Three-dimensional configuration providing electromagnetic interference shielding for electronics enclosure
A technology for electronic equipment and enclosures, applied in the fields of magnetic/electric field shielding, electrical components, digital processing power distribution, etc., can solve the problems of expensive, poor tolerance, etc., and achieve the effect of cheap shielding solutions
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[0089] use as Figure 5A and Figure 5B The "shell" or "scallop" embodiment of the invention shown, can be formed or otherwise configured in three dimensions such that they generally extend along the inner perimeter of the edge, and the two parts FSE and FL come together and satisfy the "sinusoidal ". All that is necessary to implement the 3D implementation of the invention is to "cut" or stamp the edges of the metal, and do the same cuts, and they come together in a "30 gap" or something like that. Advantages of the basic embodiment of the invention include, inter alia, the fact that no contacts are required and therefore do not deteriorate over time (see Figure 9B ). It is not necessary for the FSE and FL parts to make physical contact. Further advantages include the absence of tolerances and the absence of deformation.
[0090] See you again Figure 5A , showing a first embodiment of a three-dimensional EMI shielding solution for electronic device enclosures in side ...
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