The 90º corner reflector antenna has a driven 入/2 dipole antenna with a spacing of 0.3入 from the corner. Assume a perfectly conductive sheet reflector with infinite area (ideal reflector). (a) Calculate the radiation pattern in gain in a plane perpendicular to the driven element. (b) If the spacing is changed to 0.15入 of the angle, what is the gain obtained
The 90º corner reflector antenna has a driven 入/2 dipole antenna with a spacing of 0.3入 from the corner. Assume a perfectly conductive sheet reflector with infinite area (ideal reflector). (a) Calculate the radiation pattern in gain in a plane perpendicular to the driven element. (b) If the spacing is changed to 0.15入 of the angle, what is the gain obtained
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.2: Trigonometric Equations
Problem 106E
Question
The 90º corner reflector antenna has a driven 入/2 dipole antenna with a spacing of 0.3入 from the corner. Assume a perfectly conductive sheet reflector with infinite area (ideal reflector). (a) Calculate the radiation pattern in gain in a plane perpendicular to the driven element. (b) If the spacing is changed to 0.15入 of the angle, what is the gain obtained
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