Power electronics is about moving energy between forms, AC to DC, one DC level to another, DC back to AC, efficiently enough that the switches, magnetics, and control loops actually survive the heat and stress of real loads. You'll analyze converter topologies like buck, boost, and flyback by hand, then simulate them in LTSpice, wind your own inductors and transformers, and lay out a working board in Diptrace to characterize on the bench. It sits at the intersection of circuits, magnetics, and semiconductor physics, and underpins essentially everything that plugs into a wall or runs off a battery, motor drives, renewables, EVs, and the power supply inside every device you own.
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Course Learning Outcomes: Course Learning Outcome Assessment Ability to mathematically analyze a power electronic circuit containing switches, capacitors, diodes, inductors (such as an up/down converter) Homework Final:Essay/written Ability to use computer-aided-design tools for the analysis of power electronic circuits. Homework Lab work Ability to design a power electronic circuit using computer-aided design tools satisfying the requirements Homework Project Ability to characterize a power ele