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Planar microstrip YAGI antenna array
Huang, John
Cited by 0Abstract and details only
Abstract
A directional microstrip antenna includes a driven patch surrounded by an isolated reflector and one or more coplanar directors, all separated from a ground plane on the order of 0.1 wavelength or less to provide end fire beam directivity without requiring power dividers or phase shifters. The antenna may be driven at a feed point a distance from the center of the driven patch in accordance with conventional microstrip antenna design practices for H-plane coupled or horizontally polarized signals. The feed point for E-plane coupled or vertically polarized signals is at a greater distance from the center than the first distance. This feed point is also used for one of the feed signals for circularly polarized signals. The phase shift between signals applied to feed points for circularly polarized signals must be greater than the conventionally required 90 degrees and depends upon the antenna configuration.
Cite this paper
Huang, J. (n.d.). Planar microstrip YAGI antenna array. NASA Technical Reports Server (NASA).
Huang, John. “Planar microstrip YAGI antenna array.” NASA Technical Reports Server (NASA).
Huang, John. n.d.. “Planar microstrip YAGI antenna array.” NASA Technical Reports Server (NASA).
Huang, J. (n.d.) ‘Planar microstrip YAGI antenna array’, NASA Technical Reports Server (NASA).
@misc{huangplanar,
title = {{Planar microstrip YAGI antenna array}},
author = {Huang, John},
journal = {NASA Technical Reports Server (NASA)}
}Made from the index record. Check names, capitalisation and page numbers against the paper. Need another style? AI for Research has over 10,000.