硬盘驱动器同步执行机构的研究进展

T. Arisaka, T. Shimizu, T. Atsumi, H. Masuda, T. Yamaguchi
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引用次数: 4

摘要

本研究展示了硬盘驱动器驱动器的新设计理念。作动器的多个高阶机械共振决定了伺服控制系统的稳定性和机械噪声抑制能力。我们提出了新的设计理念,即在第一主共振的基础上同相产生更高的共振。在这个概念中,所有高增益的谐振都是同相谐振,而非同相谐振的增益减小。结果表明,基于此概念的原型驱动器只能由针对第一次主共振设计的补偿器进行补偿。
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Development on in-phase actuator mechanism in hard disk drives papers
This research shows the new design concept of an actuator in hard disk drives. The actuator which has several higher-order mechanical resonance determine the stability and mechanical noise suppression ability of the servo control system. We presented the new design concept that higher resonance are made in-phase to the first major resonance. In this concept, all the resonance with high gain are in-phase but the out-phase resonance's gain are reduced. It is shown that the prototype actuator based on this concept can be compensated only by the compensator which is designed for the first major resonance.
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Microtribodynamics of pseudo-contacting head-disk interfaces intended for 1 Tbit/in/sup 2/ Study on vibro-acoustic characteristics of disks-spindle system of hard disk drives Aerodynamic vibration analysis coupled by fluid analysis of internal HDDs Analysis of L/UL dynamic characteristics of femto sliders in the micro drive Disk burnishing for head wear reduction
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