摘要
开展RCIED装置种类研究,分析该类装置使用的通信体制和通信特点,建立防简易爆炸装置无线遥控起爆频段表,论证在特定干扰防护半径下各类干扰装置所需功率的理论最小值,牵引反RCIED整机的实现。参考简易爆炸装置无线遥控起爆频段表,梳理反RCIED防护需覆盖的频段,建立反RCIED整机的系统架构,分别分析并设计功放模块、射频激励模块、电源模块和控制模块等,实现反RCIED整机。最后,通过对整机性能的分析,提出反RCIED防护技术今后的研究思路和方向。
The types of RCIED devices are studied, the communication systems and characteristics used by this kind of device analyzed, the wireless remote-control detonating frequency table for anti-simple explosive devices established, and the minimum theoretical value of the power required for various interference devices under the specific interference protection radius demonstrated, thus leading to the implementation of the whole anti-RCIED device. Firstly, by referring to the wireless remote-control detonating frequency-band table of the simple explosive device and combing out the frequency bands that need to be covered by the anti RCIED protection, the system architecture of the whole anti-RCIED device is established. Then, the power amplifier module, RF excitation module, power module and control module are analyzed and designed, thus to realize the anti-RCIED device. Finally, by analyzing the performance of whole device, the future research direction of anti-RCIED protection technology is proposed.
作者
邓曦
邓招
彭麟
宋滔
DENG Xi;DENG Zhao;PENG Lin;SONG Tao(China Cyber Security Co.,Ltd.,Chengdu Sichuan 610041,China)
出处
《通信技术》
2018年第6期1412-1418,共7页
Communications Technology
关键词
RCIED
功放模块
干扰防护半径
下行频率
干扰压制
RCIED
power amplification module
interference protection radius
downlink frequency
interference suppression
