柔性机械数字化控制设计

S. Ryvkin, D. Izosimov, S. Baida
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引用次数: 11

摘要

本文阐述了精密运动柔性机电系统控制系统设计问题的基本思想。由于非线性(干摩擦、侧隙)和可变限制,系统具有较高的复杂性,因此需要使用一些简化假设。控制系统在时域内进行了基于模态离散控制的设计。计算机仿真是检验被控系统在各种模式下工作的重要手段。开发并测试了三质量双驱动挠性力学系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Flex mechanics digital control design
The work is intended to explain basic ideas related to the problem of design of control system for precise motion flex electromechanical system. The higher complexity of the system owing from nonlinearly (dry friction, backlash) and variable limitations defines using of a number of the simplifying assumptions. The control system design is made in the time domain and based on modal discrete-time control. Computer simulation is important by check of controlled system works in various modes. Three-mass two drive flex mechanics system has been developed and tested.
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