Design of Shipborne Radar Turntable Servo System

Chao Zhao, Jiaguo Liu, Yuye Tang
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Abstract

: In view of the high attitude stability requirements of shipborne radar turret under sea conditions, the hardware and software of the two-axis shipborne radar turret servo control system were designed.DSP chip TMS320F2812 and FPGA chip were used as the servo control core for controller design, and Copley motor drivers were used to drive the motors. The control software used the "current + speed + position" triple closed loop control method and PID control algorithm was developed with CCS3.3 development platform. The system triple closed loop control model was established and simulated with the Simulink module of Matlab, and the result of 30 ms response time of the system was derived. Finally, the experimental verification shows that the design of shipborne radar turntable servo control system meets the design specifications.
舰载雷达转台伺服系统设计
针对舰载雷达转塔在海况下对姿态稳定性的高要求,设计了两轴舰载雷达转塔伺服控制系统的硬件和软件。采用DSP芯片TMS320F2812和FPGA芯片作为伺服控制核心进行控制器设计,采用Copley电机驱动器驱动电机。控制软件采用“电流+速度+位置”三闭环控制方式,在CCS3.3开发平台上开发PID控制算法。建立了系统的三闭环控制模型,并利用Matlab的Simulink模块进行了仿真,得到了系统响应时间为30ms的结果。最后,通过实验验证,表明所设计的舰载雷达转台伺服控制系统满足设计要求。
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