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Measuring techniques for SE-values of samples and enclosures

Johan Catrysse

Open publisher page 3 citations

Abstract

Shielding effectiveness (SE) measurements of shielding enclosures is too complicated for the design stage. Therefore, other measurement techniques have been developed, in order to estimate the influence of the material choice, the joining technique and the effect of holes and openings. An overview of available techniques, and where possible, the correlation between techniques is discussed. Three different situations are examined: measurements on flat samples and joints; measurements on boxes, influence of joints and holes; and measurements on gaskets. >

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What this paper is about

Shielding effectiveness (SE) measurements of shielding enclosures is too complicated for the design stage. Therefore, other measurement techniques have been developed, in order to estimate the influence of the material choice, the joining technique and the effect of holes and openings. An overview of available techniques, and where possible, the correlation between techniques is discussed. Three different situations are examined: measurements on flat samples and joints; measurements on boxes, influence of joints and holes; and measurements on gaskets. >

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Available abstract

Shielding effectiveness (SE) measurements of shielding enclosures is too complicated for the design stage. Therefore, other measurement techniques have been developed, in order to estimate the influence of the material choice, the joining technique and the effect of holes and openings. An overview of available techniques, and where possible, the correlation between techniques is discussed. Three different situations are examined: measurements on flat samples and joints; measurements on boxes, influence of joints and holes; and measurements on gaskets. >

Key concepts: Gasket, Electromagnetic shielding, Measuring instrument, Acoustics, Materials science, Engineering, Engineering drawing, Mechanical engineering

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