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DAS Micro CellSponsored: Jitter analysis with the R&S RTO digital oscilloscope
Digital interfaces have become predominant in electronic design with the rise of the digital computer and the associated digital signal processing & digital transmission. Though digital signals are more robust and less susceptible to disturbances than analog signals, the trend to increase the data rate and clock speed reduces the timing margin for these signals.
3 key learning outcomes:
- Learning about Jitter Analysis with oscilloscopes
- Background information on jitter sources and standard jitter measurement tools
- Tips and tricks about measurements with Rohde & Schwarz oscilloscopes
Digital interfaces have become predominant in electronic design with the rise of the digital computer and the associated digital signal processing & digital transmission. Though digital signals are more robust and less susceptible to disturbances than analog signals, the trend to increase the data rate and clock speed reduces the timing margin for these signals.
3 key learning outcomes:
- Learning about Jitter Analysis with oscilloscopes
- Background information on jitter sources and standard jitter measurement tools
- Tips and tricks about measurements with Rohde & Schwarz oscilloscopes
https://eandt.theiet.org/rss
https://eandt.theiet.org/content/sponsored/whitepapers/jitter-analysis-with-the-rs-rto-digital-oscilloscope/
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