Flexure-Based Magnetically Levitated Dual-Stage System for High-Bandwidth Positioning

Haiyue Zhu; Tat Joo Teo; Chee Khiang Pang

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Flexure-Based Magnetically Levitated Dual-Stage System for High-Bandwidth Positioning

机译：基于挠曲的磁悬浮双阶段系统，用于高带宽定位

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摘要

Bandwidth is a critical specification for motion positioning systems because fast response to reference and broad-band disturbance rejection is highly desirable in industrial applications, e.g., two-dimensional (2-D)/3-D scanning. This paper presents a pa

机译：带宽是运动定位系统的关键规格，因为在工业应用中，例如二维（2-D）/ 3-D扫描中，对参考和宽带干扰抑制的快速响应是非常需要的。本文介绍了一个

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来源
《IEEE transactions on industrial informatics》 |2019年第8期|4665-4675|共11页
作者
Haiyue Zhu; Tat Joo Teo; Chee Khiang Pang;
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作者单位

Mechatronics Group Agency for Science Technology and Research (A*STAR) Singapore Institute of Manufacturing Technology Singapore;

Advanced Remanufacturing and Technology Centre A*STAR Singapore;

Engineering Cluster Singapore Institute of Technology;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Bandwidth; Coils; Magnetic levitation; Integrated design; Informatics; Prototypes; Capacitive sensors;

机译：带宽;线圈;磁悬浮;一体化设计;信息学原型;电容式传感器;

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1. Magnetically Levitated Parallel Actuated Dual-Stage (Maglev-PAD) System for Six-Axis Precision Positioning [J] . Zhu Haiyue, Teo Tat Joo, Pang Chee Khiang Mechatronics, IEEE/ASME Transactions on . 2019,第4期

机译：磁悬浮并联双阶段（Maglev-PAD）系统，用于六轴精密定位
2. Repulsive Magnetic Levitation Force Calculation for a High Precision 6-DoF Magnetic Levitation Positioning System [J] . Mousa Lahdo, Tom Ströhla, Sergej Kovalev IEEE Transactions on Magnetics . 2017,第3期

机译：高精度六自由度磁悬浮定位系统的排斥磁悬浮力计算
3. Design and Development of a Flexure-Based Dual-Stage Nanopositioning System With Minimum Interference Behavior [J] . Xu Q. Automation Science and Engineering, IEEE Transactions on . 2012,第3期

机译：具有最小干扰行为的基于挠曲的双阶段纳米定位系统的设计与开发
4. Integrated design of a secondary stage for magnetically levitated dual-stage positioning system [C] . Haiyue Zhu, Tat Joo Teo, Chee Khiang Pang, IEEE International Conference on Advanced Intelligent Mechatronics . 2017

机译：磁悬浮双级定位系统次级的集成设计
5. Position sensorless control of a magnetically levitated (Maglev) system. [D] . Noboa, Esteban Ricardo. 2010

机译：磁悬浮（Maglev）系统的无位置传感器控制。
6. Theoretical and Experimental Investigations of a Pseudo-Magnetic Levitation System for Energy Harvesting [O] . Krzysztof Kecik, Andrzej Mitura 2020

机译：用于能量收集的伪磁悬浮系统的理论和实验研究
7. Force characteristic analysis of a magnetic gravity compensator with annular magnet array for magnetic levitation positioning system [O] . Yiheng Zhou, Baoquan Kou, Peng Liu, 2018

机译：用于磁悬浮定位系统环形磁阵磁力补偿器的力特性分析
8. Neural network based time-optimal control of a magnetically levitated precision positioning system [R] . Redmond, J, Tucker, S 1994

机译：基于神经网络的磁悬浮精密定位系统的时间最优控制

Flexure-Based Magnetically Levitated Dual-Stage System for High-Bandwidth Positioning

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