摘要
通过有源相控阵雷达导引头与电子战设备对抗过程建模仿真和半物理对抗射频仿真试验,建立导引头抗干扰效能评估方法。系统级的全面评估导引头抗干扰效能,以满足实际军事应用的需要。试验可以对有源相控阵雷达导引头系统技术、抗干扰算法等关键技术进行工程化验证。对导引头抗干扰性能进行内场系统试验,支持产品设计定型前的复杂电磁环境适应性摸底试验,为部队提供高水平的装备,也能为有源相控阵雷达导引头抗干扰性能提供有力的试验验证与评估。
Presented a model which describes the process of Active Phased Array Radar （APAR） seeker against electronic warfare equipment. Then by setting up a half physical confrontation radio frequency simulation test, established an anti-jamming performance eval- uation method for APAR seeker. This method can meet the needs of the actual military ap- plications. The test can verify the key technology of APAR seeker, such as system technolo- gy , anti-jamming algorithm and so on. Tested the anti-jamming performance of APAR seek- er in laboratory to support the baseline test before finalizing the product design in complex e- lectromagnetic environment, which providing the high level equipment for the array and pro- viding powerful anti-jamming performance test and evaluation for APAR seeker.
出处
《制导与引信》
2014年第3期1-5,共5页
Guidance & Fuze
关键词
电磁环境
相控阵
雷达导引头
抗干扰试验
electromagnetic environment
phased array
radar seeker
anti-jamming test
