Crossover Systems in Digital Loudspeakers

Simon Busbridge; Y. Huang; Peter A. Fryer

Crossover Systems in Digital Loudspeakers

Simon Busbridge, Y. Huang, Peter A. Fryer

University of Brighton

Research output: Contribution to journal › Article › peer-review

Abstract

Implementing a crossover network for a digital loudspeaker allows the individual binary currents to be filtered into two spectral channels because the operations of digital-to-analog conversion and filtering can be interchanged. The paper explores a mathematical simulation of a proposed digital loudspeaker using a separate voice coil for each bit. Actual measurements from an experimental system are then used to support the results

Original language	English
Pages (from-to)	791-798
Number of pages	8
Journal	Journal of the Audio Engineering Society
Volume	50
Issue number	10
Publication status	Published - 1 Oct 2002

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Cite this

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title = "Crossover Systems in Digital Loudspeakers",

abstract = "Implementing a crossover network for a digital loudspeaker allows the individual binary currents to be filtered into two spectral channels because the operations of digital-to-analog conversion and filtering can be interchanged. The paper explores a mathematical simulation of a proposed digital loudspeaker using a separate voice coil for each bit. Actual measurements from an experimental system are then used to support the results",

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AB - Implementing a crossover network for a digital loudspeaker allows the individual binary currents to be filtered into two spectral channels because the operations of digital-to-analog conversion and filtering can be interchanged. The paper explores a mathematical simulation of a proposed digital loudspeaker using a separate voice coil for each bit. Actual measurements from an experimental system are then used to support the results

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Crossover Systems in Digital Loudspeakers

Abstract

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