2012Unpublished venueRequires access

Validation of a one-antenna reverberation-chamber technique for estimating the total and radiation efficiency of an antenna

C. L. Holloway, R. Smith, Colton R. Dunlap, Ryan J. Pirkl, John M. Ladbury, William Young, B. Hansell, M. Shadish, K. Sullivan

Open publisher page 10 citations

Abstract

Because of the statistical environment created inside reverberation chambers, they are ideally suited for performing radiated power measurements of either an antenna or a device under test, and as such, it is possible to determine their efficiencies. In previous work we presented a one-antenna approach that allows for determining the efficiency of a single antenna under test without the need for a reference antenna. In this paper, we validate this one-antenna approach by showing comparisons with other methods (comparing measurements made in different test facilities and comparisons to other techniques, including numerical calculations) for various antennas.

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What this paper is about

Because of the statistical environment created inside reverberation chambers, they are ideally suited for performing radiated power measurements of either an antenna or a device under test, and as such, it is possible to determine their efficiencies. In previous work we presented a one-antenna approach that allows for determining the efficiency of a single antenna under test without the need for a reference antenna. In this paper, we validate this one-antenna approach by showing comparisons with other methods (comparing measurements made in different test facilities and comparisons to other techniques, including numerical calculations) for various antennas.

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OpenAlex reports 10 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Because of the statistical environment created inside reverberation chambers, they are ideally suited for performing radiated power measurements of either an antenna or a device under test, and as such, it is possible to determine their efficiencies. In previous work we presented a one-antenna approach that allows for determining the efficiency of a single antenna under test without the need for a reference antenna. In this paper, we validate this one-antenna approach by showing comparisons with other methods (comparing measurements made in different test facilities and comparisons to other techniques, including numerical calculations) for various antennas.

Key concepts: Electromagnetic reverberation chamber, Antenna (radio), Antenna measurement, Antenna efficiency, Acoustics, Computer science, Radiation pattern, Antenna factor

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