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Mechanical Component Dimension Tolerance and Damping Effect on Controller

机译:机械零件尺寸公差及对控制器的阻尼作用

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In HDDs, there are some notch filters which are used to compensate mechanical high frequency vibration from components. A range of error-rejection transfer function within the servo control loop is employed to depress such vibration. The advantage of such approach is to improve data rate performance. Two major factors associated with each frequency, that is, phase and gain. Due to many sub-components, such as HGA, carriage, pivot and VCM, etc., any condition change, such as dimension, young modulus, temperature, will change transfer function frequency and phase. In this paper, a specified error rejection gain induced failure drives are studied to analyze effect of mechanical component tolerance and damping effect on controller effectiveness
机译:在HDD中,有一些陷波滤波器可用于补偿组件产生的机械高频振动。伺服控制回路内的一系列误差消除传递函数被用来抑制这种振动。这种方法的优点是可以提高数据速率性能。与每个频率相关的两个主要因素,即相位和增益。由于存在许多子组件,例如HGA,滑架,枢轴和VCM等,任何条件变化(例如尺寸,杨氏模量,温度)都会改变传递函数的频率和相位。本文研究了一种特定的误差抑制增益引起的故障驱动器,以分析机械部件公差和阻尼对控制器有效性的影响。

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