Overview
Understanding the perception of sound and applying it to electronics is precisely what this book will help you do. Through informative chapters, work and theory definitions, the author guides you through the complex field of acoustics. Perfect for the professional or hobbyist.
Synopsis
Acoustics is the physics of sound. As simple as that may sound, though, it is actually a complex multidisciplinary science-one that is not taught in most universities and technical schools. A full understanding of acoustics, then, demands that the student grasp the many concepts and practical applications of this fascinating subject.
For example, the acoustical engineer is concerned with the accurate reproduction of sound and the design of appropriate transducers, while the architect is interested in the isolation and absorption of sounds in buildings, halls and auditoriums. A musician uses acoustical science to obtain rhythmic combinations of tones and percussion. Physiologists study hearing phenomena, and how sounds affect human comfort and psychological well being, while linguists explore perception of complex noises and the production of synthetic speech. However, because acoustics affects so many of our everyday experiences, we tend to take it for granted. This book is designed to help shed the mysteries of how sound "works."
Practical Acoustics is a two-part in-depth study of this science. Part One contains eleven chapters of theory, such as acoustical waves, decibels, transmission through media, ultrasonics, human ear anatomy, underwater acoustics, microphones and speakers. Each chapter has test questions at the end. Part Two contains eight chapters of projects, such as a speaker enclosure, graphic equalizer, crossover network, ultrasonic auto radar, preamplifier circuits, surround-sound, tone control, and more. Problem solutions and a full glossary of related terms is also included.
Whether you're using this book as a beginning study, reference, or as a refresher course, Practical Acoustics will not disappoint
Booknews
A textbook for an introductory course within either a physics or engineering curriculum, but also usable for self-study by hobbyists. The first part explains the theory of acoustics; the second is a series of projects, including speaker enclosure, a graphic equalizer, cross-over network, ultrasonic auto radar, preamplifier circuits, and tone control. The extensive glossary does not indicate pronunciation. Annotation c. by Book News, Inc., Portland, Or.