TCR Antenna For Small Satellite Application

Z. Kourdi, O. KARA ALI
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Abstract

The results of this study are interesting about antenna technology generation used in small satellite. A new design optimized of the TCR (tracking, command and ranging) antenna has been presented. It has a good impedance matching to the 50 Ohm coaxial line which has been radically enhanced with different geometric features. For the Ku band frequency band, the VSWR of 1.15 is not exceeded. In its optimized version, it is compact and aesthetic and this property reduces antenna distortions. Design considerations for this antenna performance in terms of coverage gain, side lobe isolation, and cross-polar isolation are discussed. The paper also discusses the possibilities of extending the frequency coverage of the antenna system into the Ku-band system can increase the capabilities and operational flexibility of existing earth stations as well as adapts with new current and future technology trends are presented.
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用于小卫星的TCR天线
研究结果对小卫星天线技术的发展具有重要意义。提出了一种新的跟踪、指挥与测距(TCR)天线优化设计方案。它对50欧姆同轴线具有良好的阻抗匹配,并从根本上增强了不同的几何特征。对于Ku波段频段,不超过1.15的驻波比。在其优化版本,它是紧凑和美观的,这一特性减少了天线畸变。从覆盖增益、旁瓣隔离和交叉极性隔离等方面讨论了该天线性能的设计考虑。本文还讨论了将天线系统的频率覆盖范围扩展到ku波段系统的可能性,以提高现有地面站的能力和操作灵活性,并适应新的当前和未来的技术趋势。
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