Thanks for the reply.
I need to allow for time shifting also. Part of the waveform has a
pretty fast risetime falltime, so just allowing for an increase or
decrease in magnatude won't give me the same width of a pass window
around the good waveform. Also, I won't always have the luxury of
Do you simply want to offset the magnatude of the waveform or allow
for time shifting of the waveform as well? One method I have used is
to offset the waveform and rotate it forward and reverse taking the
maximum value of all three waveforms for the new upper limit. similar
for lower limit. If
Hello list...
I'm kind of new to Labview, and don't want to reinvent the wheel here
(or re-write something that's already been written)
In my applications, I acquire waveforms from a Tek 3014B scope
transfer them into Labview.
I want to compare the measured waveforms with a previously
