The Basics of De-Embedding and Embedding with Real-Time Oscilloscopes
Today’s high-speed digital design engineers are faced with ever increasing data rates that create a multitude of challenges: interconnects become microwave transmission lines, reflections wreak havoc on timing margins and even the probes used to measure change the results. Where to begin? De-embedding is one of the most misused and misunderstood tools inside the signal integrity lab today. In this Webcast, we will cover the basics of de-embedding and embedding with a real time oscilloscope. Included in this are considerations of modeling a system and obtaining the models for real circuits.
Who should view this webcast:
High-speed digital designers, scope users, signal integrity engineers
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Brian Fetz is a Technical Program Manager focusing on De-Embedding solutions as well as Digital Display Interfaces for Agilent Technologies. He graduated from California Polytechnic State University at San Luis Obispo in 1983 and completed a Masters in Electrical Engineering from the University of Idaho in 1991. Before his current position, Brian worked on Agilent’s Bluetooth and Signal Integrity solutions where he led a technical team in evaluating jitter measurement solutions. Prior to that, his focus was in manufacturing where he has worked as a production and test engineer for Base Station and Mobile testing products.
Brian is on the board of directors for the Video Electronics Standards Association and a member of the board of directors for Vera Water and Power, his local community’s utility. He currently serves as the DisplayPort Compliance Test Specification editor.
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