A Ground S Band Hybrid Active Electronically Scanned Array: Concept, Design and Performance

C. Melle, Gerard Kipfer, A. Lohou, A. Karas, B. Lesur, R. Contreres
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Abstract

The contribution talks about the application of AESA technology for telemetry ground antennas. The proposed AESA concept is a 1-axis electronically steerable antenna (elevation axis), while the azimuth axis remains mechanically driven. The design will lead to a 1m2 effective area antenna, dedicated to short - medium range telemetry, for target with high potential dynamics. The present paper describes the concept and the technology used during this development plan. The paper focuses on performances but also tries to compare this technology to the legacy antennas used in telemetry, to point the improvements test ranges could get with such innovative antenna. The contribution will cover the interests to develop an AESA antenna, the principle and technology chosen, the electromagnetic simulations, a comparison between a standard parabolic of flat panel antenna and this work, and a conclusion regarding the possible application of AESA technology for ground telemetry antennas.
地面S波段混合有源电子扫描阵列:概念、设计和性能
文章讨论了有源相控阵技术在遥测地面天线中的应用。提出的AESA概念是一个1轴电子操纵天线(仰角轴),而方位轴仍然是机械驱动的。该设计将导致1平方米有效面积的天线,专门用于中短距离遥测,具有高动态潜力的目标。本文介绍了该开发计划的概念和技术。本文着重于性能,并试图将该技术与传统遥测天线进行比较,指出这种创新天线可以提高测试范围。论文内容将包括有源相控阵天线的开发、原理和技术选择、电磁仿真、标准抛物线平板天线与本工作的比较,以及有源相控阵技术在地面遥测天线中的可能应用。
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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