How to Analyze Jitter with an Oscilloscope using EZJIT Complete

Does your scope have what it takes to ID the cause of jitter in your high-speed digital designs?
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With the faster edge speeds and shrinking data valid windows in today’s high-speed digital designs, insight into the causes of signal jitter is critical for ensuring the reliability of your design. To gain fast and accurate insight into your signal, you need advanced decomposition, analysis, and views of jitter.

In this video, you’ll learn about some of the different solutions to meet these requirements, such as various histograms, bathtub plots, spectrum graphs, and threshold measurements.

When evaluating an oscilloscope, you should be looking for jitter capabilities like:
• Histograms and trend plots
• Advanced level clock and data measurements such as time-interval error and unit interval measurements
• Expert-level analysis with complete jitter separation in timing and noise
• And phase noise measurements on clock signals, which you’ll only find on Keysight oscilloscopes.

The jitter setup process and results can often seem daunting. This breakdown will help you better understand what the various test results, graphs, and charts are telling you about the jitter in your system and whether it's data-correlated or data-uncorrelated.

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The digital storage oscilloscope we used:
MSOS804A
https://www.keysight.com/en/pdx-x2020...

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