Details improved approaches to the design of power oscillators that employ more analysis and theory and less empirical work than conventional design procedures. It bridges fundamental device physics and the development and implementation of practical microwave and millimeterwave power oscillators.

Discusses theory and design of pulsed Doppler radar and MTI with details on clutter, clutter modelling and theory of optimum processing, and covers topics related to the application of special Doppler signal processing techniques that provide unique features within a radar system.

This reference is for anyone involved with microwave design. It tackles the practical aspects of microwave statistical design and introduces statistical design techniques that encompass many different applications. This presentation focuses on two main example areas - microwave circuits and systems - but any application with a complex relation between design variables and performance and design variable uncertainty can benefit from statistical design.

Provides coverage of the most efficient and effective methods of network analysis optimization and synthesis. A step-by-step guide to every aspect of the RF and microwave circuit design process - starting with a set of specifications and ending with hardware that performs as modeled the first time.

Presents state-of-the-art information on the various types of semiconductor phase shifters, and explains why different types hold tremendous potential for future phased arrays.

This new edition provides an introduction to fundamental mixer types, as well as variations on the classical mixer designs. It includes easy-to-understand explanations of practical designs and applications of microwave and millimeter-wave mixers and mixer circuits. The only book devoted exclusively to the subject, this A to Z guide brings the reader up to date on every aspect of practical mixer design, from introductory theory to advanced analysis. By the author of Nonlinear Microwave Circuits and C/NL: Linear and Nonlinear Microwave Circuit Analysis and Optimization Software.

Distributed amplification is one of the more powerful yet curiously under-utilised tools available to today's designers. In the hands of savvy engineers, distributed amplification allows the simultaneous optimisation of gain-bandwidth, phase linearity, and noise figure. In addition, at optical frequencies distributed amplifiction reduces dependence on temperature and signal polarisation.

Electronic Filter Analysis and Synthesis helps you save time and effort in writing CAD and analysis programs for electronic filters, and provides explicit details on how to synthesize lowpass, bandpass, bandstop, and highpass realizations for passive, active, digital and switched capacitors.

Written by the inventor of the ultrahigh Q-value resonator, this text describes innovations in high-temperature superconducting (HTS) microwave circuits and explains the fundamental principles. The book shows how to analyze, design, characterize and test the circuits created. Each chapter gives application information on: materials and characterization; transmission lines; passive components; active devices; HTS/III device hybrid circuits; high Q-value resonators; and packaging.

This text sets out to provide a source of design techniques for leading to reduction in expense, size and weight of directional couplers and filters. It also gives step-by-step procedures for enhancing circuit performance. Numerous design examples and verified measured results for ultrawideband, bandpass, periodic and co-directional couplers are provided.