1.2: Book Outline

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This book is the fifth volume in a series on microwave and RF design. The first volume in the series addresses radio systems [1] mainly following the evolution of cellular radio. A central aspect of microwave engineering is distributed effects considered in the second volume of his book series [2]. Here transmission lines are treated as supporting forward- and backward-traveling voltage and current waves and these are related to electromagnetic effects. The third volume [3] covers microwave network theory which is the theory that describes power flow and can be used with transmission line effects. Topics covered in this volume include scattering parameters, Smith charts, and matching networks that enable maximum power transfer. The fourth volume [4] focuses on designing microwave circuits and systems using modules introducing a large number of different modules. Modules is just another term for a network but the implication is that is is packaged and often available off-the-shelf. Other topics in this chapter that are important in system design using modules are considered including noise, distortion, and dynamic range. Most microwave and RF designers construct systems using modules developed by other engineers who specialize in developing the modules. Examples are filter and amplifier chip modules which once designed can be used in many different systems. Much of microwave design is about maximizing dynamic range, minimizing noise, and minimizing DC power consumption.

The books in the Microwave and RF Design series are:

Microwave and RF Design: Radio Systems
Microwave and RF Design: Transmission Lines
Microwave and RF Design: Networks
Microwave and RF Design: Modules
Microwave and RF Design: Amplifiers and Oscillators