public void SetSourceCurrent(double val)
{
if (_currentLimitFunction != Keithley26xxBLimitFunctions.LIMIT_IV)
{
_currentLimitFunction = Keithley26xxBLimitFunctions.LIMIT_IV;
_display.smuX.limit.func = Keithley26xxBLimitFunctions.LIMIT_IV;
}
if (SourceMode != SMUSourceMode.Current)
{
SourceMode = SMUSourceMode.Current;
}
var toSet = val;
if (val < minCurrentVal)
{
toSet = minCurrentVal;
}
else if (val > maxCurrentVal)
{
toSet = maxCurrentVal;
}
_driver.SendCommandRequest(string.Format("SetCurrent_smu{0}({1}, {2})", ChannelIdentifier, toSet.ToString(CultureInfo.InvariantCulture), _currentVoltageCompliance.ToString(CultureInfo.InvariantCulture)));
}
public void SetSourceVoltage(double val)
{
if (_currentLimitFunction != Keithley26xxBLimitFunctions.LIMIT_IV)
{
_currentLimitFunction = Keithley26xxBLimitFunctions.LIMIT_IV;
_display.smuX.limit.func = Keithley26xxBLimitFunctions.LIMIT_IV;
}
if (SMU_SourceMode != SourceMode.Voltage)
SMU_SourceMode = SourceMode.Voltage;
var toSet = val;
if (val < minVoltageVal)
toSet = minVoltageVal;
else if (val > maxVoltageVal)
toSet = maxVoltageVal;
_driver.SendCommandRequest(string.Format("SetVoltage_smu{0}({1}, {2})", ChannelIdentifier, toSet.ToString(CultureInfo.InvariantCulture), _currentCurrentCompliance.ToString(CultureInfo.InvariantCulture)));
}
