Measurements of Beidou Antenna for Iridium Communication

Tingting Lyu, Min Zhang, Farnaz Mahmoudi Shikhsarmast, Hao Zhang
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Abstract

With the increasing demand for large-scale data transmission and data security in deep sea observation and detection, Iridium and Beidou dual-mode communication has become the main approach in the field of China’s ocean observation and detection. However, the size and weight of the two antennas are not easy to reduce, which presents a challenge to the buoyancy control system of carriers such as deep sea ARGO buoys. According to the fact that the RDSS L frequency band of Beidou satellite is similar to that of Iridium Satellite system and partly coincides with Iridium frequency band, this paper provides the potential of using Beidou deep sea antenna for Iridium communication. Firstly, the electrical characteristics of existing Iridium and Beidou antennas on the market are measured in microwave anechoic chamber and SATIMO system. Then the outdoor measurements are conducted. The results show that the Beidou deep sea antenna can be used for Iridium communication.
北斗铱星通信天线的测量
随着深海观测探测对大规模数据传输和数据安全的需求日益增加,北斗双模通信已成为中国海洋观测探测领域的主要方式。然而,两根天线的尺寸和重量都不容易减小,这对深海ARGO浮标等载体的浮力控制系统提出了挑战。根据北斗卫星RDSS L频段与铱星系统相似,且部分与铱星频段重合的特点,提出了利用北斗深海天线进行铱星通信的潜力。首先,在微波消声室和SATIMO系统中测量了市场上现有的铱星和北斗天线的电学特性。然后进行室外测量。结果表明,北斗深海天线可用于铱星通信。
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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