双极化多波段短段和槽加载半圆微带天线

A. Ambekar, Amit A. Deshmukh, Venkata A. P. Chavali, K. Ray
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引用次数: 0

摘要

报道了在玻璃环氧树脂上制作高度为1.58mm的半圆形贴片的多波段结构。日志含义补丁加载一个stub和一个slot。在3.5GHz、2.45 GHz、1.2dBi、5.5GHz、1.8dBi三个频段,分别观测到补丁的增益为1.5dBi、stub的增益为1.2dBi和slot的增益。然而,对于获得多波段双极化响应的各种谐振模式,文献中没有给出详细的解释。本文用共振曲线图、回波损耗图和矢量表面电流分布详细分析了所报道工作的多波段双极化响应。观察到,短段和缝隙的长度变化会改变半圆贴片的各种模式,从而产生多波段双极化响应。在给定馈线位置下,槽和存根的尺寸以及位置导致TM10、TM31和TM32模式的输入阻抗匹配,从而产生多波段双极化响应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dual Polarized Multiband Stub and Slot Loaded Semicircular Microstrip Antenna
A multiband configuration using semicircular patch fabricated on glass epoxy at height of 1.58mm was reported. The patch was loaded with a stub and a slot. Three bands were observed respectively at 3.5GHz with gain of 1.5dBi due to patch, 2.45 GHz with gain of 1.2dBi due to stub and 5.5GHz with gain of 1.8dBi due to slot. However detailed explanation of various resonant modes for getting multiband dual polarized response was not given in the reported work. In this paper a detailed analysis using resonance curve plots, return loss plot and vector surface current distributions explaining the multiband dual polarized response of reported work is presented. It is observed that length variations of stub and slot modify various modes of semicircular patch in such a way that results into multiband band dual polarized response. The dimension along with position of slot and stub with given feed location causes matching input impedances of TM10, TM31 and TM32 modes which results in multiband dual polarized response.
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