A practical text on contemporary analog instrumentation. The author guides the reader through the fundamental principles of instrument design, thoroughly treating both linear and nonlinear systems, and reviews the nature and behaviour of the major components of instrumentation including transducers, amplifiers, display and recording equipment, signal processors and telemetry systems. The text describes clearly how these components are integrated into effective devices and systems for the practical measurement of specific variables that characterize whatever physical state may be of interest to an investigator. Many individual applications across a great diversity of fields are described in detail, and helpful self-study exercises are also included. Although the book may readily be used as a general tutorial introduction to contemporary instrumentation by any physical, social or biomedical scientist, and by engineers, the author has drawn his examples chiefly from the literature of biology, the environmental sciences, and clinical medicine, and it is these fields that the reader will derive the maximum benefit.
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