Radio Frequency and Microwave Power Measurement 1st edition by Alan Fantom ISBN 0863411207 978-0863411205
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Authors:Alan Fantom , Series:Electrical Engineering [21] , Tags:Technology & Engineering; Electrical; Measurement; Microwaves; Radio , Author sort:Fantom, Alan , Ids:Google; 9780863411205 , Languages:Languages:eng , Published:Published:Sep 1990 , Publisher:IET , Comments:Comments:The need to measure electrical power is common to many branches of science and engineering. This book presents a wide-ranging survey of the many types of radio-frequency and microwave power meter and the techniques which are used for calibrating and intercomparing them. The frequency range is 1 MHz to 200 GHz. The first of the sixteen chapters considers the fundamentals. Four chapters are then devoted to the subject of calorimetry, which forms the basis of the majority of primary standards for power measurement. A further five chapters describe the various types of non-calorimetric power meter, which include not only the commonly used thermistor, thermoelectric and diode types, but also force-operated instruments and a considerable number of miscellaneous devices. Calibration and intercomparison methods are covered in three closely linked chapters which treat respectively the basic techniques, the use of reflectometers for power meter calibration, and the problems associated with connectors and adapters. In the last three chapters a mixture of topics is covered. First a concise survey of pulsed power measurements is presented. Attention is then given to the topics of voltage and current measurement, which are closely related to power measurement. Finally, the subject of the international intercomparison of standards is discussed and the results of some of the more important intercomparison exercises are summarised.
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ISBN 10: 0863411207
ISBN 13: 978-0863411205
Author: Alan Fantom
Radio Frequency & Microwave Power Measurement 1st Table of contents:
Preface
- Introduction to RF and Microwave Power Measurement
- Importance of Accurate Power Measurement in RF and Microwave Systems
- Structure of the Book
- How to Use the Book
Chapter 1: Introduction to RF and Microwave Power
1.1. Overview of RF and Microwave Power
1.2. Frequency Range and Applications of RF and Microwaves
1.3. Power Measurement Fundamentals
1.4. Basic Principles of RF and Microwave Energy
1.5. Units of Power and Frequency
1.6. Challenges in RF and Microwave Power Measurement
Chapter 2: Power Measurement Concepts
2.1. Power in Electrical Systems
2.2. Instantaneous, Average, and Peak Power
2.3. Power Density and Power Spectral Density
2.4. Power Coupling and Losses in RF Systems
2.5. Power Meters, Sensors, and Detectors
2.6. Power Measurement Calibration
Chapter 3: Types of Power Meters and Sensors
3.1. Basic Types of Power Meters
3.2. Thermistor-based Power Meters
3.3. Diode Detectors and Power Sensors
3.4. Peak Power Meters
3.5. Broadband and Narrowband Power Sensors
3.6. Vector Network Analyzers and Their Role in Power Measurement
Chapter 4: Measurement Techniques and Standards
4.1. Continuous Wave (CW) vs Pulsed Power Measurement
4.2. Average Power Measurement Techniques
4.3. Peak Power Measurement Techniques
4.4. Power Measurement of Modulated Signals
4.5. Calibration Techniques for Power Meters
4.6. Standards in Power Measurement (ANSI, IEEE, etc.)
Chapter 5: Power Measurement in the Microwave Range
5.1. Special Considerations for Microwave Power Measurement
5.2. Challenges in High-Frequency Power Measurement
5.3. Power Measurement Techniques for Microwaves
5.4. Use of High-Frequency Calibration Standards
5.5. Power Measurement in Microwave Antenna Systems
5.6. Microwave Power Measurement Applications
Chapter 6: Power Measurement in RF Systems
6.1. Power Measurement in RF Transmitters
6.2. RF Power Amplifiers and Power Measurement
6.3. Measurement of RF Power in Communication Systems
6.4. Power Measurement in Antenna Systems
6.5. Use of Power Meters in Field and Laboratory Environments
6.6. RF Power Measurement for Compliance Testing
Chapter 7: Real-Time and Dynamic Power Measurement
7.1. Real-Time Power Measurement Techniques
7.2. Dynamic Power Monitoring in Communication Networks
7.3. Time-Resolved Power Measurement in RF and Microwave Systems
7.4. Techniques for Measuring Transients and Pulse Power
7.5. Software Tools for Dynamic Power Measurement
7.6. Case Studies: Real-Time Power Measurement Applications
Chapter 8: Digital Signal Processing in Power Measurement
8.1. Introduction to Digital Signal Processing for RF and Microwave Power
8.2. Signal Analysis Techniques for Power Measurement
8.3. Power Spectrum Estimation Using Digital Techniques
8.4. High-Resolution Power Measurement with DSP
8.5. Use of FFT (Fast Fourier Transform) in Power Measurement
8.6. MATLAB for Power Measurement Analysis
Chapter 9: Power Measurement in Antenna Systems
9.1. Measuring Power at Antenna Terminals
9.2. Power Measurement in Antenna Arrays
9.3. Antenna Coupling and Power Distribution
9.4. Using Directional Couplers for Power Measurement
9.5. Field Strength and Power Measurement in Antennas
9.6. Practical Applications of Antenna Power Measurement
Chapter 10: Calibration and Uncertainty in Power Measurement
10.1. Importance of Calibration in Power Measurement
10.2. Techniques for Accurate Calibration
10.3. Calibration of Power Meters and Sensors
10.4. Uncertainty Analysis in RF and Microwave Power Measurements
10.5. Methods for Reducing Measurement Error
10.6. Calibration Services and Resources
Chapter 11: Advanced Topics in RF and Microwave Power Measurement
11.1. Power Measurement in Nonlinear Systems
11.2. Power Measurement in Active Devices (e.g., RF Amplifiers)
11.3. Adaptive and Smart Power Measurement Techniques
11.4. Power Measurement in 5G and Emerging Wireless Technologies
11.5. Future Trends in RF and Microwave Power Measurement
11.6. Case Studies in Advanced Power Measurement
Appendices
A.1. Glossary of Terms
A.2. Conversion Tables and Unit Definitions
A.3. MATLAB Code for Power Measurement
A.4. Further Reading and References
A.5. Index
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