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An integrated transition of microstrip to substrate integrated nonradiative dielectric waveguide based on printed circuit boards

机译:微带到基于印刷电路板的基板集成无辐射介质波导的集成过渡

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Multilayer circuit is essential for hybrid integrated technology. In this paper, a triple-layer transition of microstrip line to substrate integrated nonradiative dielectric waveguide (SINRD) is presented, of which the SINRD waveguide is fabricated directly on PCBs through air holes. Due to this integrated transition, the realization of hybrid integrated systems directly connected with planar circuits is possible. Furthermore, to use SINRD waveguide fabricated on PCBs instead of traditional NRD is because that mechanism and integration of the former are much easier. In addition, a double-layer transition is also proposed to compare with the triple-layer transition and to demonstrate that the leakage loss from the uncovered SINRD waveguide is negligible. Finally, the simulation results of the transition of conventional NRD guides are compared to those of SINRD guides. Good agreements can be found.
机译:多层电路对于混合集成技术至关重要。本文提出了微带线到衬底集成无辐射介质波导(SINRD)的三层过渡,其中SINRD波导通过气孔直接在PCB上制造。由于这种集成过渡,可以实现与平面电路直接连接的混合集成系统。此外,使用在PCB上制造的SINRD波导代替传统的NRD是因为前者的机理和集成要容易得多。另外,还提出了双层过渡,以与三层过渡进行比较,并证明来自未覆盖的SINRD波导的泄漏损耗可忽略不计。最后,将传统NRD导向过渡的仿真结果与SINRD导向的仿真结果进行了比较。可以找到良好的协议。

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