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The engineered measuring probe uses three pairs of miniature microphones coupled. The signals from the microphones after an initial amplification are fed to differential circuits. Due to the required symmetry of the circuit it was necessary to select electronic components very carefully. Moreover, additional digital signal processing techniques were applied to avoid amplitude and phase mismatch. The view of the engineered probe is presented in photographs. Characteristics of the probe measured in an anechoic chamber are attached followed by a discussion of achieved results. The obtained results were compared with the reference USP probe, produced by the Microflown company.
Author (s): Kotus, Jozef;
Moskwa, W.;
Czyzewski, Andrzej;
Kostek, Bozena;
Affiliation:
Gdansk University of Technology, Gdansk, Poland
(See document for exact affiliation information.)
AES Convention: 139
Paper Number:221
Publication Date:
2015-10-06
DOI:
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Kotus, Jozef; Moskwa, W.; Czyzewski, Andrzej; Kostek, Bozena; 2015; Development of the Sound Field 3D Intensity Probe Based on Miniature Microphones [PDF]; Gdansk University of Technology, Gdansk, Poland; Paper 221; Available from: https://aes.org/publications/elibrary-page/?id=17897
Kotus, Jozef; Moskwa, W.; Czyzewski, Andrzej; Kostek, Bozena; Development of the Sound Field 3D Intensity Probe Based on Miniature Microphones [PDF]; Gdansk University of Technology, Gdansk, Poland; Paper 221; 2015 Available: https://aes.org/publications/elibrary-page/?id=17897
@inproceedings{Kotus2015development,
title={{Development of the Sound Field 3D Intensity Probe Based on Miniature Microphones}},
author={Kotus, Jozef and Moskwa, W. and Czyzewski, Andrzej and Kostek, Bozena},
year={2015},
month={oct},
booktitle={Journal of the Audio Engineering Society},
publisher={Engineering Brief 221; AES Convention 139; October 2015},
number={221},
organization={AES},
}
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