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Single layer patch arrays exploiting a quasibalanced feeder to improve the radiation pattern

Single layer patch arrays exploiting a quasibalanced feeder to improve the radiation pattern

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IEE Proceedings - Microwaves, Antennas and Propagation — Recommend this title to your library

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Sources of radiation and surface wave excitation from microstrip feeders are reviewed, and instances when the commonly used approximations break down are illustrated. The conditions for cancellation of radiation from novel symmetric feeder structures are shown. Radiation patterns from prototype antennas made for the 28 GHz band with gains of 18 and 27 dBi will be compared, and a set of ‘good practice’ design rules are presented.

Inspec keywords: antenna feeds; microwave antenna arrays; antenna radiation patterns; microstrip antenna arrays

Other keywords: prototype antennas; 18 dB; symmetric feeder structures; good practice design rules; radiation sources; radiation cancellation; radiation pattern; quasibalanced feeder; approximations; surface wave excitation; microstrip feeders; SHF; single layer patch arrays; 27 dB; 28 GHz

Subjects: Antenna theory; Antenna accessories; Antenna arrays

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