SPICELib.src.SPECIAL

Name	Description
IC1
IC2

SPICELib.src.SPECIAL.IC1

Parameters

Name	Default	Description
IC		[V]

Modelica definition

model IC1 
  extends INTERFACE.OnePin;
  extends INIT.Part;
  parameter SI.Voltage IC;
  constant SI.Resistance R_EPS=2e-4;
protected 
  SI.Voltage vClampDC;
  SI.Voltage vClampTran;
  SI.Time timeClampDC(start=1E100);
  SI.Time timeClampTran(start=1E100);
equation 
  // ------------
  // Static model
  // ------------
  p.iDC = if ctrl_IC_clampDC then (p.vDC - vClampDC)/R_EPS else 0;
  when ctrl_IC_clampDC then
    timeClampDC = time;
  end when;
  vClampDC = if ctrl_IC_clampDC and ctrl_IC_mode == 0 then IC else if 
    ctrl_IC_clampDC and ctrl_IC_mode == 1 then IC*(time - timeClampDC)/
    TIME_SCALE else 0;
  // ---------------------
  // AC small-signal model
  // ---------------------
  {p.iAC_Re,p.iAC_Im} = zeros(2);
  // ---------------
  // Transient model
  // ---------------
  p.iTran = if ctrl_IC_clampTran then (p.vTran - vClampTran)/R_EPS else 0;
  when ctrl_IC_clampTran then
    timeClampTran = time;
  end when;
  vClampTran = if ctrl_IC_clampTran and ctrl_IC_mode == 0 then IC else if 
    ctrl_IC_clampTran and ctrl_IC_mode == 1 then IC*(time - timeClampTran)/
    TIME_SCALE else 0;
end IC1;

SPICELib.src.SPECIAL.IC2

Parameters

Name	Default	Description
IC		[V]

Modelica definition

model IC2 
  extends INTERFACE.OnePort;
  extends INIT.Part;
  parameter SI.Voltage IC;
  constant SI.Resistance R_EPS=2e-4;
protected 
  SI.Voltage vClampDC;
  SI.Voltage vClampTran;
  SI.Time timeClampDC(start=1E100);
  SI.Time timeClampTran(start=1E100);
equation 
  // ------------
  // Static model
  // ------------
  iDC = if ctrl_IC_clampDC then (vDC - vClampDC)/R_EPS else 0;
  when ctrl_IC_clampDC then
    timeClampDC = time;
  end when;
  vClampDC = if ctrl_IC_clampDC and ctrl_IC_mode == 0 then IC else if 
    ctrl_IC_clampDC and ctrl_IC_mode == 1 then IC*(time - timeClampDC)/
    TIME_SCALE else 0;
  // ---------------------
  // AC small-signal model
  // ---------------------
  {iAC_Re,iAC_Im} = zeros(2);
  // ---------------
  // Transient model
  // ---------------
  iTran = if ctrl_IC_clampTran then (vTran - vClampTran)/R_EPS else 0;
  when ctrl_IC_clampTran then
    timeClampTran = time;
  end when;
  vClampTran = if ctrl_IC_clampTran and ctrl_IC_mode == 0 then IC else if 
    ctrl_IC_clampTran and ctrl_IC_mode == 1 then IC*(time - timeClampTran)/
    TIME_SCALE else 0;
end IC2;