Sound System Engineering 4eLong considered the only book an audio engineer needs on their shelf, Sound System Engineering provides an accurate, complete and concise tool for all those involved in sound system engineering. |
Contents
Chapter 5 Digital Theory | 33 |
Chapter 6 Mathematics for Audio Systems | 51 |
Chapter 7 Using the Decibel | 85 |
Chapter 8 Interfacing Electrical and Acoustic System | 111 |
Chapter 9 Loudspeaker Directivity and Coverage | 151 |
Chapter 10 The Acoustic Environment | 169 |
Chapter 11 Audio and Acoustic Measurements | 189 |
Chapter 12 Large Room Acoustics | 213 |
Chapter 17 Microphones | 313 |
Chapter 18 Loudspeakers and Loudspeaker Arrays | 345 |
Chapter 19 Power Ratings for Amplifiers and Loudspeakers | 423 |
Chapter 20 ComputerAided System Design | 441 |
Chapter 21 Signal Delay and Signal Synchronization | 463 |
Chapter 22 Signal Processing | 475 |
Chapter 23 Digital Audio Formats andTransports | 533 |
Chapter 24 Sound System Equalization | 553 |
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Common terms and phrases
absorption acoustic gain acoustic pressure AES3 ALCONS amplifier amplitude response analog angle angular frequency array attenuation axis band bandwidth behavior bits cable calculated circuit complex conductor constant coverage crest factor crossover curve decibels device diaphragm digital audio direct sound displayed distance driver electrical employed energy equal equation example factor feedback Figure Fourier Frequency−Hz high frequency horn impedance impulse response input linear listener loud loudspeaker low frequency magnitude measured mechanical impedance meter microphone minimum phase noise octave output parameters particle displacement particle velocity phase response phasor piston plane wave plot polar radiation ratio reactance reflections resistance resonance result reverberant sample signal delay sound field sound level sound reinforcement systems sound system space speaker spectrum spherical surface tion transfer function transform tube voice coil voltage wavelength zero