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Investigation of radiation pattern and signal coverage of single element and multiple elements patch antenna

机译:单元件和多元件贴片天线的辐射方向图和信号覆盖范围的研究

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摘要

In recent years, numerous antenna technologies have caught much attention since they have been proved to enhance the general functions of systems. Various services are now provided by systems with manifold antennas. These systems are capable of increasing credibility of telecommunications and enhancing channel capacity remarkably. They are also able to boost link quality which could lower interference in large extents. The present study proposes implementation of two different patch antenna elements in order to enhance coverage and signal strength of the radiation pattern. Typically, one-element and three-element antennas are applied to assess radiation pattern. Thus, the present study aims to discern signal strength of antennas. It is measured applying the frequency of WiMAX frequency communication system 2.3GHz. Data analysis results of the study demonstrate that as radiation pattern enhances, the number of elements in antennas goes up. As such, it can be concluded that the number of antenna elements should be increased in order to achieve more directivity.
机译:近年来,由于已被证明可以增强系统的一般功能,因此许多天线技术引起了人们的广泛关注。带有歧管天线的系统现在提供各种服务。这些系统能够提高电信的可信度并显着增强信道容量。它们还能够提高链路质量,从而可以在很大程度上降低干扰。本研究提出了两种不同的贴片天线元件的实施方案,以增强辐射方向图的覆盖范围和信号强度。通常,一元素和三元素天线用于评估辐射图。因此,本研究旨在辨别天线的信号强度。应用WiMAX频率通信系统2.3GHz的频率进行测量。这项研究的数据分析结果表明,随着辐射方向图的增强,天线中的元素数量也会增加。这样,可以得出结论,应该增加天线元件的数量以便获得更大的方向性。

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