Coexistence & Electromagnetic Compatibility (CEMC)

Research foci
- Simulation and Model Based Design to reach “Design for CEMC” (DfCEMC) first time right
- All kind of modeling activities:
- Model creation procedures of single components. CEMC maturity of all models is important.
- sub-systems and complex printed circuit boards
- system modeling
- 3D field models of electromechanical setups
- Cable and cable harness modeling (e.g. automotive cable harnesses)
- Radiating structures – wanted and unwanted
- Power Integrity and Signal Integrity
- Magnetic materials
- Thermomechanics and Reliability (planned)
- Test setup creation & model verification & validation
- applied Model Order Reduction and complexity reduction
- Sophisticated lab measurement verification of the models
Research competencies
- CEMC model creation and verification & validation
- Strong theoretical background from electromagnetics over electronics to numerical calculations and model order reduction
- Profound practical experience and capabilities for the development and design of CEMC test scenarios
- 3D field simulation execution
- Commercial software toolsHandling of fully accessible open source field simulation tool, e.g. for simulation methods improvement and method validation
- RF & microwave measurement
- Complex vector network analysis
- Highly precise impedance analysis ranging from several Hz to several GHz
- Magnetic materials characterization
Applications
- Modeling of the Bulk Current Injection (BCI) Test method with parametrizable models for cable harnesses following ISO 11452
- Magnetic material characterization for Wireless Power Transfer
- Automotive cable harness characterization and modeling
- Automated model- and netlist generation
Your contact person

Dr. DI Bernhard Auinger
Coexistence & Electromagnetic Compatibility (CEMC)