Understand the interest and role of power electronics; Theoritical knowledge : power converters topologies, active and passive devices technologies, control techniques Practical knowledge : electrical and thermal sizing of power converters + printed circuit board design Basic knowledges in EMC
DC/DC conversion : main topologies, study of an isolated SMPS (Flyback) for LED driving application + sizing of the transformer. Experimental validation of theoritical aspects (PCB design, electrical waveforms study, closed-loop control) DC/AC conversion : control techniques of the single phase inverter (full wave, PWM...), active devices and drivers, thermal sizing... Introduction to EMC in power electronics
Activity contextualised through environmentally sustainable development and social responsibility and/or supported by examples, exercises, applications.
Role of power electronics in the energy transition (renewable energy, e-mobility) Energy efficiency (losses evaluation, technologies selection)