Students are able to understand and discuss the impact of power electronics topologies, PCB layout on EMI/EMC and control strategies.
They have acquired a broad overview and insight on various relevant practical measurement techniques of EMI/EMC.
They know how to transfer and apply their academic knowledge of EMI/EMC design measures, measurement techniques and EU CE directives, standards and regulations to relevant use cases within the industrial environment of design, production and application of energy conversion systems.

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The module covers selected topics of EMI/EMC related to power electronic systems, such as:

• EM Wave propagation
• Antenna physics
• Interaction of EMI and smart power IC design
• Interaction of power PCB layout and EMI
• Simulation of EM radiation of power electronic systems
• Antenna design
• EMI Measurement techniques
• Measurement of EMI on system level
• Regulations

Course materials as provided in the seminar. Recommended reading as follows:

• International industrial application notes of EMC
• T. Williams, EMC for Product Designers, Elsevier, 2017
• T. Williams, Instrumentation Reference Book 4th ed., ch. 45 "EMC", Elsevier 2010

Interactive seminar series with laboratory content

Integrated module examination
Immanent examination character: Participation, assignments, individual examinations and reports as requested by lecturers