双波段复合毫米波引信探测器的设计与验证

面对战场日益复杂的电磁环境，远程制导火箭弹迫切急需新一代的高抗干扰毫米波近炸引信，以突破 3 毫米波/8 毫米波一体化集成射频前端、双通道多模式信息融合处理等关键技术。采用线性调频连续波和脉冲多普勒体制可动态配置的方法，完成了新型双波段复合测距毫米波引信探测器原型样机的研制，为未来复杂电磁环境下作战应用的高精度、高抗干扰、高可靠性近炸引信型号装备研制提供坚实的技术支撑。

Design and Verification of Dual-Band Compound Millimeter Wave Fuze Detector

In the face of the increasingly complex electromagnetic environment of the battle field. A new generation of high anti-interference millimeter wave proximity fuze is urgently needed for long-range guided rocket. In order to break through 3 millimeter wave/8 millimeter wave integration rf front-end, dual channel multi-mode information fusion processing and other key technologies. The prototype of a novel dual-band complex ranging millimeter-wave fuze detector is developed by using the method of linear frequency modulated continuous wave and pulse doppler system which can be dynamically configured. It provides a solid technical support for the development of high-precision, high-interference and high-reliability close-in fuze model equipment for future combat applications in complex electromagnetic environment.