public string GetInducductanceInfo(double frequency, bool logFrequencyAxis)
{
string sFrequency = "Frequency: " + frequency.ToString(FRAResult.GetFrequencyFormat(frequency, logFrequencyAxis));
double inductance = GetDUTInductanceNanoHenry(frequency);
string sInductance = " Inductance: " + inductance.ToString(FRAResult.GetInductanceFormat(inductance));
double esr = GetDUT_ESR_MilliOhms(frequency);
string sESR = " ESR: " + esr.ToString(FRAResult.GetImpedanceFormat(esr));
double qFactor = GetDUT_Q_Inductor(frequency);
string sQ = " Q: " + qFactor.ToString(FRAResult.GetQFactorFormat(qFactor));
return(sFrequency + sInductance + sESR + sQ);
}
public string GetCapacitanceInfo(double frequency, bool logFrequencyAxis)
{
string sFrequency = "Frequency: " + frequency.ToString(FRAResult.GetFrequencyFormat(frequency, logFrequencyAxis));
double capacitance = GetDUTCapacitancePicoFarad(frequency);
string sCapacitance = " Capacitance: " + capacitance.ToString(FRAResult.GetCapacitanceFormat(capacitance));
double esr = GetDUT_ESR_MilliOhms(frequency);
string sESR = " ESR: " + esr.ToString(FRAResult.GetImpedanceFormat(esr));
double qFactor = GetDUT_Q_Capacitor(frequency);
string sQ = " Q: " + qFactor.ToString(FRAResult.GetQFactorFormat(qFactor));
return(sFrequency + sCapacitance + sESR + sQ);
}