Shielding effectiveness measurements of a shielded window: comparative results obtained using mode-stirred and anechoic chambers
D.M. Johnson, M.O. Hatfield
Abstract
D.M. Johnson, M.O. Hatfield
Abstract
This paper discusses results of shielding effectiveness (SE) testing of a shielded window in a mode-stirred Chamber (MSC) and in an anechoic chamber. It shows that the agreement between the MSC and anechoic chamber SE data is good when a large number of aspect angles are tested in the anechoic chamber and when the same equation (with modifications appropriate for the chamber of interest) is used to compute the shielding effectiveness. The data presented are shown to support findings of similar SE tests, conducted by an independent agency, on a cover panel and a gasket.
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This paper discusses results of shielding effectiveness (SE) testing of a shielded window in a mode-stirred Chamber (MSC) and in an anechoic chamber. It shows that the agreement between the MSC and anechoic chamber SE data is good when a large number of aspect angles are tested in the anechoic chamber and when the same equation (with modifications appropriate for the chamber of interest) is used to compute the shielding effectiveness. The data presented are shown to support findings of similar SE tests, conducted by an independent agency, on a cover panel and a gasket.
Key concepts: Anechoic chamber, Shielded cable, Electromagnetic shielding, Gasket, Acoustics, Window (computing), Electromagnetic compatibility, Mode (computer interface)