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数字T/R组件发射频谱控制技术研究

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现代武器装备单平台集成的各频段雷达、通信等无线电设备数量越来越多,且发射信号均向高功率、超宽带等方向发展,使得雷达与其他设备之间的发射频谱交叠严重,进而导致不同设备之间存在严重的电磁干扰问题.文中针对不同无线电设备收发信号之间的电磁干扰问题进行了分析,重点讨论了数字T/R组件脉冲发射带外频谱分量的产生机理和改善方法,提出了针对性的频谱控制措施,并在某雷达数字T/R组件上开展了试验验证,证明了该频谱控制方法的有效性.
A Study on Transmitting Frequency Spectrum Control Technology of Digital T/R Modules
The number of radar,communication device and other radio equipment in various frequency bands integrated on a single platform of modern weapons is increasing,and the transmitting signals are developing to the direction of high power and ul-tral-wideband.The transmitting frequency spectrum between radar and other equipment overlaps seriously,leading to serious elec-tromagnetic interference problems between different equipments.In this paper,the electromagnetic interference problems between transmitting and receiving signals of different radio equipments are analyzed,and the generation mechanism and improvement meth-od of the out-of-band spectrum component of digital T/R module pulse transmission are discussed.The specific spectrum control measures are proposed,and experimental verification is conducted on a certain radar digital T/R module,proving the effectiveness of the proposed spectrum control method.

out-of-band spectrum componentfrequency spectrum controlpulse transmissionfunction of sinx/xsequential control

王卫华、江元俊、郑新

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南京电子技术研究所,南京 210039

带外频谱分量 频谱控制 脉冲发射 sinx/x函数 时序控制

2024

微波学报
中国电子学会

微波学报

CSTPCD北大核心
影响因子:0.483
ISSN:1005-6122
年,卷(期):2024.40(4)
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