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
Mathematics for Audio Systems | |
Using the Decibel | |
Interfacing Electrical and Acoustic Systems | |
What is Waving and | |
Microphones | |
Loudspeakers and Loudspeaker Arrays | |
Power Ratings for Amplifiers and Loudspeakers | |
ComputerAided System Design | |
Signal Delay and Signal Synchronization | |
Signal Processing | |
Digital Audio Formats and Transports | |
Loudspeaker Directivity and Coverage | |
The Acoustic Environment | |
Audio and Acoustic Measurements | |
Large Room Acoustics | |
Small Room Acoustics | |
Designing for Acoustic Gain | |
Designing for Speech Intelligibility | |
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Common terms and phrases
absorption acoustic gain acoustic pressure ALCONS amplifier amplitude response angle angular frequency array attenuation audio axis bandwidth behavior calculated capacitance capacitor circuit coefficients complex cone constant coverage crest factor crossover curve decibels density device diaphragm direct sound displayed distance driver electrical employed energy equal equation example exponential expressed factor Figure Fourier high frequency horn impulse response input Laplace transform linear listener logarithmic loudspeaker low frequency magnitude mathematical measurement mechanical impedance microphone noise octave output parameters particle displacement particle velocity pass filter phase response phasor piston plane wave plot polar position radiation ratio reactance reflections resistance resonance result room modeling sampling sensitivity signal delay sound field sound level sound reinforcement systems sound system space spectrum spherical square surface transfer function transform voice coil voltage wavelength zero