Experimental Research of a New Piezoelectric/Electrorheological Hybrid Hydraulic Step Actuator

Li Xiaotao, Liu Jianfang, Xu Guan, Yang Zhigang
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Abstract

A new piezoelectric/ electrorheological hybrid hydraulic ultra-precision step actuator that uses a hybrid mode of piezoelectric stack pump hydro-drive and electrorheological valve control to the precision hydraulic cylinder is presented. It achieves high frequency, ultra-precision hydraulic step drive. The working principle of the step actuator is analyzed and its experimental characteristics are tested. Experiments show that the piezoelectric/ electrorheological cooperate ultra-precision hydraulic step actuator provides new theory and method to the development of precision step actuator with high resolution and large remove, high-speed, big load ability, it provide a basic research reference in the field of ultra-precision drive technology.
一种新型压电/电流变混合液压阶跃驱动器的实验研究
提出了一种新型压电/电流变混合液压超精密步进执行器,采用压电堆泵液压驱动和电流变阀控制的混合方式对精密液压缸进行控制。实现了高频、超精密液压步进驱动。分析了该步进驱动器的工作原理,并对其实验特性进行了测试。实验表明,压电/电流变协同超精密液压步进驱动器为开发高分辨率、大位移、高速、大负载能力的精密步进驱动器提供了新的理论和方法,为超精密驱动技术领域提供了基础研究参考。
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