How should one choose the sampled input for AWG so that it gives a waveform similar to the ideal waveform? I have a data set for voltage signal sampled over time of 1 ns, which I am entering as an input for the AWG function which resamples the data at 0.05 ns and gives a waveform. There is a distortion in the AWG waveform with respect to the ideal one. For AWG, Vout(t) =∑ Vi h( - ∆), where h is the impulse response function of the instrument. It is given in the question that it is possible to correct for the distortion by transforming input Vi in a special way.
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1I don't think this is a question for SO. Try this: http://physics.stackexchange.com. – Zoman Aug 09 '15 at 09:49
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Thanx for point that out, will try at SE. – user5207497 Aug 09 '15 at 10:16