车载武器系统伺服控制研究

伴随着国防科技的持续进步及武器装备各项性能的持续提升,针对伺服控制装置系统的转动速度以及转动力矩要求也大幅度提升。常规的控制模式同样随着国防科技的进步而持续改善和升级,很多传统的控制模式在新兴科技的硬件系统中取得了相较过去更加领先的性能。特别是当数字参数信号处理模块及可编程逻辑处理单元的大规模推广应用,大幅度加速了伺服系统相关控制技术持续向智能化和集成化的演变和发展。

With the continuous progress of national defense science and technology and the continuous improvement of the performance of weapons and equipment,the requirements of the rotation speed and torque of the servo control system are also greatly improved.The conventional control mode also continues to improve and upgrade with the progress of national defense science and technology,and many traditional control modes have achieved more advanced performance in the hardware system of emerging technology than in the past.In particular,the large-scale popularization and application of digital parameter signal processing module and programmable logic processing unit has greatly accelerated the increasingly intelligent and integrated evolution and development of servo system related control technologies.