Compact ultra wide band sinuous antenna

S. K. Bandlamudi, P. K. Mishra, Sasikanta Kumar, M. Haindavi, R. Renuka, S. Kumar, V. Hariharan
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引用次数: 3

Abstract

Compact Antenna Test Facility (CATF) facility is extensively used for evaluating the antenna pattern and payload performance for all communication satellites in the integrated condition. Operating frequency range of the CATF is from 1-40 GHz. Standard feeds are available in CATF, which will cater testing in the frequency range from 1–40 GHz. Facility can also be used as standard far-field range (By-passing the reflectors and in direct Line Of Sight: LOS) for limited characterization of antennas in the frequency range less than 1GHz. With an increase in the application of UHF frequency usage in the spacecraft sphere, it is required to extend feed capability in the lower operating frequency range of facility. In view of this, it was proposed to design and develop an UWB antenna operating in the frequency band from 200 MHz - 1 GHz so that facility measurement capabilities can be extended. In this paper, design aspects of antenna, feeding network, fabrication, pattern and gain measurement procedure are discussed. Comparison of simulated & measured pattern and gain values shows good match between them.
紧凑的超宽带正弦天线
紧凑型天线测试设施(CATF)被广泛用于评估综合状态下所有通信卫星的天线方向图和有效载荷性能。CATF的工作频率范围为1 ~ 40ghz。CATF中提供标准馈源,它将满足1-40 GHz频率范围内的测试。设备还可以用作标准远场范围(绕过反射器和直接视线:LOS),用于频率范围小于1GHz的天线的有限特性。随着超高频在航天器领域应用的增加,对设备在较低工作频率范围内的馈电能力提出了要求。鉴于此,建议设计和开发工作在200 MHz - 1 GHz频段的超宽带天线,以扩展设施测量能力。本文讨论了天线的设计、馈电网络、制作、方向图和增益测量方法。仿真与实测值的比较表明,两者吻合良好。
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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