1536 Prom Ofairview 5e70fa49cfdce

Why Skew-Matched Coaxial Cables Matter to Signal-Integrity Test and Measurement (.PDF Download)

March 17, 2020

Phase stability means reliable performance in specific test-and-measurement applications that call for a close match in frequency and phase between cables with low relative drift over temperature, vibration, and flexure. Yet, phase stability may not be adequate in cases where tighter skew tolerances are needed for a more synchronized distributed clock chain.

Skew-matched coaxial cables are specifically designed to service the growing data-rate demand in differential signaling applications. This article explores some common measurement parameters and how skew-matched coaxial assemblies can augment a test setup to lend more accuracy to the overall differential-signal characterization process.

Sponsored Recommendations

eGuide: Getting started with wireless coexistence testing

Get with our eGuide a valuable piece for your wireless coexistence testing challenges. Register now and get the eGuide as a practical download or a hardcopy version via mail.

How Cellular-V2X (C-V2X) makes driving safer and more efficient

A comprehensive overview of applications enabled by C-V2X; including example scenarios, an explanation of the different types of communications and a list of regional standards...

White paper: Introduction to the vehicle-to-everything communications service V2X feature in 3GPP release 14

Login or register to gain full access to the Knowledge+ platform! I want to create an account White paper: Introduction to the vehicle-to-everything communications service V2X...

White paper: Mastering Automotive Radar Testing

Sign up for our new automotive radar white paper and learn more about: automotive radar market trends, automotive radar trend, radar measurement.