Below-given figures show arrays of dipoles (two blue arms of the length / with a symmetrical feeding). The nth dipole is

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Below-given figures show arrays of dipoles (two blue arms of the length / with a symmetrical feeding). The nth dipole is

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Below Given Figures Show Arrays Of Dipoles Two Blue Arms Of The Length With A Symmetrical Feeding The Nth Dipole Is 1
Below Given Figures Show Arrays Of Dipoles Two Blue Arms Of The Length With A Symmetrical Feeding The Nth Dipole Is 1 (31.03 KiB) Viewed 41 times
Below-given figures show arrays of dipoles (two blue arms of the length / with a symmetrical feeding). The nth dipole is excited by the current with the amplitude In and the phase On. Frequency of the current is f. The distance between dipoles is d. Dipoles are parallel to the planar reflector (the gray surface). The distance between dipoles and the reflector is h. Your tasks follow: 1. The general radiation function F(Us, , V:) should be derived using spatial angles.
Ix= 1.0 A for all n, On=0° for all n; h=0.50 m; 1= 0.40 m n; d= 1.00 m; f= 150 MHz 4 5 .6 h A d d > > d d d d d > >k
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