Additively Fabricated 90° Waveguide Twist Integrated with Printed Circuit Board

J. Sorocki, I. Piekarz, S. Gruszczynski, K. Wincza
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Abstract

The paper presents an implementation of a 90-deg twist for polarization rotation in a PCB-integrated air-filled waveguide. A recently developed stack-up that combines on-PCB microstrip line with additively fabricated waveguide by sharing the same ground plane on PCB for high integrated electronics applications is explored. The twist construction that maintains a constant-plane orientation of one of the walls with on-PCB metal is adopted. The concept was experimentally verified by fabrication and measurements of an exemplary twist in WR-42 waveguide geometry centered at f0 = 10.5 GHz. The results prove that two polarization orientations can be used in the integrated stack-up.
与印刷电路板集成的增材制造90°波导扭曲
本文提出了一种在pcb集成的充气波导中实现90度扭转偏振旋转的方法。本文探讨了一种将PCB上微带线与增材制造波导共享同一地平面的叠层电路,用于高集成度电子应用。采用扭曲结构,使其中一个壁与pcb上的金属保持恒定的平面方向。通过制造和测量WR-42波导几何形状中以f0 = 10.5 GHz为中心的典型扭曲,实验验证了该概念。结果表明,两种极化取向可以用于集成叠加。
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