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Study on High Accuracy Optical Encoder with 30 bits

机译:30位高精度光学编码器的研究

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This paper describes a fabrication method for a high accuracy disk which has a higher accuracy than a drawing system of an original disk pattern, and development of an optical rotary encoder with a resolution of 30 bits. High accuracy disk technology is the most significant technology regarding fine angular sensors, and it has an accuracy of less than 0.5 ^m and I sec as it reaches its limitation. However, concerning the disk for an angular sensor it is necessary to obtain a higher accuracy. And then, this study has enabled the creation of a higher accuracy disk and encoder by rejecting disk error which measured at repeatable errors. By using the studied technology, it was possible to make the high a resolution and high accuracy optical encoder with the resolution of 30 bits.
机译:本文介绍了一种高精度盘的制造方法,其具有比原始盘图案的绘图系统更高的精度,以及具有30位的分辨率的光学旋转编码器的开发。高精度磁盘技术是有关细角传感器最重要的技术,并且精度小于0.5 ^ m,而且我达到限制。然而,关于角度传感器的磁盘有必要获得更高的精度。然后,本研究使创建更高精度的磁盘和编码器,通过拒绝在可重复误差下测量的磁盘错误。通过使用研究的技术,可以使高分辨率和高精度的光学编码器具有30位的分辨率。

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