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Switching Converter Study

Courses

Online courses and the lecture notes of university courses.

Every resource listed here is in English.

Resources, with their type, level, tags and the date each link was retrieved
ResourceTypeLevelTagsRetrieved
Introduction to Power Electronics
University of Colorado Boulder (Coursera)
First course of the CU Boulder specialization: steady-state analysis, losses and efficiency.		CourseIntroductoryswitching-principle, volt-second, averaged-models2026-09-23
Converter Circuits
University of Colorado Boulder (Coursera)
DCM analysis and the isolated converter circuits, following the same textbook.		CourseIntermediateccm-dcm, topologies, flyback, forward2026-09-23
Converter Control
University of Colorado Boulder (Coursera)
Averaged small-signal models, converter transfer functions and feedback loop design.		CourseIntermediatesmall-signal, rhp-zero, control-basics2026-09-23
Magnetics for Power Electronic Converters
University of Colorado Boulder (Coursera)
Magnetic circuits, core and winding losses, and inductor and transformer design.		CourseIntermediatemagnetics, core-loss, winding-loss2026-09-23
6.334 Power Electronics (Spring 2007)
D. Perreault, MIT OpenCourseWare
A complete graduate course with lecture notes and problem sets.		CourseAdvancedswitching-principle, topologies, magnetics, control-basics2026-09-23
6.002 Circuits and Electronics (Spring 2007)
A. Agarwal, MIT OpenCourseWare (course content by A. Agarwal and J. H. Lang)
MIT's first circuits course, with video lectures, notes and problem sets.		CourseIntroductorycircuit-laws, foundations2026-09-23
6.003 Signals and Systems (Fall 2011)
D. Freeman, MIT OpenCourseWare
Signals and systems with video lectures: Laplace transform, frequency response, Bode plots and Fourier series.		CourseIntroductoryphasors-laplace, fourier, foundations2026-09-23
Power Electronics Specialization
University of Colorado Boulder (Coursera; R. W. Erickson, D. Maksimović, K. Afridi)
The course series around the textbook, from converter circuits to control and magnetics.		CourseIntermediateccm-dcm, control-basics, magnetics2026-09-24
Modeling and Control of Power Electronics Specialization
University of Colorado Boulder (Coursera; D. Maksimović)
Averaged and small-signal modeling of converters and the design of their control loops.		CourseAdvancedaveraged-models, small-signal, control-basics2026-09-24
6.334 Lecture Notes
D. Perreault, MIT OpenCourseWare
Chapter-style notes on dc/dc converters, magnetics and isolated converters.		Lecture notesAdvancedswitching-principle, topologies, magnetics2026-09-23
6.002 Lecture Notes
A. Agarwal, MIT OpenCourseWare
Lecture-by-lecture notes (from the Fall 2000 offering) on circuit laws, energy-storage elements and sinusoidal steady state.		Lecture notesIntroductorycircuit-laws, foundations2026-09-23
6.003 Lecture Notes
D. Freeman, MIT OpenCourseWare
Lecture slides: the Laplace transform (lecture 6), frequency response and Bode plots (lectures 9 and 11), Fourier series (lecture 15).		Lecture notesIntroductoryphasors-laplace, fourier, foundations2026-09-23

The numbers in the examples, presets and exercises on this site are synthetic: round teaching values, not data from any real design.