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The previous work reported on the use of modulated musical multitone (MMM) for the detection of audible distortion in horn drivers. With an adjustable crest factor, MMM is designed to match the properties of music and is used to measure nonlinear distortion audibility thresholds. In this work, the signal is used to create a distortion profile of two-way systems for comparison. The MMM reaction is post-processed to obtain the Multitone Total Nonlinear Distortion response, which presents nonlinear distortion products averaged in a “sliding window” in the frequency domain. MTND responses are derived from a low level to a very high level. These MTND curves are compiled into a comprehensive spectral distortion profile which can be used to compare multiple systems.
Author (s): Voishvillo, Alexander;
Kakonyi, Balazs;
McLaughlin, Brian;
Affiliation:
Harman Professional Solutions, Northridge, CA, USA
(See document for exact affiliation information.)
AES Convention: 149
Paper Number:615
Publication Date:
2020-10-06
Session subject:
Audio Applications and Technologies
DOI:
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Voishvillo, Alexander; Kakonyi, Balazs; McLaughlin, Brian; 2020; Profiling loudspeaker nonlinearities using parametric multitone stimulus [PDF]; Harman Professional Solutions, Northridge, CA, USA; Paper 615; Available from: https://aes.org/publications/elibrary-page/?id=20901
Voishvillo, Alexander; Kakonyi, Balazs; McLaughlin, Brian; Profiling loudspeaker nonlinearities using parametric multitone stimulus [PDF]; Harman Professional Solutions, Northridge, CA, USA; Paper 615; 2020 Available: https://aes.org/publications/elibrary-page/?id=20901
@inproceedings{Voishvillo2020profiling,
title={{Profiling loudspeaker nonlinearities using parametric
multitone stimulus}},
author={Voishvillo, Alexander and Kakonyi, Balazs and McLaughlin, Brian},
year={2020},
month={oct},
booktitle={Journal of the Audio Engineering Society},
publisher={Engineering Brief 615; AES Convention 149; October 2020},
number={615},
organization={AES},
}
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