public static void Sample3()
{
IPowerSupply powerSupply = PowerSupplyFactory.BKPrecisionComPort(); //Connect some other power supply (e.g. a Sorensen XG 1500) to COM port
powerSupply.DisableOutputs(); //Disable outputs
string actualVoltage = powerSupply.ReadActualVoltage(); //Read voltage
if (actualVoltage == "") //it is expected that it is impossible to read the voltage
{
Console.WriteLine("Power Supply over Com port works correctly.");
}
else
{
Console.WriteLine("After disabling it's possible read out the outputs.");
}
powerSupply.Disconnect(); //Disconect from COM port
}
public static void Sample2()
{
var current = 1;
IPowerSupply powerSupply = PowerSupplyFactory.BKPrecision9206ComPort(); //Connect BK Precision 9206 to COM port
powerSupply.EnableOutputs(); //Enable outputs
powerSupply.SetCurrentOutput(current); //Set Current
string actualCurrent = powerSupply.ReadCurrentValue(); //Read Current
if ((actualCurrent != "") && (current == Convert.ToInt32(actualCurrent))) //Compare currents
{
Console.WriteLine("Power Supply BKPrecision 9206 over Com port works correctly.");
}
else
{
Console.WriteLine("The set and actual current is not equal.");
}
powerSupply.Disconnect(); //Disconect from COM port
}
public static void Sample1()
{
var voltage = 20;
IPowerSupply powerSupply = PowerSupplyFactory.BKPrecision9132BComPort(); //Connect BK Precision 9132B to COM port
powerSupply.EnableOutputs(); //Enable outputs
powerSupply.SetVoltage(voltage); //Set voltage
string actualVoltage = powerSupply.ReadActualVoltage(); //Read voltage
if ((actualVoltage != "") && (voltage == Convert.ToInt32(actualVoltage))) //Compare voltages
{
Console.WriteLine("Power Supply BKPrecision 9132B over Com port works correctly.");
}
else
{
Console.WriteLine("The set and actual voltage is not equal.");
}
powerSupply.Disconnect(); //Disconect from COM port
}
