Publisher's Synopsis
Microwave Engineering and Systems Applications Edited by Edward A. Wolff and Roger Kaul Contents: Systems. Microwave Communications Systems. Microwave Radar Systems. Electronic Warfare Systems. Microwave Transmission, Control, Detection, and Generation. Transmission Line Concepts. Computational Methods for Transmission Line Problems. Computer–Aided Design of Microwave Circuits. Planar Transmission Lines and Components. Microwave Filter Theory. Ferrites. Microwave Antennas. Linear Passive Applications of Microwave Diodes (Switches, Limiters, and Digital Phase Shifters). Nonlinear and Active Applications of Microwave Diodes (Detectors, Mixers, Harmonic Generators, and Oscillators). Three–Terminal Active Devices. Microwave Amplifier and Oscillator Design. Monolithic Microwave Integrated Circuits. Microwave Tubes. Microwave Measurements. Practical Microwave Components and Power Measurements. Time Domain Measurements. Frequency Domain Measurements. Microwave Subsystems. Microwave Receiver Front–End Design. Microwave Transmitters Design. Index. 1988 (0 471–63269–4) 641 pp. Microwave Receivers with Electronic Warfare Applications James B. Y. Tsui Reflecting important recent advances made in device and logic circuit design, this guide presents the latest breakthroughs in microwave receiver developmentincluding the pioneering research on radio frequency (RF) delay lines that has made some special types of receivers possible. Examines the properties and structures of all types of electronic warfare receivers, including superheterodyne and homodyne receivers, instantaneous frequency measurement (IFM) receivers, and more. 1986 (0 471–83652–4) 460 pp. Microwave Imaging Techniques Bernard D. Steinberg and Harish M. Subbaram This premier handbook is a comprehensive guide to the latest thinking and most advanced practical applications in terrestrial microwave imaging enhancement. The first four chapters are devoted to an understanding of how microwave imagery is obtained and the various problems inherent in producing high–resolution microwave images. The remaining eight chapters cover assorted techniques for: achieving diversity–combining images, eliminating image artifacts and general image improvement, reducing data–handling requirements, superresolution processing of spatial data, and more. Containing nearly 170 illustrations and mathematical equations, this is a clear guide to the fields practical essentials. 1991 (0 471–50078–X) 361 pp.
