基于通用型半实物仿真平台的导引头复杂电磁环境构建及试验方法

The construction of complex electromagnetic environment and the test method of seeker based on universal semi-physical test platform

针对国内导弹武器导引头复杂电磁环境仿真试验相关标准分散、试验平台要求不统一的问题,在充分考虑导弹武器导引头复杂电磁环境适应性评估指标体系和9项试验评估领域国军标、航天行业标准和航天科工企业标准的基础上,提出了一种通用型半实物仿真平台,可用于在内场构建逼真的导弹武器战场复杂电磁环境,并基于此平台针对雷达导引头梳理了8项基本性能试验方法和10项抗干扰性能试验方法,可为开展防空、反舰及反辐射等各型导引头的复杂电磁环境适应性试验提供仿真平台构建和试验评估方法支撑。

Aiming at the problems that related standards for simulation test of domestic missile weapon seeker in complex electromagnetic environment are decentralized,and the required test platform are unified,a universal semi-physical test platform is proposed based on the full considerations of index system of the missile weapon system battlefield electromagnetic environment compatibility evaluation and nine military standards,aerospace industry standards,and CASIC enterprise standards related to test and evaluation. A realistic infield missile weapon complex electromagnetic environment is constructed based on the proposed platform. Besides,eight basic performance test methods and ten anti-interference performance test method are studied and organized for the seeker.The proposed platform and test methods can be utilized to carry out most kinds of seekers such as air defense,anti-ship,and anti-radiation missile seekers battlefield electromagnetic environment compatibility tests.