Research on Broadcast and Television Signal Power Detection System Based on Space Radiation

Qinglin Shi, Siqiao Dong, Lin Zhu, Guodong Lu
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Abstract

A broadcast and television signal power detection system based on space radiation is designed in this paper. It solves the problem that the in-use broadcast and television transmitting equipment cannot be detected due to the difficulty of coordination and the lack of coupling port during the traditional conduction detection. The system is mainly composed of an antenna, a test receiver, a computer and detection software. During the detection, the system is set up at a appropriate place, and the corresponding parameters are input in to the software. The system will complete the reception, storage and calculation of the broadcast and television signals at the corresponding frequency points, and then obtain the equivalent EIRP of the transmitting port. The actual detection shows that the system is stable and the deviation is less than ± 6dB. The research improves the management level of in-use broadcast and television station by rose to a overall performance of in-use station through space radiation instead of that of the independent parts such as transmitters, feeders, and transmitting antennas.
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基于空间辐射的广播电视信号功率检测系统研究
本文设计了一种基于空间辐射的广播电视信号功率检测系统。解决了传统导通检测中由于协调困难和缺少耦合端口而无法检测到正在使用的广播电视发射设备的问题。该系统主要由天线、测试接收机、计算机和检测软件组成。检测时,将系统设置在合适的位置,并将相应的参数输入到软件中。系统将完成相应频率点广播电视信号的接收、存储和计算,进而得到发射端口的等效EIRP。实际检测表明,系统运行稳定,误差小于±6dB。本研究通过空间辐射提升在用站的整体性能,而不是发射机、馈线、发射天线等独立部件的性能,从而提高在用广播电视台的管理水平。
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