ionlylooklazy
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can a faradays cage be used to block external magnetic fields from interfering with the contents of the cage?
The discussion centers around the effectiveness of Faraday cages in blocking external magnetic fields, exploring the conditions under which they may or may not provide shielding. Participants examine the materials and configurations necessary for effective magnetic shielding, as well as the limitations of Faraday cages in this context.
Participants express differing views on the capabilities of Faraday cages regarding magnetic field shielding, with no consensus reached on their effectiveness in this regard.
Participants reference specific materials and configurations for effective shielding, but the discussion lacks clarity on the precise conditions under which these methods are effective, as well as the definitions of terms like "high-mu" and "saturation points." There are also unresolved questions about the effectiveness of various shielding methods in different scenarios.
Nope. A Faraday cage is used to shield against electric fields, not magnetic fields. To shield against DC and low-frequency magnetic fields, you need to use a high-mu ferrous material (like netic and conetic metals), which diverts the magnetic field around the sensitive area. See the following website for details:ionlylooklazy said:can a faradays cage be used to block external magnetic fields from interfering with the contents of the cage?
ionlylooklazy said:can a faradays cage be used to block external magnetic fields from interfering with the contents of the cage?