In the video below, and the remainder of this article, I’m going to dive into the concept of inductance and how it affects our design choices when laying out circuit boards. It may be something ...

Whenever you try to alter the current in a wire you must fight againt this back EMF. Thus inductance plays somewhat the same role in electric circuits that mass plays in mechanical systems: The ...

Self inductance is the generation of a voltage in an electric circuit by a changing current in the same circuit. Even a straight piece of wire will have some degree of inductance because current in a ...

Inductance does not oppose the current but it opposes the change in current flow through the circuit. When electrical current changes its flows through the coil, it produces an electromagnetic field ...

In the approach pursued here, the conductor loops are divided into segments for which so-called partial inductances are calculated. The partial inductances are then appropriately added to yield the ...

His multimeter doesn’t have an inductance testing function ... Once he’d worked out the design it was time to build the circuit. Instead of printing a circuit board he created what he calls ...

circuit analysis and network theorems; linearity and superposition; series/parallel combinations of R, L, and C circuits; sinusoidal forcing; complex frequency and Bode plots; mutual inductance and ...

cumbersome and impractical on large designs as inductance depends on the current return path - which is typically unknown prior to extracting and simulating the circuit model. In this paper, we ...

This presentations talks about inductance, one of the most important concepts from an EMC point of view because it dominates how high data rate return current will flow. Understanding that the path of ...