低损耗CPW-DWG-CPW转换

Qi Sun, Lei Ji, Xiaochun Li, Junfa Mao
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引用次数: 1

摘要

本文通过分析介质波导(DWG)的色散特性和不同长度过渡的回波损耗,提出了背靠背共面波导(CPW)-DWG-CPW过渡。在过渡部分,在CPW传输线的中心无间隙放置一个楔形结构的DWG。为了在波导中结合电磁波,DWG采用高介电常数的介质材料。设计了基于PCB工艺的背靠背CPW-DWG-CPW转换电路。本文设计的转换和DWG工作在125 GHz - 155 GHz,最小插入损耗为1。152ghz时7dB。
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A Low-loss CPW-DWG-CPW Transition
In this paper, by analyzing the dispersion characteristics of the dielectric waveguide (DWG) and the return loss of the transition with different lengths, a back-to-back coplanar waveguide (CPW)-DWG-CPW transition is proposed. In the transition part, a DWG with a wedge-shaped structure is placed on the center of the CPW transmission line without gap. In order to bind electromagnetic waves in waveguides, the DWG uses dielectric material with high dielectric constant. The back-to-back CPW-DWG-CPW transition is designed based on PCB process.The transition and DWG designed in this paper work at 125 GHz–155 GHz and the minimum insertion loss is 1. 7dB at 152 GHz.
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