摘要火炮随动控制器是火炮武器系统的核心部分,反映出火炮的性能。与传统的模拟式随动系统相比,数字随动系统在响应速度、精度、稳定性及可靠性都达到了较高的水平。
本论文采用TI公司的TMS320F2812作为核心处理器,进行火炮随动系统控制器的开发,充分发挥了DSP的处理速度快、适合复杂算法的特点;ECAN作为系统数据总线,以保证系统中指令能及时、准确、有效的传输;高精度的光电编码器作为炮管速度和位置的检测元件;积分分离和遇限削弱积分的PID复合控制算法,实现闭环控制;直流伺服电机作为执行部件,最终实现负载的定量运转。
关键词: DSP PID算法 CAN 电机6830
毕业设计说明书(论文)外文摘要
Title The development of artillery servo system controller based on DSP
Abstract
Artillery servo controller is a core part of the artillery weapon system, reflecting the performance of artillery. Compared with traditional analog servo system ,the response speed , accuracy , stability and reliability of the digital servo system has reached a higher level .
The contents of this paper is to use TI's TMS320F2812 as the core processor to carry out the artillery servo system controller development , giving full play to the DSP processing speed, suitable for the complex features of the algorithm; ECAN as the system data bus, ensuring that the instructions can be transmitted timely, accurately and effectively; high-precision optical encoder as the speed and position detection devices of the barrel; integral separation and meet limit weaken integral PID compound control algorithm to achieve closed-loop control; DC servo motor as the execution unit, finally realize load quantitative operation.
Keywords: DSP,PID algorithm,CAN,Motor
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