The 3D Far-Field Antenna Measurement Technology for Radiation Efficiency, Mean Effective Gain and Diversity Antenna Operation

Guan-Yu Chen, Jwo-Shiun Sun, Y. Chen, Cheng-Hung Lin, Jui-Yu Yang
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引用次数: 10

Abstract

In this paper, facilities of antenna measurement have recently commissioned a spherical far-field measurement system. The low profile far-field spherical scan system provides significant advantages over the older far-field testing including elimination of problem of simple theta (thetas) and phi (phi) rotary axis with indoor far-field range testing, complete measurement characterization of the antenna, and improved accuracy. The mobile phone under test of far-field range testing has been the plan at the Cellular Telecommunications & Internet Association (CTIA) certification program test requirements for performing radiated power and receiver performance measurement. This paper will discuss the antenna and wireless system integration tested with the TRP/TIS and spherical antenna measurement for far-field system. The spherical far-field antenna system applied to total radiation efficiency, mean effective gain (EMG) and diversity gain measurement and applications.
三维远场天线辐射效率、平均有效增益和分集天线运行测量技术
在本文中,天线测量设施最近委托了一个球形远场测量系统。低轮廓远场球面扫描系统与传统远场测试相比具有显著的优势,包括消除了简单的theta (theta)和phi (phi)旋转轴的问题,通过室内远场距离测试,完成了天线的测量特性,并提高了精度。所测手机的远场距离测试已按计划在蜂窝通信与互联网协会(CTIA)认证计划中测试要求进行辐射功率和接收机性能测量。本文将讨论用TRP/TIS和球面天线测量对远场系统进行的天线和无线系统集成测试。将球面远场天线系统应用于总辐射效率、平均有效增益(EMG)和分集增益的测量和应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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