Abstract

CST Studio Suite's TLM solver has a long history in tackling EMC problems. It is a time domain method that is developed for EMC applications with many advantages, including compact models for slot/vents/seams, cell lumping technology and Perfect Boundary Approximation. When the problem gets electrically too large to be solved efficiently using one solver method, CST offers hybrid solver technique by combining multiple solver technologies to solve electrically large problems. In this presentation, we will show how these technologies help Antenna Research Associates solve challenging design problems when installing small antennas on a large platform to get accurate results.

Slide deck

Presenter Bio

Yushi Tan, EM Simulation Manager, VIAS3D on behalf of Antenna Research Associates

Mr. Yushi Tan started his career as an application engineer for CST of America in the support team, helping customers to find solutions in Microwave Radio Frequency Component Design, Antenna Design, Electromagnetic Compatibility/Electromagnetic Interference, Signal Integrity, and Power Integrity applications using CST Studio Suite. Yushi then moved to the pre-sales team to promote the solution of CST Studio Suite to customers in a wide range of application areas in the High-Tech and Aerospace Defense industries after joining Dassault Systèmes. He is also a Dassault Systèmes certified instructor for numerous CST courses and has taught classes to commercial as well as government customers. Yushi completed his M.S.E. in Electrical Engineering at the University of Massachusetts Lowell.