Microwave Engineering and Systems Applications by Edward A. Wolff and Roger Kaul, published in 1988 by Wiley-Interscience, is a comprehensive textbook that offers a modern and practical approach to microwave engineering. The book emphasizes system-level design and real-world applications, making it a valuable resource for both students and practicing engineers in fields such as communications, radar, and electronic warfare.

Chapter list for the 1988 textbook Microwave Engineering and Systems Applications by Edward A. Wolff and Roger Kaul:

📘 Table of Contents (not in number order)

Part I: Systems

1. Microwave Communications Systems

2. Microwave Radar Systems

3. Electronic Warfare Systems

Part II: Microwave Transmission, Control, Detection, and Generation

4. Transmission Line Concepts

5. Computational Methods for Transmission Line Problems

6. Computer-Aided Design of Microwave Circuits

7. Planar Transmission Lines and Components

8. Microwave Filter Theory

9. Ferrites

10. Microwave Antennas

11. Linear Passive Applications of Microwave Diodes (Switches, Limiters, and Digital Phase Shifters)

12. Nonlinear and Active Applications of Microwave Diodes (Detectors, Mixers, Harmonic Generators, and Oscillators)

13. Three-Terminal Active Devices

14. Microwave Amplifier and Oscillator Design

15. Monolithic Microwave Integrated Circuits

16. Microwave Tubes

Part III: Microwave Measurements

17. Practical Microwave Components and Power Measurements

18. Time Domain Management

19. Frequency Domain Measurements

Part IV: Microwave Subsystems

20. Microwave Receiver Front-End Design

21. Transmitters

• Index

This structured layout provides a comprehensive overview of the book's content, detailing the evolution of microwave engineering and the various factors influencing its development.

📘 Synopsis

This textbook is structured to provide a balanced introduction to microwave engineering, covering essential topics such as applications, components, circuits, measurements, and subsystems. It integrates modern design techniques, including computer-aided design (CAD), and offers examples of actual current designs. Notably, it presents, for the first time, a description of modern monolithic microwave integrated circuit (MMIC) design.

The book is organized into four parts:

1. Systems: Discusses the motivation for studying microwaves and describes the three major systems that use microwaves—communications, radar, and electronic warfare. It highlights the importance of system parameters such as noise temperature, bandwidth, and circuit losses.

2. Microwave Transmission, Control, Detection, and Generation: Provides information on the design of various microwave components used for generation, transmission, control, and detection. Topics include transmission lines, filters, ferrites, antennas, diodes, amplifiers, oscillators, vacuum tubes, and MMICs.

3. Microwave Measurements: Presents measurement techniques needed to verify the performance of components fabricated for microwave subsystems. This section can be studied concurrently with the second part if accompanied by a laboratory course.

4. Microwave Subsystems: Describes design procedures for interconnecting microwave components into receiver and transmitter subsystems, which are integral parts of communications, radar, or electronic warfare systems. The performance of these subsystems dictates overall system performance and depends on the capabilities of the components discussed earlier.

Throughout the text, a strong systems framework guides the reader, defining system parameters that must be met by the engineer, explaining the impact of design parameters on the user, and developing subsystem and component performance requirements. The book includes practice problems at the end of each chapter to aid study and review. While some lengthy derivations are omitted, the mathematical rigor is sufficient for most applications, with references provided for in-depth theoretical derivations.

🧑🏫 Background

The book originated from a course developed by the Washington Microwave Education Committee, formed in response to industry demand for trained microwave engineers. The committee, comprising experienced professionals, designed a curriculum that emphasized practical engineering problems over theoretical derivations. The course was taught at institutions such as the Capitol Institute of Technology and the University of Maryland, and the textbook was developed to provide a balanced, systems-oriented presentation of modern microwave engineering.

📚 Key Features

• Modern Treatment: Provides a contemporary approach to microwave design methods and analysis, with an emphasis on practical applications.

• Systems Framework: Integrates contributions from various experts into a cohesive systems-oriented perspective, defining system parameters and explaining the impact of design choices.

• Comprehensive Coverage: Covers a wide range of topics, including microwave communications, radar, electronic warfare systems, component design, measurement techniques, and subsystem integration.

• Educational Utility: Includes practice problems and references for further study, making it suitable for both academic courses and professional development.

This textbook serves as a foundational resource for those seeking to understand and apply microwave engineering principles in various high-frequency system applications.