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1. A 4-element dipole array has element spacing of 2/2. The elements are excited by sources with the same magnitude but different phases as show in the figure below (y=0°). Assume the phase of element 1 to be zero. Sketch the resulting radiation pattern in the xy-plane using the graphical method. (hint: u= kodsin Osind+ y where 0= 90° in xy plane.) 1 20° Top View 2 3 4 مر23 22 /

1. A 4-element dipole array has element spacing of 2/2. The elements are excited by sources with the same magnitude but different phases as show in the figure below (y=0°). Assume the phase of element 1 to be zero. Sketch the resulting radiation pattern in the xy-plane using the graphical method. (hint: u= kodsin Osind+ y where 0= 90° in xy plane.) 1 20° Top View 2 3 4 مر23 22 /

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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1. A 4-element dipole array has element spacing of 2/2. The elements are excited by sources with the same magnitude but different phases as show in the figure below (y=0°). Assume the phase of element 1 to be zero. Sketch the resulting radiation pattern in the xy-plane using the graphical method. (hint: u = kodsin esind+ y where 0= 90° in xy plane.) 1 20° 2 Top View 3 4 مر 23 220 مردے
Transcribed Image Text:1. A 4-element dipole array has element spacing of 2/2. The elements are excited by sources with the same magnitude but different phases as show in the figure below (y=0°). Assume the phase of element 1 to be zero. Sketch the resulting radiation pattern in the xy-plane using the graphical method. (hint: u = kodsin esind+ y where 0= 90° in xy plane.) 1 20° 2 Top View 3 4 مر 23 220 مردے
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