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High-Speed Digital Analysis

Perform detailed characterization with powerful analysis tools

Most serial data links begin and end with high-speed ICs designed for standards-compliant interoperability. As bit rates increase, the margins for jitter, interference and other imperfections make it increasingly difficult to achieve BER of less than 10-12. The following tools will help you characterize and analyze your designs in detail. Agilent - achieve your best design.

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Analyzing Digital Jitter and its Component eSeminar FAQs 
FAQs from the eSeminar

Seminar Materials 2006-05-11

PDF PDF 35 KB
Building a Precision Jitter Source 
Presentation, June 1, 2004 From the Japan Agilent Digital Measurement Forum, this presentation reviews the construction of a precision jitter source for analyzing digital jitter measurements.

Seminar Materials 2004-06-01

PDF PDF 623 KB
Characterization and Modeling of a High Speed Backplane Differential Channels eSeminar FAQs 
FAQs from the eSeminar

Seminar Materials 2006-05-11

PDF PDF 80 KB
Jitter Analysis: What Works, What Doesn't & Why eSeminar FAQs 
FAQs from the eSeminar

Seminar Materials 2006-05-11

PDF PDF 63 KB
Jitter in Digital Circuits eSeminar FAQs 
FAQs from the eSeminar

Seminar Materials 2006-05-11

PDF PDF 34 KB
Jitter Measurements for High-Speed Digital 
Jitter Measurements for High-Speed Digital Transmission

Seminar Materials 2006-06-14

PDF PDF 44 KB
Jitter Measurements with a High-Speed Scope eSeminar FAQs 
FAQs from the eSeminar

Seminar Materials 2006-05-11

PDF PDF 117 KB
Solving Real World Jitter Problems for High-Speed Communications eSeminar FAQs 
FAQs from the eSeminar

Seminar Materials 2006-05-11

PDF PDF 53 KB
Testing Receiver Jitter Tolerance eSeminar FAQs 
Testing Receiver Jitter Tolerance eSeminar FAQs

Seminar Materials 2006-06-14

PDF PDF 50 KB