为解决在非实弹射击的情况下,雷达无法进行侦察或校射作业训练,极大地制约了新装备战斗力生成的问题,设计并实现了炮兵雷达弹道目标仿真系统。系统采取空间电波注入方式,解决了小型天线阵技术、数字储频与可控延时技术、符合弹道特性的目标数据库等关键技术,为实装雷达训练提供了真实的弹道目标回波。

Artillery location and fire correction radar is deployed in the field artillery reconnaissance unit, the principle of radar scouting target is to find enemy's artillery location or fire correction by capturing the projectile data in flight. In the case of nonshooting practice, the radar can't carry out artillery location or fire correction operation training, which greatly restricts the combat effectiveness generation of new equipment. In order to solve the above problems, the simulation system of artillery radar ballistic target is designed and implemented. The system adopts space wave injection mode, solves the key technologies such as small antenna array technology, digital frequency storage and controllable delay technology, target database conforming to ballistic characteristics, and provides real ballistic target echo for real radar training.

TN959.1

武器装备“十三五”预先研究重点项目(3011020211)