Fundamentals in Power Electronics

Courses of study: electrical engineering
Frequency of offer: each winter semester

Contents

  • definition of power electronics
  • components and their static and transient behaviour
  • circuit topologies as grid commutated converter, self commutated converter, dc-dc-converter, resonant and quasi-resonant converter
  • single and three phase applications
  • characteristic values of components and topologies
  • cooling
  • passive components and filters
  • firing, driver and protection devices
  • pulse-width-modulation
  • simulation tools

Modulbeschreibung