Head Media Interface Tolerancing Kodak Optical Head & Kodak LWR Media

J. J. Miceli, Scott B. Chase, Scott A. Gerger
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Abstract

Kodak's 14" optical disk drive uses Run-Length-Limited (RLL) encoding techniques to increase the in-track packing density. In a pulse length encoding scheme using RLL codes, the clock and data are encoded in the mark edges and not in the mark itself. The use of such encoding schemes allows an increase in the in-track density over pulse position encoding techniques. The price of using this technique is that the CNR and linearity of the media must be consistent and of high quality.
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头媒体接口公差柯达光学头和柯达LWR媒体
柯达的14英寸光盘驱动器使用运行长度限制(RLL)编码技术来增加轨道内包装密度。在使用RLL码的脉冲长度编码方案中,时钟和数据被编码在标记边缘而不是标记本身。这种编码方案的使用允许在脉冲位置编码技术上增加轨道内密度。使用这种技术的代价是媒体的CNR和线性度必须是一致的和高质量的。
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