多阻抗传输线微波网络Smith图归一化标准的变换

0 ENGINEERING, ELECTRICAL & ELECTRONIC
Zixuan Yi;Peipei Hu;Xue-Xia Yang;Meiling Li;Dan Zeng
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引用次数: 0

摘要

史密斯图是解决微波电路设计中阻抗匹配问题的一种图形化方法,它提供了可视化的走线,但它不适用于图形化处理阻抗不连续,特别是对于微波网络中的多阻抗传输线(TLs)。本文提出了一种新的归一化标准变换(TNS)方法,并将其应用于Smith图来解决上述问题。然后,导出TNS迹线,并将其应用于经典的史密斯图,得到改进的史密斯图。此外,还将TNS思想应用于微波电路设计实例。所提出的TNS方法为多阻抗TLs微波电路的设计提供了一种方便的可视化方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Transformation of Normalization Standard of Smith Chart for Microwave Networks With Multiple Impedance Transmission Lines
The Smith chart is a graphical approach for solving impedance matching problems in the microwave circuit design, which provides visualized traces, but it is not applicable to address impedance discontinuities graphically, especially for multiple-impedance transmission lines (TLs) within microwave networks. In this letter, a novel transformation of normalization standard (TNS) method is proposed, which is applied to the Smith chart to solve the aforementioned problem. Then, TNS traces are derived and applied to the classical Smith chart, obtaining an improved Smith chart. In addition, the TNS idea is applied to the microwave circuit design examples. The proposed TNS method provides a convenient visualized way for the design of microwave circuits with multi-impedance TLs.
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