Measurement and instrumentation principles /
Morris, Alan S., 1948-
Measurement and instrumentation principles / Measurement & instrumentation principles Alan S. Morris. - xix, 475 pages : illustrations ; 25 cm.
Original edition published in 1988 as Principles of measurement and instrumentation.
Includes bibliographical references and index.
Front Cover -- Measurement and Instrumentation Principles -- Copyright Page -- Contents -- Preface -- Acknowledgements -- Part 1: Principles of Measurement -- Chapter 1. Introduction to measurement -- 1.1 Measurement units -- 1.2 Measurement system applications -- 1.3 Elements of a measurement system -- 1.4 Choosing appropriate measuring instruments -- Chapter 2. Instrument types and performance characteristics -- 2.1 Review of instrument types -- 2.2 Static characteristics of instruments -- 2.3 Dynamic characteristics of instruments -- 2.4 Necessity for calibration -- 2.5 Self-test questions -- Chapter 3. Errors during the measurement process -- 3.1 Introduction -- 3.2 Sources of systematic error -- 3.3 Reduction of systematic errors -- 3.4 Quantification of systematic errors -- 3.5 Random errors -- 3.6 Aggregation of measurement system errors -- 3.7 Self-test questions -- References and further reading -- Chapter 4. Calibration of measuring sensors and instruments -- 4.1 Principles of calibration -- 4.2 Control of calibration environment -- 4.3 Calibration chain and traceability -- 4.4 Calibration records; References and further reading -- Chapter 5. Measurement noise and signal processing -- 5.1 Sources of measurement noise -- 5.2 Techniques for reducing measurement noise -- 5.3 Introduction to signal processing -- 5.4 Analogue signal filtering -- 5.5 Other analogue signal processing operations -- 5.6 Digital signal processing -- References and further reading -- Chapter 6. Electrical indicating and test instruments -- 6.1 Digital meters -- 6.2 Analogue meters -- 6.3 Cathode ray oscilloscope -- 6.4 Digital storage oscilloscopes -- References and further reading -- Chapter 7. Variable conversion elements -- 7.1 Bridge circuits -- 7.2 Resistance measurement -- 7.3 Inductance measurement -- 7.4 Capacitance measurement -- 7.5 Current measurement7.6 Frequency measurement -- 7.7 Phase measurement -- 7.8 Self-test questions -- References and further reading -- Chapter 8. SIGNAL TRANSMISSION -- 8.1 Electrical transmission -- 8.2 Pneumatic transmission -- 8.3 Fibre-optic transmission -- 8.4 Optical wireless telemetry -- 8.5 Radio telemetry (radio wireless transmission) -- 8.6 Digital transmission protocols -- References and further reading -- Chapter 9. Digital computation and intelligent devices -- 9.1 Principles of digital computation -- 9.2 Intelligent devices -- 9.3 Self-test questions -- References and further reading -- Chapter 10. Instrumentation/computer networks10.1 Introduction -- 10.2 Serial communication lines -- 10.3 Parallel data bus -- 10.4 Local area networks (LANs) -- 10.5 Gateways -- 10.6 HART -- 10.7 Digital fieldbuses -- 10.8 Communication protocols for very large systems -- 10.9 Future development of networks -- References and further reading -- Chapter 11. Display, recording and presentation of measurement data -- 11.1 Display of measurement signals -- 11.2 Recording of measurement data -- 11.3 Presentation of data -- 11.4 Self-test questions -- References and further reading.
Measurement and Instrumentation Principles' is the latest edition of a successful book that introduces undergraduate students to the measurement principles and the range of sensors and instruments that are used for measuring physical variables. Completely updated to include new technologies such as smart sensors, displays and interfaces, the 3rd edition also contains plenty of worked examples and self-assessment questions (and solutions). In addition, a new chapter on safety issues focuses on the legal framework, electrical safety and failsafe designs, and the author has also concentrated on RF and optical wireless communications. Fully up-to-date and comprehensively written, this textbook is essential for all engineering undergraduates, especially those in the first two years of their course. Completely updatedIncludes new technologies such as smart sensors and displays.
9780750650816 0750650818
2004315746
GBA2-32311
Engineering instruments.
Engineering--Measurement.
