File {
  * input files:
  Grid=   "pn_mdr.grd"
  Doping= "pn_mdr.dat"
  * output files:
  Plot=   "pn_des.dat"
  Current="pn_des.plt"
  Output= "pn_des.log"
}

Electrode {
  { Name="gate"    Voltage=1.0 }
  { Name="body"    Voltage=0.0 }
}

Physics {
  Mobility( DopingDep HighFieldsat Enormal )
  EffectiveIntrinsicDensity( OldSlotboom )
}

Plot {
  eDensity  hDensity  eCurrent  hCurrent
  Potential  SpaceCharge  ElectricField
  eMobility  hMobility  eVelocity  hVelocity
  Doping  DonorConcentration   AcceptorConcentration
}

Math {
  Extrapolate
  Derivatives
  NewDiscretization
}

Solve {
  Poisson
#-initial solution:
  Coupled { Poisson Electron Hole}
#-ramp gate:
#  Quasistationary ( MaxStep=0.05
#                    Goal { Name="gate" Voltage=2 } )
#                  { Coupled { Poisson Electron } }
}