD,30
  [/SDBCTRL//0/0/]
  N=1
  N000=SDBCTRL
  D=0
  [///0/2/]
  N=1
  N000=
  D=0
  [/TR//0/0/]
  N=1
  N000=TR
  D=0
  [/limiteur//0/0/]
  N=1
  N000=limiteur
  D=0
  [///0/1/]
  N=1
  N000=
  D=0
  [/ampli//0/0/]
  N=1
  N000=ampli
  D=0
  [///0/0/]
  N=1
  N000=
  D=0
  [/GENERAL//0/0/]
  N=1
  N000=GENERAL
  D=0
  [/sonde//0/0/]
  N=1
  N000=sonde
  D=0
  