On-Demand Webinar:

Unveil the Serial Buses Design – Debug & Troubleshoot

Serial bus systems are literally everywhere in our society today. Traditionally, parallel buses are widely used for communicating between the devices in microcontroller and DSP-based designs. Today, however, more and more of the building blocks used in design are replacing these wide parallel buses with serial buses due to less power consumption, differential signaling for better noise immunity and fewer pins and therefore require less board space.

While serial buses provide a number of advantages, they also pose some significant challenges to a designer due simply to the fact that information is being transmitted in a serial fashion rather than parallel. The difficulty lies in extracting information about the protocol itself and in determining the interactions between devices from a long serial stream of data.

This webinar discusses the common challenges for serial bus designers and how to overcome them using capabilities found in the mixed domain oscilloscope.

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Presenter

Tan Wei Xiang

Tan Wei Xiang

Regional Application Engineer

As Regional Application Engineer, Wei Xiang is responsible for the RF signal analysis and midrange oscilloscopes covering a wide range of applications from IoT to serial communications.

Wei Xiang was previously an Electromagnetic Compatibility Engineer with ST Electronics. He has working expertise in EMC testing, EMC diagnostic, interference hunting, radiation hazard testing and project management.

Wei Xiang received his Bachelor’s degree (Hons) in Electrical Engineering from National University of Singapore.