It's often necessary to understand the behavior of magnetic components during operation, primarily when applied to chokes or inductors being used for magnetic energy storage and subsequent release.

Consequently, especially at the points of interest, when the inductor current changes direction, the measurement results would not be a true representation of the inductor current’s behavior.

Each one was a combination of three elements: inductors (which store ... the element isn't a pure meminductor in and of itself—it's a regular inductor that is expressing meminductor behavior.

Think of a circuit model that lets you move magnetic leakage around like sliders on a synth, without changing the external behavior of your coupled inductors. [Sam Ben-Yaakov] walks you through jus… ...

The classic way inductors work is one of the simplest designs possible: a simple coil of wire. When you pass a current through a loop or coil of wire, it creates a magnetic field through the center.

When explaining the behavior of inductors, I often refer to water analogies; ... Put the inductor in parallel with the signal input and adjust the frequency until it reads .5v p-p on the scope.

With the continuous technological advancement in the semiconductor industry, MOSFETs today can achieve high power densities ...