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Microwave Antenna Theory and Design. by. Silver Samuel; Cousins James H. Publication date. 1949. Topics. Technology, Method, C-DAC, Noida, DLI Top-Up. Publisher. Mcgraw-hill Book Company, Inc. Collection. digitallibraryindia; JaiGyan. Language. English. Item Size. 1.7G. Source: Digital Library of India. Scanning Centre: C-DAC, Noida.
- Electronics: Microwave Antenna Theory And Design
Electronics: Microwave Antenna Theory And Design. Topics....
- Electronics: Microwave Antenna Theory And Design
Antennas are devices that radiate or receive EM waves of certain frequencies. The antenna is a transition structure between a guided structure (that is, a cable or waveguide) and the open air. An antenna designed to radiate and receive microwave frequencies, therefore, is called a microwave antenna. We will discuss
Covers the basic principles and fundamental microwave antenna types and techniques. Microwave Antenna Theory and Design is an unabridged reprint of the book published by McGraw hill as Volume 21 of the MIT Radiation Laboratory Series in 1949.
9 lut 2015 · Electronics: Microwave Antenna Theory And Design. Topics. antenna, field, aperture, impedance, phase, pattern, reflector, array, feed, wave, reflection coefficient, array factor, unit vector, secondary pattern, optical path, side lobes, scattered field, primary feed, electric field, sectoral guide. Collection.
Initial design and experimentation with microwave antennas began more than 100 years ago, reaching back to that key pioneer of well-known fame, Guglielmo Marconi. Microwave system work using parabolic antennas grew significantly during the 1930s.
The book presents a detailed description of linear microwave networks, including their analysis methods. The first two chapters of the book describe the theory of microwave circuits. They consider the transition from electromagnetics to a circuit approach and introduce equivalent voltage and current concepts.
Purpose. • to refresh basic physical concepts needed to understand better the operation and design of microwave antennas. Outline. Introduction. Review of basic antenna types. Radiation pattern, gain, polarization. Equivalent circuit & radiation efficiency. Smart antennas. Some theory. Summary. Quiz. Transmitting antennas.
