基于压电陶瓷作动器的高过载微控制系统研究

Jun Liu, Haoyu Wang, Yunbo Shi, Binzhen Zhang, F. Ma
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引用次数: 1

摘要

针对基于智能弹药的姿态控制系统高过载、快速响应、小体积的设计需求,系统研究了基于战斗部偏转角控制方法的姿态控制系统。详细介绍了战斗部姿态控制方法和压电陶瓷作动器的信号检测与控制电路的制作。实验证明,该系统具有较好的抗过载能力和可操作性,且易于集成。它不仅可以满足智能弹药的技术要求,而且可以应用于军事国防、航空航天等领域的微纳致动控制系统。
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Research for High Overloading Micro Control System Based on Piezoceramics Actuator
According to the design demand of high overloading, quick response and micro-volume of attitude control system based on intelligent munitions, the micro control system based on warhead deflection angle control method is researched systematically. This paper describes detailedly the method of warhead attitude control and fabrication of piezoceramics actuator with signal detection and control circuit. The experiment testifies that this system has better ability of anti-overloading and maneuverability, and is easy to be integrated. It can't only satisfy the technical request of intelligent munitions, but also apply to micro-nano-actuating field of control system in military defense, aviation and spaceflight etc.
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