Audio Engineering Explained
Taylor & Francis, Nov 12, 2012 - Technology & Engineering - 648 pages
All the design and development inspiration and direction an audio engineer needs in one blockbuster book! Douglas Self has selected the very best sound engineering design material from the Focal and Newnes portfolio and complied it into this volume. The result is a book covering the gamut of sound engineering.
The material has been selected for its timelessness as well as for its relevance to contemporary sound engineering issues.
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CHAPTER 9The General Principlesof PowerAmplifiers Douglas Self
Diversity of Design
Philip Newell andKeith Holland
Philip NewellandKeith Holland CHAPTER 14Crossovers
Dr CraigRichardson CHAPTER 16MIDI
CHAPTER18Sound System Equalization
Reflections Images and the Precedence Effect
PART VIIIRecording Studios CHAPTER 20 SoundIsolation
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AC 50 AC acoustic amplitude analog andthe applications attenuation audio automation balanced balanced line bandwidth basilar membrane braid canbe capacitance capacitor channel characteristic impedance circuit ClassB CMRR coaxial cable common commonmode conductor connected connectors console copper coupling Courtesy SynAudCon crosstalk decibel device distance distortion effect electrical electronic engineer equipment fader feedback filter foil ground loop HDMI highfrequency increase inductance inline insulation interface interference inthe load loudness loudspeaker low frequencies magnetic maximum measured meter microphone mixer mixing console module monitor multitrack multitrack recorder noise normally ofthe ohms onthe operation path phantom powering phase power amplifier problem reactance recording resistance routing safety ground shield shown in Figure signal sound level sound pressure level standard stereo switch tothe track transformer transmission twisted pairs typical unbalanced velocity voltage wave wavelength wire