robert
Antenna Theory & Design, Hardcover by Elliott, Robert Stratman, Like New Used
Elliot (UCLA, emeritus) examines methods for the analysis and synthesis of linear and planar arrays, the properties of self-impedance and mutual impedance, and antennas with continuous apertures. The Wiley edition is a corrected reprint of the textbook originally published in 1981 by Prentice-Hall. Annotation (c) Book News, Inc.
ANTENNA THEORY. By Robert E. Collin & Francis J. Zucker. 2 Volumes. 1969 Techno
Part 1 And Part 2. Collin & Francis J. Published by McGraw Hill in 1969. Part I has 666 pages. Part II has 683 pages. The explosive rate at which knowledge in electronics has expanded in recent years has produced the need for unified state-of-the-art presentations that give authoritative pictures of individual fields of electronics. 2 FINE- HARDCOVERS, EX-LIBRARY FROM NASA. 9″l x 6″w x 3d. Weight: 4# 12 oz.
Phased Array Antenna Handbook, Hardcover by Mailloux, Robert J, Brand New, F
Phased Array Antenna Handbook, Hardcover by Mailloux, Robert J. The primary reason for using arrays is to produce a directive beam that can be repositioned (scanned) electronically. This text discusses array design issues in eight chapters: phased arrays in radar and communication systems; pattern characteristics of linear and planar arrays; pattern synthesis for linear and planar arrays; patterns of nonplanar arrays; elements, transmission lines, and feed architecture for phased arrays; summary of element pattern and mutual impedance effects; array error effects; and special array feeds for limited field-of-view and wide-bandRead More
Phased Array Antenna Handbook, Hardcover by Mailloux, Robert J, Like New Use
Phased Array Antenna Handbook, Hardcover by Mailloux, Robert J. The primary reason for using arrays is to produce a directive beam that can be repositioned (scanned) electronically. This text discusses array design issues in eight chapters: phased arrays in radar and communication systems; pattern characteristics of linear and planar arrays; pattern synthesis for linear and planar arrays; patterns of nonplanar arrays; elements, transmission lines, and feed architecture for phased arrays; summary of element pattern and mutual impedance effects; array error effects; and special array feeds for limited field-of-view and wide-bandRead More