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Measuring and Equalizing Dynamic Driver Complex Impedance

A microcomputer program is described, which optimizes the well-known electrical impedance equivalent circuits, of a dynamic driver and its enclosure, to best fit measured magnitude of impedance data. This equivalent circuit can be used to compute an approximation to driver phase of impedance, for use in passive network design. The program can also be used to design optimized driver impedance equalization networks. The effects of driver impedance equalization, are briefly considered.

Author: Zaustinsky, Eugene
Affiliation: State University of New York, Stony Brook, NY
AES Convention:79 (October 1985) Paper Number:2299 Import into BibTeX
Subject:Transducers

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