连续波辐射对无人机数据链系统的影响

Zhang Tao, Chen Yazhou, Cheng Erwei
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引用次数: 9

摘要

为了研究无人机在战场电磁环境下的安全性和可靠性,在实验室搭建了连续波电磁辐射系统。利用该系统对uav数据链系统进行了辐照效应实验。实验结果表明:无人机数据链系统易受电磁干扰,在某些频率下不能很好地工作。无人机数据链系统将处于失锁状态,这意味着无人机与地面控制设备之间的数据传输将无法有效进行。另外,辐射电磁场的极化方向不同,导致通信链路系统失锁的电场阈值也不同。分析结果表明,无人机数据链系统与连续波电磁辐射系统之间的能量耦合通道为“后门”耦合方式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Continuous wave radiation effects on UAV data link system
In order to study the safety and reliability of Unmanned Aerial Vehicle in the battlefield electromagnetic environment, a continuous-wave electromagnetic radiating system is built in the laboratory. Using this system, experiments on irradiation effect for U AV data link system are implemented. Experimental results show that: the UAV data link system is susceptible to electromagnetic interference and can't work well in some frequencies. The UAV data link system would fall in state of losing lock, which means the data transmission between UAV and the ground control equipment would not be carried on effectively. What is more, different polarization direction of radiated electromagnetic field leads to different values of the electric field threshold for the communication link system losing lock. Analysis on results shows that the energy coupling channel between UAV data link systems and continuous-wave electromagnetic radiating system is the way of “back door” coupling.
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