1 Boost Converters and Buck Converters: Power Electronics
Animated explanation of buck and boost converters that builds up from flawed designs, showing voltage as height and current as arrows; recommended for intuition about inductors.
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Animated explanation of buck and boost converters that builds up from flawed designs, showing voltage as height and current as arrows; recommended for intuition about inductors.
An animated explanation of signals travelling and reflecting on transmission lines, linked in questions on trace impedance, bus termination and voltage doubling at an open end.
Animated explanation of what happens inside a capacitor, widely praised for building intuition about charge and current flow.
A long lecture on Maxwell's equations, praised for making magnetic fields understandable, though it leans towards physics rather than practice.
An animated explanation of voltage and current in simple circuits, valued by visual learners who want intuition before the maths.
Recommended for its 3D animation of how an op-amp behaves, credited with helping students picture the device during a first circuits course.
A playlist of 3D animated videos offered as a way to picture voltage, recommended by several people for the quality of its visuals.
A visual introduction to how waveforms add and split into frequency components, praised for making the jump from time domain to frequency domain intuitive.
Hidden gemLinked as a helpful explanation of how a resonant circuit works, from a presenter whose videos one person says they love.
A visual explanation of how BJT and FET transistors operate and differ, linked by a few people as a helpful way to build intuition about them.
Offered once as a visual aid for phase relationships in simple RL and RC circuits, though another poster treats it mainly as relaxing background music.