Electromagnetic interference control: Difference between revisions

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{{Short description|Control of radiated and conducted energy}}

In [[telecommunication]], '''electromagnetic interference control''' (EMI) is the control of radiated and conducted energy such that emissions that are unnecessary for [[system]], subsystem, or equipment [[operation]] are reduced, minimized, or eliminated.

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In [[telecommunicationelectrical systems]], such as [[telecommunications]], [[power electronics]], [[industrial electronics]], [[power engineering]]; '''electromagnetic interference control''' (EMI) is the control of radiated and conducted energy such that emissions that are unnecessary for [[system]], subsystem, or equipment [[operation]] are reduced, minimized, or eliminated.

''Note:'' Electromagnetic radiated and conducted emissions are controlled regardless of their origin within the system, subsystem, or equipment. Successful EMI control with effective [[susceptibility]] control leads to [[electromagnetic compatibility]].

''Note:'' Electromagnetic radiated and [[conducted emissions]] are controlled regardless of their origin within the system, subsystem, or equipment. Successful EMIelectromagnetic interference control with effective [[Magnetic susceptibility|susceptibility]] control leads to [[electromagnetic compatibility]].

'''Source:''' From [[Federal Standard 1037C]] and from [[MIL-STD-188]]

==References==

{{FS1037C MS188}}

==See also ==

* [[Radio resource management]]

[[Category:Interference]]

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