摘要
文章针对反无人机雷达对伺服系统实现跟踪目标时高精度、高响应速度的功能要求,通过对双伺服电机及比例积分微分(PID)调节器等设计来达到伺服系统的指标,通过建立仿真模型为系统设计提供支撑,达到了反无人机雷达高指标伺服系统的要求。
Aiming at requirements of anti-unmanned aerial vehicle radar for tracking targets with high-precision and high-response speed,this paper design the dual servo motor and proportion-integration-differentiation adjuster to realize the function of servo system,build a simulation model to support the system design,realize the high performance of anti-unmanned aerial vehicle radar servo system.
作者
宣翔
吴影生
Xuan Xiang;Wu Yingsheng(The 38th Research Institute of CETC,Hefei 230088,China)
出处
《无线互联科技》
2020年第17期21-23,共3页
Wireless Internet Technology
关键词
反无人机雷达
高精度
高响应速度
双伺服电机
PID调节器
ant-unmanned aerial vehicle radar
high-precision
high-response speed
dual servo motor
proportion-integration-differentiation adjuster
