EMC simulation is of significant interest to both engineering and business, owing to the possible capability to predict EMC failures, root causes, and offer design guidelines through data—all within virtual experiments. Over the past 15 years, simulation methods and workflows have matured to a level where they are successfully embedded in industrial contexts.

However, starting with the topic of EMC simulation can be quite painful, as the construction of simulation models of complex electronic products requires engineers to have a good understanding of modeling concepts and simulation methods. Currently, these topics are seldom teached jointly.

Join Dassault Systèmes in this live webinar, as they approach the topics of EMC simulation from the viewpoint of an EMC engineer. Using the concept of source-coupling path-sink, they describe the steps required to build a simulation model for EMC and explain which modeling and simulation concepts are employed to efficiently cover the complete chain. In the second part of the webinar, practical examples on conducted and radiated emission simulation, as well as susceptibility will be presented.

Speaker:

Dr. Andreas Barchanski, SIMULIA Electromagnetics Industry Process Consultant Director, Dassault Systèmes

• Andreas Barchanski received his master in Physics in 2003 and a PhD in electromagnetic field computation from the Darmstadt University of Technology in 2007. Following graduation, he joined CST – Computer Simulation Technology as an application engineer. Today, CST is part of Dassault Systèmes SIMULIA and Andreas is the main contact for EMC simulation. He focuses on the EMC simulation of electronics, ranging from power electronics to high-speed design. Since 2019, Andreas leads a team of experts in the area of SI/PI and EMC. This group has delivered numerous simulation projects to customers all over the world and also supports the development of simulation methodologies for EMC. In addition, Andreas maintains a YouTube channel where he presents interesting simulation examples from the world of electromagnetics.

Save your spot now, we hope to see you there!