Audio Engineering: Know It All

Douglas Self (Senior designer of high-end audio amplifiers; Contributor to Electronics World magazine),Ben Duncan (International consultant in high quality Audio Electronics, Pro & Hi-Fi; and prolific equipment designer),Ian Sinclair (Long-standing technical author, UK),Richard Brice (Commercial Director of Miranda Technologies, a global company specialising in television and channel-branding equipment in Saint-Laurent, Canada),John Linsley Hood ((1925-2004) Independent Technical Author; Formerly at Department of Atomic Energy at Sellafield, Cumbria)

Audio Engineering: Know It All
Format
Paperback
Publisher
Elsevier Science & Technology
Country
United Kingdom
Published
31 October 2008
Pages
936
ISBN
9781856175265

Audio Engineering: Know It All

Douglas Self (Senior designer of high-end audio amplifiers; Contributor to Electronics World magazine),Ben Duncan (International consultant in high quality Audio Electronics, Pro & Hi-Fi; and prolific equipment designer),Ian Sinclair (Long-standing technical author, UK),Richard Brice (Commercial Director of Miranda Technologies, a global company specialising in television and channel-branding equipment in Saint-Laurent, Canada),John Linsley Hood ((1925-2004) Independent Technical Author; Formerly at Department of Atomic Energy at Sellafield, Cumbria)

7 ½ X 9 ¼ in Table of Contents

Part I Fundam entals of Sound

Chapter 1 Audio Principles 1.1 The physics of sound 1.2 Wavelength 1.3 Periodic and aperiodic signals 1.4 Sound and the e ar 1.5 The cochlea 1.6 Mental processes 1.7 Level and loudness 1.8 Frequency discrimination< BR id=‘CRLF’>1.9 Frequency response and linearity 1.10 The sine wave 1.11 Root mean square measurements 1 .12 The deciBel 1.13 Audio level metering Refe rences Chapter 2. Measurement 2.1 Concepts Und erlying the Decibel and Its Use in Sound Systems 2.2 Measur ing Electrical Power 2.3 Expressing Power as an Audio Level
2.4 Conventional Practice 2.5 The Decibel in Acoustics?LP, LW, and LI 2.6 Acoustic Intensity Level (LI), Acoustic Power Level (LW), and Acoustic Pressure Level (LP) 2.7 Inverse Square Law 2.8 Directivity Factor

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