CST - Technical Webinar Series on Electromagnetic System

24th August 2010

ES Admin

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Computer Simulation Technology (CST) announces a major new webinar series focusing on today's most challenging 3D Electromagnetic problems in RF system design, EMC, and signal integrity. Current electronic devices can include multiple antennas, very high data rate circuitry, high density IC packages, and strict federal requirements on emissions and susceptibility. Larger systems incorporating many electronic circuits, face problems of interoperability, cable harness interference, behavior of novel materials, and lightning protection. Devices and systems can range in size by several orders of magnitude.

Computer simulation of this wide array of requirements and scales has only recently become feasible through a combination of new software methods and high performance hardware. In a series of 45 minute webinars, CST will be addressing high frequency design concerns at the device level as well as at the full system level. Broadcast worldwide, these webinars will give an overview of what the high frequency design challenges are in each case and how 3D simulation with CST STUDIO SUITE(tm) can be a critical tool in characterizing and optimizing the device or system to meet requirements.

The full list of webinars and dates is below:

- Multiband Wireless Device Design in a Complex Physical Environment; 9-Sep-2010
- odeling Susceptibility of Large Airborne or Ground Based Structures to Lightning; 23-Sep-2010
- Modeling and Optimization of Electronic PCB/Packaging Structures for Signal and Power Integrity; 14-Oct-2010
- Modeling the Installed Performance of Antennas in a Ship Topside Environment; 4-Nov-2010
- CST STUDIO SUITE 2011 - What's Coming; 9-Dec-2010

More information and registration on: www.cst.com/webinars

It is amazing how far numerical technology in tandem with high performance computing has come in the last couple of years commented Jonathan Oakley, VP Sales & Marketing, CST of America. With such
a powerful combination now available, real-world devices and systems can be simulated and their performance reliably optimized, before any hardware is even touched