A direction-finding mothed based on power measurement in space

Shan Wang, Jinyong Fang, Song Jin
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Abstract

Nowadays, a growing number of satellites have been sent to the space, the electromagnetic environment is worse than any before. The electromagnetic wave disturbs the receiving module to receive the effective signal, even break the satellites down. So we have to detect where the disturb microwave came from. We can detect the continuous wave with lots of methods, just like the TDOA and the phase interferometer. But there is less way to measure the impulse wave, especially the wave which width of the impulse only has 10ns wave. It is hard to detect and measure it with the traditional method. This paper has realized the detecting with four antennas and created a new method to make sure the direction of both impulse and continuous wave.
一种基于空间功率测量的测向方法
如今,越来越多的卫星被送入太空,电磁环境比以往任何时候都要恶劣。电磁波干扰接收模块接收有效信号,甚至导致卫星瘫痪。所以我们必须探测到干扰微波的来源。连续波的检测方法有很多,如TDOA和相位干涉仪等。但是对脉冲波的测量方法较少,特别是对脉冲宽度只有10ns的波的测量方法较少。传统的方法很难对其进行检测和测量。本文实现了四根天线的检测,提出了一种确定脉冲波和连续波方向的新方法。
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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