An electrostatic shield named after its inventor Michael Faraday. It is made by placing conductive material (often aluminum or copper) around some device and connecting that material to ground. The better the conductor (in other words, the less resistance it has) the better shield it will be. The braided wire around the conductor(s) in audio cable is an example of a Faraday Shield. They are also used in transformer designs (to prevent capacitance between the primary and secondary windings), and the most sensitive electronics on circuit boards, in which case they are often deployed as a hard aluminum cage around said components. It is also common to use this shielding technique around sensitive guitar electronics to reduce the guitar’s sensitivity to stray fields.
Related Articles:
You May Not Find Another Audio Interface THIS Good at THIS Price! | SSL 1
1
You May Not Find Another Audio Interface THIS Good at THIS Price! | SSL 1
Control These PA Speakers Anytime, Anywhere | Yamaha DXR
2
Control These PA Speakers Anytime, Anywhere | Yamaha DXR
10 Best Vocal Mics Under $1,000
3
10 Best Vocal Mics Under $1,000
How to Set Up Your Home Studio for Video Productions
4
How to Set Up Your Home Studio for Video Productions
P. Mauriat Rousseau 3.0 New Classic Series Saxophone Mouthpiece Demo
5
P. Mauriat Rousseau 3.0 New Classic Series Saxophone Mouthpiece Demo
10 of the Coolest Synths & Keyboards on the Market
6
10 of the Coolest Synths & Keyboards on the Market
Are These the Ultimate Mixers for Live Sound?
7
Are These the Ultimate Mixers for Live Sound?
Frank Zummo | Artist Profile
8
Frank Zummo | Artist Profile
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.