新型复合右手/左手铁氧体超材料元件

M. Abdalla, Zhirun Hu
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引用次数: 0

摘要

本文由两部分组成。首先,我们解释了使用铁氧体介质的一般复合右/左手传输线设计的基本概念。我们解释了它与传统介质情况的不同分析。因此,铁氧体左手传输线的性质比电介质传输线更受重视。其次,我们提出了一些基于铁氧体左手传输线的新型微波器件应用。这些装置的理论是基于第一部分介绍的概念。这些应用包括四分之一波长变压器和零阶谐振器。这种应用除了具有可调性外,还具有体积小的优点。此外,所提出的器件需要小的直流偏磁。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Novel composite right/left handed ferrite metamaterials components
This paper is composed of two parts. First, we explain the basic concepts of general composite right / left handed transmission line designs using ferrite medium. We explain its different analysis unlike conventional dielectric case. Hence, the ferrite left handed transmission line properties are emphasized compared to dielectric one. Second, we present some novel microwave device applications based on ferrite left handed transmission lines. The theories of these devices are based on the concepts introduced in the first part. These applications comprise quarter wavelength transformers and zeroth order resonator. Such applications have the advantages of compact size in addition to the tunability properties. Moreover, the proposed devices require small DC magnetic bias.
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