Tutorial: Loudspeaker Nonlinearities-Causes, Parameters, Symptoms
Wolfgang Klippel
Abstract
Wolfgang Klippel
Abstract
The relationship between nonlinear distortion measurements and nonlinearities is addressed-the physical causes for signal distortion in loudspeakers, headphones, microspeakers, and other transducers. Using simulation techniques characteristic symptoms are identified for each nonlinearity and presented systematically in a guide for loudspeaker diagnostics. This information is important for understanding the implications of nonlinear parameters and for performing measurements that describe the loudspeaker more comprehensively. Practical applications of the new technique are demonstrated on three different loudspeakers.
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The relationship between nonlinear distortion measurements and nonlinearities is addressed-the physical causes for signal distortion in loudspeakers, headphones, microspeakers, and other transducers. Using simulation techniques characteristic symptoms are identified for each nonlinearity and presented systematically in a guide for loudspeaker diagnostics. This information is important for understanding the implications of nonlinear parameters and for performing measurements that describe the loudspeaker more comprehensively. Practical applications of the new technique are demonstrated on three different loudspeakers.
Key concepts: Loudspeaker, Headphones, Distortion (music), Nonlinear system, Nonlinear distortion, Acoustics, Computer science, SIGNAL (programming language)