public void SetMeasureVoltMode(EnumDACType voltType)
{
string strCmd = "";
strCmd = string.Format(":CONFigure:VOLTage:{0}", voltType == EnumDACType.AC ? "AC" : "DC");
K2000.GPIBwr(strCmd);
}
//public EnumVoltUnit GetVoltUnit(EnumDACType voltType)
//{
// string strCmd = "";
// strCmd = string.Format(":UNIT:VOLTage:{0}?", voltType == EnumDACType.AC ? "AC" : "DC");
// string strRet = Query(strCmd).ToString().Trim().Replace("\r","").Replace("\n","");
// if (strRet.ToUpper() == "V")
// return EnumVoltUnit.V;
// else if (strRet.ToUpper() == "DB")
// return EnumVoltUnit.DB;
// else if (strRet.ToUpper() == "DBM")
// return EnumVoltUnit.DBM;
// else
// throw new Exception(string.Format("Invalid volt unit while get {0} unit", voltType == EnumDACType.AC ? "AC" : "DC"));
//}
//public bool SetVoltAutoRange(EnumDACType voltType,bool bEnable)
//{
// string strCmd = "";
// strCmd = string.Format("VOLTage:{0}:RANGe:AUTO {1}", voltType == EnumDACType.AC ? "AC" : "DC", bEnable ? "ON" : "OFF");
// return (bool)Excute(strCmd);
//}
public void SetCurrentAutoRange(EnumDACType voltType, bool bEnable)
{
string strCmd = "";
strCmd = string.Format("CURRent:{0}:RANGe:AUTO {1}", voltType == EnumDACType.AC ? "AC" : "DC", bEnable ? "ON" : "OFF");
K2000.GPIBwr(strCmd);
}
public void SetVoltUnit(EnumDACType voltType, EnumVoltUnit unit)
{
string strCmd = "";
string strUnit = "";
switch (unit)
{
case EnumVoltUnit.V:
strUnit = "V";
break;
case EnumVoltUnit.DB:
strUnit = "DB";
break;
default:
strUnit = "DBM";
break;
}
strCmd = string.Format(":UNIT:VOLTage:{0} {1}", voltType == EnumDACType.AC? "AC":"DC", strUnit);
K2000.GPIBwr(strCmd);
}
