Four antennas, with same magnitude but different phases, are arranged on x-y plane as shown. Derive its normalized array
Posted: Tue Jun 07, 2022 9:00 am
question about array pattern,
phase and positions are all u need
Four antennas, with same magnitude but different phases, are arranged on x-y plane as shown. Derive its normalized array power pattern and find the direction of maximum radiation on x- y plane. T 2/4--- X ejo ejo ·2/2 I
Answers: Normalized Array Power Pattern= with a maxima in the direction of p= π/2. 2 ( 1 cos (= cos 6) + 1/cos (sin 6-1)) COS 2 2 2 4
No further info is needed, it's a phase and positions are all u need
Four antennas, with same magnitude but different phases, are arranged on x-y plane as shown. Derive its normalized array power pattern and find the direction of maximum radiation on x- y plane. T 2/4--- X ejo ejo ·2/2 I
Answers: Normalized Array Power Pattern= with a maxima in the direction of p= π/2. 2 ( 1 cos (= cos 6) + 1/cos (sin 6-1)) COS 2 2 2 4