ExportCircuit

Use: Export equivalent circuit data.

Command: Right-click a setup in the project tree or the Analysis folder and choose Export Circuit.

Syntax: ExportCircuit <Solution>, <Variation>, <FileName>, <ExportSettings>, <ModelName>, <Freq>

Return Value: none

Parameters: <Solution>

<SetupName>:<SolutionName>

<SetupName>

Type: <string>

Name of the setup where circuit is being exported

<SolutionName>

Type: <String>

Name of the solution.

<Variation>

Type: <string>

The variation where circuit is being exported

<FileName>

Type: <string>

The name of the file where circuit is being exported

<ModelName>

Type: <String>

Model name or name of the sub circuit (Optional). If not specified then <FileName> is considered as model name.

<Freq>

Type: <double>

Sweep frequency in hz.

<ExportSettings>

Array("NAME:CircuitData", "MatrixName:=", _

<ReduceMatrix>, "NumberOfCells:=", <NumCell>, "UserHasChangedSettings:=", <UserChangedSettings>, "IncludeCap:=", <IncludeCap>, "IncludeCond:=", <IncludeCond>, Array("NAME:CouplingLimits", <CouplingLimitsArray>, "IncludeDCR:=", <IncludeDCR>, "IncludeDCL:=", <IncludeDCL>, "IncludeACR:=", <IncludeACR>, "IncludeACL:=", <IncludeACL>, "ADDResistance:=", <AddResistance>)

Parameters:

<ReduceMatrix>

Type: <string>

One of the reduced matrix setup or "Original"

<NumCell>

Type: <string>

Number of cells in export. Can be a variable.

<UserChangedSettings>

Type: <bool>

Whether user changed settings or use default settings.wirebond

<IncludeCap>

Type: <bool>

Flag indicates whether to export Capacitance matrix.

<IncludeCond>

Type: <bool>

Flag indicates whether to export Conductance matrix.

<IncludeDCR>

Type: <bool>

Flag indicates whether to export DC resistance matrix.

<IncludeDCL>

Type: <bool>

Flag indicates whether to export DC Inductance matrix.

<IncludeACR>

Type: <bool>

Flag indicates whether to export AC resistance matrix.

<IncludeACL>

Type: <bool>

Flag indicates whether to export AC inductance matrix.

<AddResistance>

Type: <bool>

Adds the DC and AC resistance.

<CouplingLimitsArray>

Array("NAME:CouplingLimits", "CouplingLimitType:=", <CouplingLimitType>, _

<CouplingLimitsParameters>, 0.01, "CondFraction:=", 0.01)

<CouplingLimitType> = "None"

Argument not needed

<CouplingLimitType> = "ByFraction"

<CouplingLimitsParameters>

"CapFraction:=", <Fraction>, "IndFraction:=", <Fraction>,

"ResFraction:=", <Fraction>,"CondFraction:=",<Fraction>,

Parameters:

<Fraction>

Type: <double>

Fraction of the self term

<CouplingLimitType> = "ByValue"

<CouplingLimitsParameters>

"CapLimit:=", <Limit>, "IndLimit:=", <Limit>, "ResLimit:=", <Limit>,

"CondLimit:=", <Limit>,

Parameters:

<Limit>

Type: <string>

Value of the limit.