Wiley Survey of Instrumentation and Measurement (PDF)

PREFACE. INTRODUCTION. INSTRUMENTATION AND MEASUREMENTINTRODUCTORY. Instruments. Measurement Errors. Automatic Test Equipment. SENSORS AND TRANSDUCERS. Electric Sensing Devices. Magnetic Sensors. Hall Effect Transducers. Pressure Sensors. Piezoresistive Devices. Strain Sensors. Temperature Sensors. Thermistors. Thermocouples. Thermopiles. Accelerometers. Tachometers. Fiber-Optic Sensors. Ultraviolet Detectors. Chemical Sensors. Intelligent Biosensors. SIGNAL CONDITIONING. Instrumentation Amplifiers. Current Shunts. Current Transformers. Instrument Transformers. GENERAL-PURPOSE INSTRUMENTATION AND MEASUREMENT. Multimeters. Digital Multimeters. Ohmmeters. Electrometers. Balances. Bridge Instruments. Oscilloscopes. ELECTRICAL VARIABLES. Charge Measurement. Electric Current Measurement. Inductance Measurement. Capacitance Measurement. Q-Factor Measurement. Q-Meters. ELECTROMAGNETIC VARIABLES. Electric Strength. Electromagnetic Field Measurement. Magnetic Field Measurement. Attenuation Measurement. Loss-Angle Measurement. Wavelength Meter. Reflectometers, Time-Domain. Standing Wave Meters and Network Analyzers. Millimeter-Wave Measurement. MECHANICAL VARIABLES. Displacement Measurement. Velocimeters. Acceleration Measurement. Density Measurement. Level Meters. Flowmeters. Dynamometers. Torquemeters. Weighing. Gravimeters. Viscometers. Compasses. Goniometers. Gyroscopes. Hygrometers. Pyrometers. Acoustic Variables Measurement. TIME, FREQUENCY, AND PHASE. Frequency and Time Interval Meters. Frequency Standards, Characterization. Frequency Stability. Phase Meters. Time Measurement. Clocks In Telecommunications. NOISE AND DISTORTION. Electric Noise Measurement. Electric Distortion Measurement. Intermodulation Measurement. Measurement of Frequency, Phase Noise and Amplitude Noise. POWER AND ENERGY. Power Measurement. Power Meters. Wattmeters. Volt-Ampere Meters. Power Factor Measurement. Electrical Energy Measurement. Watthour Meters. INSTRUMENTATION FOR CHEMISTRY AND

STEPHEN A. DYER is Professor in the Department of Electrical and Computer Engineering at Kansas State University, Manhattan, Kansas.

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