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System Identification and Control of Piezo-based Actuators for Optical Pickup Devices

机译:用于光拾取装置的压电致动器的系统识别和控制

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Toward the development of optical data storage system, higher resolution and broader operating bandwidth optical pickup is necessary for high data-density optical discs such as Blu-ray disc (BD). This paper is aim at developing a piezo-based actuator to replace existing voice coil motor (VCM) actuator for providing precise tracking and focusing positioning in optical disk devices. Double lead compensator is designed to forge control efforts toward precise tracking and focusing motions, while verifying the capability of the piezo-based actuator. Simulation and experiments are conducted to evaluate the performances of the proposed actuator for precise positioning of optical pickup devices.
机译:随着光数据存储系统的发展,对于诸如蓝光盘(BD)的高数据密度光盘,更高分辨率和更宽的工作带宽的光拾取器是必需的。本文旨在开发一种基于压电的致动器,以取代现有的音圈电动机(VCM)致动器,以在光盘设备中提供精确的跟踪和聚焦定位。双导程补偿器设计用于在实现精确的跟踪和聚焦运动的同时加强控制力度,同时验证基于压电的执行器的功能。进行仿真和实验以评估所提出的用于光学拾取装置精确定位的致动器的性能。

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