数字磁记录的发展趋势;薄膜磁头在磁带记录中的应用

S.B. Luitjens, W. Folkerts, H.W. Van Kesteren, J.J.M. Ruigrok
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引用次数: 18

摘要

数字磁带记录系统表现出与硬盘驱动器相同的趋势:存储密度随着时间的推移而大幅增加。采用先进的介质和具有磁阻(MR)读出的高灵敏度薄膜磁头将大大提高存储密度。关键的改进是更窄的轨道,更敏感的磁流变元件通过应用巨磁阻效应,高饱和磁通密度极材料,先进的金属粉末磁带,密切的头对磁带接触,和准确的跟踪。通过增加多道薄膜头的通道数,也可以获得较高的数据速率。讨论了数字磁记录的基础知识,并简要介绍了飞利浦公司在磁带记录用薄膜磁头方面的活动。并对今后的改进作了展望。
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Trends in digital magnetic recording; the application of thin-film heads for tape recording

Digital tape recording systems show the same trend as hard-disk drives: a large increase of storage density with time. The use of advanced media and highly sensitive thin-film heads with magnetoresistive (MR) readout will increase the storage density dramatically. Key improvements are narrower tracks, more sensitive MR elements attained by applying the giant magnetoresistance effect, high-saturation flux density pole materials, advanced metal powder tape, intimate head-to-tape contact, and accurate tracking. By increasing the number of channels in the multitrack thin-film head, high data rates can be obtained as well. The basics of digital magnetic recording are discussed and a short historical overview is given of the Philips activities on thin-film heads for tape recording. An outlook on future improvements is given.

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