Magnetic Shielding with Mu-Metal: When and How?
How shielding with mu-metal and silicon steel against low-frequency magnetic fields works, with practical application examples.
What you need to know before deciding: plain, practical articles.
How shielding with mu-metal and silicon steel against low-frequency magnetic fields works, with practical application examples.
RF shield boxes that let you test wireless devices isolated from outside signals on the production line and in the lab, and their limits.
Why antenna and device measurements get harder in 5G bands above 24 GHz, and what to watch for when choosing the chamber and absorbers.
The TEMPEST zoning approach, which classifies the area where equipment sits by its distance to a possible outside listening point in classified facilities.
The naming logic of the MIL-STD-461G tests that military equipment must pass, and the most requested CE102, RE102 and RS103 tests, in plain language.
We compare the semi-anechoic chamber, with its reflective floor, and the fully anechoic chamber, with absorbers on every surface, and where each is used.
What the NSA (normalized site attenuation) measurement is and how it is done to show a semi-anechoic chamber is fit for emission testing.
The points where electronic products most often fail EMC certification, and simple measures you can take at the design stage, from an engineer's view.
Which frequencies the ferrite tiles, pyramid foams and hybrid absorbers used in anechoic chambers work at, and how they affect chamber size.
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