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2002•Unpublished venueRequires access

Compensating for shielded enclosure effects on radiated emissions measurements

Robert B. Smith

Open publisher page 1 citations

Abstract

This paper compares the differences in open area test site (OATS) derived antenna factors to those derived for a specific location of a shielded enclosure as well as the resultant E-field of a simulated-equipment under test (S-EUT) using each. It will also show that using position specific shielded enclosure derived antenna factors not only produces excellent agreement on the resultant E-field for measurements made in two enclosures, but also to the predicted E-field of the S-EUT.

About this research paper

What this paper is about

This paper compares the differences in open area test site (OATS) derived antenna factors to those derived for a specific location of a shielded enclosure as well as the resultant E-field of a simulated-equipment under test (S-EUT) using each. It will also show that using position specific shielded enclosure derived antenna factors not only produces excellent agreement on the resultant E-field for measurements made in two enclosures, but also to the predicted E-field of the S-EUT.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper compares the differences in open area test site (OATS) derived antenna factors to those derived for a specific location of a shielded enclosure as well as the resultant E-field of a simulated-equipment under test (S-EUT) using each. It will also show that using position specific shielded enclosure derived antenna factors not only produces excellent agreement on the resultant E-field for measurements made in two enclosures, but also to the predicted E-field of the S-EUT.

Key concepts: Shielded cable, Enclosure, Acoustics, Antenna (radio), Environmental science, Position (finance), Electrical engineering, Engineering

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