Analyse electromagnetic compatibility with simulation tool

EMC is an important consideration in a wide range of applications, and an increasing number of universities have set up courses and research groups for its study. CST develops electromagnetic simulation solutions that are widely used in academia, research and industry, and has long supported universities through discounted licenses and co-operation programmes. In order to provide the EMC engineers of the future with the tools and experience they need, CST is now expanding this programme to include university seats for its latest product, CST EMC STUDIO. 

CST EMC STUDIO contains a toolkit of proven solver technology for the study of EMC effects, with general purpose 3D modules for time and frequency domain simulation alongside more specialised solvers. In particular, it includes the 3D transmission line matrix method solver, which implements technology that simplifies numerical EMC analysis, such as compact models and octree meshing. The bidirectional cable/field simulation enables more realistic modelling of noise propagation and radiation over cables. True transient EM/circuit helps analyse the effect of nonlinear circuitry on EMC performance. For analysing printed electronics, the powerful import functionality and the rule checker are useful.

Among the topics which CST EMC STUDIO can be used to help teach and study are ESD, radiated and conducted emissions, EMC performance of printed electronics, and susceptibility to environmental electromagnetic effects (E3) such as lightning strikes, HIRF and EMP.

“EMC is an increasingly important topic in electrical and electronic engineering, and needs to be firmly established in the university curriculum,” said Dr. Andreas Barchanski, Market Development Manager for EMC, CST. “We know that the technology of the future will be developed by the students of today, and so we have long cultivated our relationships with universities. The CST EMC STUDIO seats will allow us to further support our academic partners.”