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eBooks 2020.10.08

How to Determine Oscilloscope Signal Integrity

How to Determine Oscilloscope Signal Integrity

High signal integrity is critical with any oscilloscope in order to make accurate measurements. Knowing what specifications to look for and ask about is key for creating a stable design.

2020.10.08

eBooks 2021.06.02

Four Considerations for High-speed Digital Design Success

Four Considerations for High-speed Digital Design Success

High-speed digital standards are quickly evolving to keep pace with the data demand from emerging technologies. In this eBook, learn the four key considerations you need to know to realize successful, holistic high-speed digital designs.

2021.06.02

White Papers 2019.10.22

Signal Integrity Fundamentals

Signal Integrity Fundamentals

Learn signal integrity fundamentals from simulation to measurement to help you design your high-speed digital devices with higher reliability and lower costs.

2019.10.22

White Papers 2019.10.22

Signal Integrity Measurement Analysis

Signal Integrity Measurement Analysis

Learn how to solve signal integrity problems early, to ensure optical circuit design and development that works reliably at a reasonable cost. Read more.

2019.10.22

Application Notes 2021.04.07

Making Your Best Power Integrity Measurements

Making Your Best Power Integrity Measurements

Improving efficiency or reducing power consumption is another reason to place tighter tolerances on power supplies. This application note covers several fundamental techniques for measuring and analyzing DC power supplies and discusses selection and evaluation of tools for DC power supply measurements.

2021.04.07

Application Notes 2016.03.31

Power Integrity in Advanced Design System (ADS)

Power Integrity in Advanced Design System (ADS)

This application note presents common power integrity (PI) FAQs to help you understand how to improve power integrity with Keysight’s Advanced Design System (ADS).

2016.03.31

You need to find and resolve signal and power integrity issues early in the design cycle to avoid costly rework. Intermittent failures are difficult to debug on prototypes. Avoid signal integrity issues such as delays, ringing, crosstalk, and electromagnetic interference. Quickly determine how much of your system's noise is caused by power supply induced jitter (PSIJ) or how much comes from specific clocks, data lines, or other toggling sources. We can help you solve your signal and power integrity challenges.

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