EMC in Power Electronic Systems

A 2+2-days EMC course for engineers who are confronted with low frequent disturbances (from DC to approx. 150 kHz) caused by motion- and power conversion systems. These typical EMC-alike phenomena are not fully covered by international standards and regulations. The disturbances and their consequences will be discussed and analyzed. Solutions are based on a high level of ‘good engineering practices’.

Low frequent disturbances are generated by:

  • the mains frequency related current and voltages and their harmonics, power factor corrections, mains-filter applications and leakage current flowing everywhere: Protective Earth (PE) and mechanical structures, caused by the filtering to and from the mains;
  • linear and rotation motion frequencies and their accompanying fluxes of motors (generally DC … < 6000 rpm);
  • pulse width modulation (PWM) c.q. the switching with power conversion, Photo Voltaic applications, LED drivers, etc.;
  • utility and internet via the mains: power line communication (PLC), “Toon-frequent” (TF) / “Centrale Afstand Besturing” (CAB) / Ripple Control (RC).

The new course title EMC in Power Electronic Systems was chosen to better represent the training content

This training is available for open enrollment as well as for in-company sessions. For in-company sessions, this Electromagnetic compatibility training can be adapted to your situation and specific needs.

EMC for Mechatronic Engineers

While EMC requirements are often defined by electronic engineers, their successful implementation depends heavily on mechatronic and mechanical design choices—especially in the areas of cabling, shielding, and enclosure architecture. This course empowers mechanical and mechatronic system engineers with the essential knowledge to recognize EMC risks and apply design techniques that prevent costly compliance failures.

This training stands out due to:

  • it being tailored for mechanical design: focus on EMC at cable, connector and enclosure level
  • bridging disciplines: enhances collaboration between mechanical and electronic engineers
  • immediately applicable: practical techniques for first-time EMC success
  • interactive format: clear explanations, live demos and quizzes
  • flexible setup: in-company course with optional custom third session

By strengthening the collaboration between mechanical and electronic disciplines, this training ensures products meet EMC standards the first time—minimizing redesigns, delays, and unnecessary costs.

 

Micro-Electro-Mechanical Systems

This is an introductory course of 3 days on microelectromechanical systems (MEMS): the basic theory and how MEMS are designed and fabricated, various applications of MEMS in sensors and actuators, and usage issues of MEMS.

This training stands out due to:

  • its professional orientation and industry-connected program;
  • its comprehensive end-to-end learning path;
  • Prof. Michael Kraft who combines over 20 years of international experience in cutting-edge MEMS-research and cleanroom technologies with a deep interdisciplinary understanding and a passion for applying micro- and nanosystems to real-world challenges.

This training for open enrollments provides a solid foundation in MEMS technology. For experienced engineers who want to go deeper into inertial sensors, piezoelectric and resonant devices, we offer a customizable Advanced MEMS training.