static void mainTestAgilentE3631()
{
Agilent_E3631 agilentTest = new Agilent_E3631("gpib0,5", "192.168.2.181");
testOnOffAgilentE3631(agilentTest);
setPowerSuppliesAgilentE3631(agilentTest);
}
public static void testOnOffAgilentE3631(Agilent_E3631 agilentTest)
{
// Testing whether output is on or off
for (int i = 0; i < 30; i++)
{
agilentTest.outputOnOff = false;
bool onOffTest1 = agilentTest.outputOnOff;
agilentTest.outputOnOff = true; // Turn output on
bool onOffTest2 = agilentTest.outputOnOff;
Debug.WriteLine("onOff 1 = " + Convert.ToString(onOffTest1) +
"onOff 2 = " + Convert.ToString(onOffTest2));
}
}
public static void setPowerSuppliesAgilentE3631(Agilent_E3631 agilentTest)
{
// Set the voltage to 3.0, then read it (P6 Supply)
for (int i = 0; i < 6; i++)
{
agilentTest.P6Supply = Convert.ToDouble(i);
double P6Output = agilentTest.P6Supply;
Debug.WriteLine("P6 Voltage is " + P6Output);
}
// agilentTest.setP6Supply(7.0) // Outside range so should throw exception
for (int i = 0; i < 25; i++)
{
agilentTest.P25Supply = Convert.ToDouble(i);
double P25Output = agilentTest.P25Supply;
Debug.WriteLine("P25 Voltage is " + P25Output);
}
for (int i = 0; i > -25; i--)
{
agilentTest.N25Supply = Convert.ToDouble(i);
double N25Output = agilentTest.N25Supply;
Debug.WriteLine("N25 Voltage is " + N25Output);
}
}