电子干扰飞机天线布局研究  

Study on Electronic Jamming Aircraft Antenna Arrangement

作　　者：邓爱国 徐宏兵 张国华 高小红 冯卉萱 Deng Aiguo Xu Hongbing Zhang Guohua Gao Xiaohong Feng Huixuan(Hanzhong Aircraft Branch, AVIC Aircraft Co. , Ltd, Hanzhong 723100, Shaanxi)

机构地区：[1]中航飞机股份有限公司,汉中723100

出　　处：《火控雷达技术》2016年第4期93-97,共5页Fire Control Radar Technology

摘　　要：电子干扰机任务系统具有发射功率大、干扰频带宽的特点,任务系统天线与飞机平台天线间电磁兼容设计是全机设计的重点,从电子干扰机飞机平台天线布局、任务系统天线布局、全机天线布局三个方面进行分析并分别给出天线布局的一般原则,最后,以波音737型客机为例,给出将其改装为电子干扰飞机后天线布局图,并结合美军EC-130E通信干扰机,对其天线布局进行了分析,为电子干扰飞机天线布局设计提供参考。Electronic jamming aircraft＇ s assignment system is featured with characteristics like high transmitting power and wide jamming frequency band, electromagnetic compatibility design between antenna of assignment system and air- craft platform is emphasis of the whole aircraft. On basis of analyzing three aspects like electronic jamming aircraft plat- form antenna arrangement, assignment system antenna arrangement, whole aircraft antenna arrangment, general princi- ple on antenna arrangrnent is given respectively. And finally, take Boeing 737 passenger aircraft as an example, the an- tenn arrangement diagram is given after it is retrofitted to electronic jamming aircraft, and its antenna arrangement is an- alyzed combining with USA EC - 130E communication jammer, which can be used as reference for designing electronic jamming aircraft antenna arrangement.

关 键 词：电子干扰飞机 电磁兼容 天线布局 

分 类 号：TN952[电子电信—信号与信息处理]