Measurement and Instrumentation SystemsThis book provides a coherent and integrated approach to measurement and instrumentation designed for students following HND, HNC, BEng and BSc courses in mechanical engineering, electrical/electronic engineering, chemical engineering, instrumentation and control, and applied physics. As well as being an accessible introduction to this important and wide-ranging subject, Bolton's book also provides a comprehensive coverage which will be of use for reference and revision, and plenty of problems at the end of each chapter. |
Common terms and phrases
acceleration accuracy amplifier amplitude analogue angle angular applied balance basic beam bridge cell charge circuit coil conditioning connected consider constant converter density depends determined deviation devices diaphragm difference differential direction displacement electrical electrons element equal equation error example factor Figure filter flow fluid force frequency function give given Hence increases indicate input integrated involves Laplace length light linear liquid load magnetic mass material mean measurement metal meter method moving noise object obtained occur operational output particular plates position possible potential pressure processing produced proportional radiation range ratio reading recording referred relative represent resistance result rotating sample scale sensor shows signal standard strain gauges supply surface switch temperature term thermocouple thermometer transfer transform tube typically unit voltage volume wire zero