TA165 / .M67 2001
681.2 MO.M 2001
Measurement and instrumentation principles / Measurement & instrumentation principles Alan S. Morris. - xix, 475 pages : illustrations ; 25 cm.
Original edition published in 1988 as Principles of measurement and instrumentation.
Includes bibliographical references and index.
Front Cover -- Measurement and Instrumentation Principles -- Copyright Page -- Contents -- Preface -- Acknowledgements -- Part 1: Principles of Measurement -- Chapter 1. Introduction to measurement -- 1.1 Measurement units -- 1.2 Measurement system applications -- 1.3 Elements of a measurement system -- 1.4 Choosing appropriate measuring instruments -- Chapter 2. Instrument types and performance characteristics -- 2.1 Review of instrument types -- 2.2 Static characteristics of instruments -- 2.3 Dynamic characteristics of instruments -- 2.4 Necessity for calibration -- 2.5 Self-test questions -- Chapter 3. Errors during the measurement process -- 3.1 Introduction -- 3.2 Sources of systematic error -- 3.3 Reduction of systematic errors -- 3.4 Quantification of systematic errors -- 3.5 Random errors -- 3.6 Aggregation of measurement system errors -- 3.7 Self-test questions -- References and further reading -- Chapter 4. Calibration of measuring sensors and instruments -- 4.1 Principles of calibration -- 4.2 Control of calibration environment -- 4.3 Calibration chain and traceability -- 4.4 Calibration records; References and further reading -- Chapter 5. Measurement noise and signal processing -- 5.1 Sources of measurement noise -- 5.2 Techniques for reducing measurement noise -- 5.3 Introduction to signal processing -- 5.4 Analogue signal filtering -- 5.5 Other analogue signal processing operations -- 5.6 Digital signal processing -- References and further reading -- Chapter 6. Electrical indicating and test instruments -- 6.1 Digital meters -- 6.2 Analogue meters -- 6.3 Cathode ray oscilloscope -- 6.4 Digital storage oscilloscopes -- References and further reading -- Chapter 7. Variable conversion elements -- 7.1 Bridge circuits -- 7.2 Resistance measurement -- 7.3 Inductance measurement -- 7.4 Capacitance measurement -- 7.5 Current measurement7.6 Frequency measurement -- 7.7 Phase measurement -- 7.8 Self-test questions -- References and further reading -- Chapter 8. SIGNAL TRANSMISSION -- 8.1 Electrical transmission -- 8.2 Pneumatic transmission -- 8.3 Fibre-optic transmission -- 8.4 Optical wireless telemetry -- 8.5 Radio telemetry (radio wireless transmission) -- 8.6 Digital transmission protocols -- References and further reading -- Chapter 9. Digital computation and intelligent devices -- 9.1 Principles of digital computation -- 9.2 Intelligent devices -- 9.3 Self-test questions -- References and further reading -- Chapter 10. Instrumentation/computer networks10.1 Introduction -- 10.2 Serial communication lines -- 10.3 Parallel data bus -- 10.4 Local area networks (LANs) -- 10.5 Gateways -- 10.6 HART -- 10.7 Digital fieldbuses -- 10.8 Communication protocols for very large systems -- 10.9 Future development of networks -- References and further reading -- Chapter 11. Display, recording and presentation of measurement data -- 11.1 Display of measurement signals -- 11.2 Recording of measurement data -- 11.3 Presentation of data -- 11.4 Self-test questions -- References and further reading.
Measurement and Instrumentation Principles' is the latest edition of a successful book that introduces undergraduate students to the measurement principles and the range of sensors and instruments that are used for measuring physical variables. Completely updated to include new technologies such as smart sensors, displays and interfaces, the 3rd edition also contains plenty of worked examples and self-assessment questions (and solutions). In addition, a new chapter on safety issues focuses on the legal framework, electrical safety and failsafe designs, and the author has also concentrated on RF and optical wireless communications. Fully up-to-date and comprehensively written, this textbook is essential for all engineering undergraduates, especially those in the first two years of their course. Completely updatedIncludes new technologies such as smart sensors and displays.
9780750650816 0750650818
2004315746
GBA2-32311
Engineering instruments.
Engineering--Measurement.
TA165 / .M67 2001
681.2 MO.M 2001
