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Flat Reflectarray That Generates Adjacent Beams by Discriminating in Dual Circular Polarization

机译:通过区分双圆偏振产生相邻光束的平面反射阵列

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One planar 18 x 18 cm(2) reflectarray prototype, capable of generating adjacent pencil beams with the orthogonal circular polarizations (CPs) in the Ka-band (19.2-20.2 GHz), has been designed, manufactured, and measured as a proof-of-concept to demonstrate the possibility of beam separation in the dual-CP applications. The prototype exhibits main beams pointing at elevation angles of 16.7 degrees and 21.3 degrees for left-hand CP and right-hand CP, respectively. A 1.5 dB gain variation and 66% of efficiency are achieved in the frequency band 19.2-20.2 GHz for a design center frequency of 19.7 GHz. These results will be useful for the future work, involving the design of multispot dual-CP and dual-band planar reflectarrays.
机译:设计,制造并测量了一个平面18 x 18 cm(2)反射阵列原型,该原型能够产生在Ka波段(19.2-20.2 GHz)中具有正交圆偏振(CP)的相邻笔形光束,概念图证明了双CP应用中光束分离的可能性。原型展示的主光束分别指向左侧CP和右侧CP的仰角分别为16.7度和21.3度。对于19.7 GHz的设计中心频率,在19.2-20.2 GHz频带内可获得1.5 dB的增益变化和66%的效率。这些结果对于未来的工作将很有用,涉及多点双CP和双频段平面反射阵列的设计。

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