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The purpose of this project is to design, build and evaluate a compressor circuit that could be controlled manually. Compressor circuit is designed to avoid the output sound signal clipping (distortion). In order to design a system that could prevent the sound signal wave distortion, the definition of sound control desk (channel strip) and compressor circuit had to be researched. To get the best performance from any recording or transmission medium requires that some passages that are close to the maximum permissible level, and that they may momentarily or unpredictably exceed it. In such…mehr

Produktbeschreibung
The purpose of this project is to design, build and evaluate a compressor circuit that could be controlled manually. Compressor circuit is designed to avoid the output sound signal clipping (distortion). In order to design a system that could prevent the sound signal wave distortion, the definition of sound control desk (channel strip) and compressor circuit had to be researched. To get the best performance from any recording or transmission medium requires that some passages that are close to the maximum permissible level, and that they may momentarily or unpredictably exceed it. In such cases, the danger of frequency distortion is replaced by controlled (and usually less noticeable) distortion of dynamics. After most corrections have been made manually, the few that remain can be cleaned up' automatically by a compressor or by its more extreme form, limiter.
Autorenporträt
El doctor Subramaniam Arunachalam es un académico senior de la Universidad de East London, Reino Unido. Ha publicado más de 200 artículos. Su interés de investigación incluye nanotecnología, desarrollo de productos, sistemas de fabricación y gestión de la cadena de suministro.