Generally rotational flow around an axis. An electrical eddy current is induced in conductors by fluctuating magnetic fields (caused by current flow) in those conductors. The current moves in a circular direction, like river eddies, just below the surface of the material. Eddy currents can, at times, be disruptive or cause minor interferences with the transmission of the desired signal. Sometimes they can be disrupted by imperfections, dimensional changes, or changes in the material’s conductive and permeability properties. They are also sometimes called Foucault currents.
Related Articles:
Are These the Best Dry Cymbals? | Sabian Stratus Review & Specs
1
Are These the Best Dry Cymbals? | Sabian Stratus Review & Specs
Fender Tone Master Pro Just Got BETTER!
2
Fender Tone Master Pro Just Got BETTER!
Five Ways Drones Can Elevate Worship
3
Five Ways Drones Can Elevate Worship
UAD Topline Vocal Tune Demo | Hear Vocal Tuning in Action
4
UAD Topline Vocal Tune Demo | Hear Vocal Tuning in Action
AI-curated Tones from a Combo Amp?!
5
AI-curated Tones from a Combo Amp?!
DW 9000X Hardware Just Revolutionized Drums — Josh Freese Learns Why
6
DW 9000X Hardware Just Revolutionized Drums — Josh Freese Learns Why
Can a Budget Guitar Play Like a Pro with Mods?
7
Can a Budget Guitar Play Like a Pro with Mods?
Using DACs & Amps with Headphones
8
Using DACs & Amps with Headphones
Inspiration. Information. Passion.
Being music makers ourselves, we love geeking out on all things gear. From the tweakiest techniques to the biggest ideas, our experts work hard to constantly supply inSync with a steady stream of helpful, in-depth demos, reviews, how-tos, news, and interviews. With over 28,000 articles and counting, inSync is your FREE resource for breaking news, reviews, demos, interviews, and more.