Oscilloscope Signal Integrity for Measurement Accuracy

Oscilloscope Signal Integrity for Measurement Accuracy

Application Notes

Every time you use an oscilloscope to see a waveform or take a measurement, you would like to have confidence in the quality of the answer. Is the waveform you see an accurate representation of your input signal? Are the measurements on the oscilloscope sufficiently accurate? Troubleshooting becomes problematic if you don’t have confidence in the information your oscilloscope is giving you.

 

A key test challenge: making sure your oscilloscope delivers the signal integrity your testing demands

 

The quality of every oscilloscope measurement is a function of the oscilloscope’s design, the specific setup you’re using, and all the probes and cables that are part of your measurement chain. Understanding how these factors contribute to measurement quality is an essential step to accurate measurements. Signal integrity is a concern for all measurements. You need to be mindful of how much distortion, noise, and loss your oscilloscope is introducing.

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