//Get time function
private float getTime()
{
dso.clearOffset(); //clear offset
dso.setTimeScale(1.0f / (500.0f)); //set time scale
dso.setScale(20.0F); //set volts scale
dso.setTrigerSlopePos(); //set to trigger off positve slope of wavefrom
dso.setTrigerLevel(-0.3F); //triggers off of level edge
dso.setCoupling(DSO.Coupling.DC); //set coupling to DC
dso.clearMeasure(); //clear measurements
Thread.Sleep(500); //wati .5 sec
var data = dso.getdata(); //var data set to getdata from DSO function
data = data.Skip(data.Length / 2).ToArray(); //skip the first half of data, send to another array called data
var xinc = 0F;
try
{
xinc = dso.getXInc(); //get time between each x corridonate
}
catch
{
xinc = dso.getXInc();
}
dso.isDone();
//set d to abs, finds all values that are less than 1V,multiplies it by x increment, send to array time.
var time = data.Where((d) => Math.Abs(d) < 1).ToArray().Length *xinc;
return(time);
}
private float getTime()
{
dso.clearOffset();
dso.setTimeScale(1.0f / (500.0f));
dso.setScale(20.0F);
dso.setTrigerSlopePos();
dso.setTrigerLevel(-0.3F);
dso.setCoupling(DSO.Coupling.DC);
dso.clearMeasure();
Thread.Sleep(500);
var data = dso.getdata();
data = data.Skip(data.Length / 2).ToArray();
var xinc = dso.getXInc();
var time = data.Where((d) => Math.Abs(d) < 1).ToArray().Length *xinc; //gets on time
return(time);
}
