Caustic Analysis of Reflected Rays from a Spherical Reflector Antenna

K. Quzwain, Ayuni Afiqah Arjunaidi, Yoshihide Yamada, K. Kamardin, N. Rahman, A. Ismail, N. Dinh
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引用次数: 5

Abstract

Now, 5G mobile system is developing to increase user capacity and reduce connection latency. At radio wave technology, new challenges such as millimeter wave (28GHz), small cell size and multi beam base station are introduced. At millimeter wave, where antenna size becomes small size of almost 30cm, a reflector antenna becomes promising. In order to use a reflector antenna for multi beam application, a spherical reflector is suitable. However, a spherical reflector has a problem of distributed caustics. In designing antenna, to clarify caustic positions is important. In this paper, the caustic position equation is derived. Accuracy of the equation is ensured by comparing with MATLAB simulation results. Finally, useful data for dual spherical reflector designing is obtained.
球面反射面天线反射射线的焦散分析
现在,5G移动系统正在发展,以增加用户容量和减少连接延迟。无线电波技术面临着毫米波(28GHz)、小蜂窝尺寸和多波束基站等新挑战。在毫米波中,天线尺寸缩小到30厘米左右,因此反射式天线很有前途。为了在多波束应用中使用反射面天线,球形反射面是合适的。然而,球面反射器存在分布焦散的问题。在天线设计中,明确腐蚀点位置是很重要的。本文推导了焦散位置方程。通过与MATLAB仿真结果的比较,保证了方程的准确性。最后,为双球面反射镜的设计提供了有用的数据。
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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