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This is the most modern, comprehensive and system-oriented text on radio engineering in print, by a pioneer in the field. Engineers and students need to use this book, which covers the physics of radio systems from a quantum mechanical point of view and offers a unique insight into radio engineering by showing not only how but why radio systems work.Professor Gosling has spent a lifetime in industry and education, including time as Technical Director of Plessey, President of EUREL (European Convention of Engineering Societies), Past President of the Institution of Electrical Engineers,

Radio - Antennas. --- Radio wave propagation. --- Radio--Antennas. Radio wave propagation. --- Radio --- Radio wave propagation --- Electrical Engineering --- Electrical & Computer Engineering --- Engineering & Applied Sciences --- Antennas --- Propagation of radio waves --- Radio waves --- Antennas, Radio --- Radio antennas --- Propagation --- Aerials --- Wave-motion, Theory of --- Antennas (Electronics) --- Receivers and reception --- Transmitters and transmission --- Antennas.

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The conservation of the spectrum is one of the key challenges facing radio systems professionals today. It will have an impact on equipment design, system design and communications policy for digital and analog systems in civil and military use, cell phones, private mobile radio, satellite communications and a growing number of other applications.This concise readable text keeps mathematics to a working minimum, with focus on the practical. It is a companion volume to Gosling's Radio Antennas and Propagation. Professor Gosling distils his experience in industry and teaching to show en

Broadband communication systems --- Radio broadcasting --- Radio frequency allocation. --- Mathematical models. --- Resource allocation --- Telecommunication --- Radio --- Radio industry and trade --- Broadcasting --- Mass media --- Wideband communication systems --- Telecommunication systems --- International cooperation

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The conservation of the spectrum is one of the key challenges facing radio systems professionals today. It will have an impact on equipment design, system design and communications policy for digital and analog systems in civil and military use, cell phones, private mobile radio, satellite communications and a growing number of other applications. This concise readable text keeps mathematics to a working minimum, with focus on the practical. It is a companion volume to Gosling's Radio Antennas and Propagation. Professor Gosling distils his experience in industry and teaching to show engineers how to deal with these challenges by describing the process of effective spectrum utilisation, including examination of separation of transmissions by space, time, frequency and sequency. Throughout the book reference is made to real-life examples to illustrate the theory. William Gosling has spent a lifetime in industry and education, including time as Technical Director of Plessey, President of EUREL (European Convention of Engineering Societies), Past President of the Institution of Electrical Engineers, and Chair of Electronic Engineering at the University of Bath, where he is currently Visiting Professor. He has published eleven books and over fifty scientific papers. A core radio engineering topic. Readable - with maths kept to a minimum. Ideal as a course text or professional update.

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Transistors --- Transistors

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Field-effect transistors --- Transistor circuits --- Transistors à effet de champ --- Circuits transistorisés --- 621.382.3 --- Electronic circuits --- Transistors --- Unipolar transistors --- 621.382.3 Transistors --- Transistors à effet de champ --- Circuits transistorisés --- FETs (Transistors)