Power Electronics
Interactive Curriculum

Power Electronics

From DC transmission lines to high-frequency RF networks. Solve heat, optimize efficiency, analyze switching topologies, and model S-parameters with interactive sandbox models. Start at the beginning or jump into any section below.

01 Lesson

Line Losses & Wire Sizing

Where do the joules go down a transmission line? Slide voltage, distance, current, and cable gauge to solve Ohm's law losses.

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02 Lesson

Converter Topologies

Explore Buck, Boost, and Buck-Boost topologies. Tune duty cycle and frequency to inspect ripple and average output waveforms.

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03 Lesson

RF Power & S-Parameters

Master reflections, VSWR, and scattering parameters. View impedance matching on a dynamic live Smith Chart.

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04 Lesson

Thermal Design & Runaway

Prevent smoke. Estimate conduction vs switching loss of a MOSFET and predict junction temperatures under ambient load.

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Power Electronics

An earlier power-electronics course whose lessons now live in Electrical Engineering

This legacy standalone curriculum is intentionally unlisted from the public home grid. Its core topics have been merged into the Electrical Engineering course at electronics.too.foo so there is one public learning tile for electronics, power electronics, instrumentation, motors and validation.