In the competitive electronics market, electromagnetic simulation can offer a decisive advantage, reducing the number of costly prototypes needed and shortening the design cycle. The CST Webinar Series 2013 will examine design challenges across the field of electrical engineering, in microwaves and RF, EMC, EDA and charged particle dynamics.

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Tags:
Consumer electronics | EDA/Electronics

 

High Speed and High Power Connector Design

As data transfer rates increase and complexity grows, designing high-speed connectors is becoming increasingly challenging, especially with multiple compliance regulations to meet.
A precise analysis of the connector in isolation as well as the connector and PCB interface is essential, and can be only achieved by extensive use of 3D EM simulation during the development cycle.

In this webinar we will present the benefits of CST STUDIO SUITE® 2013 for the simulation of high-speed connectors. Multiple examples, including display connectors and USB 3.0 connectors will be used to demonstrate features such as online TDR and cross-probing, with the aim of identifying impedance mismatches and discontinuities. A low-speed high-power connector analysis using multidisciplinary approaches (including electrical and thermal effects) will also be presented.

Date:
September 19th 2013: 8AM (PT), 11AM (ET), 5PM (CET)

Duration:
Approx. 60 minutes

Please note: "Watch now" and "Register now" leads you the webinar registration page at webex.com

As our webinar service provider is unable to support access via mobile devices, please ensure you use a desktop or laptop computer to register and attend the event.
 

Richard Sjiariel received his B.Sc. and M.Sc. degrees in electrical engineering from the University of Wuppertal, Germany. He joined CST in 2006 as an application engineer, where his main area of work involves signal/power integrity and EMC/EMI simulation and other high-frequency applications.

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