1993•Electronics and Communications in Japan (Part II Electronics)Requires access

High‐density magnetic tape recording by a nontracking method

T. Himeno, Masato Tanaka, Takashi Katoku, Kissei Matsumoto, Masafumi Tamura, Han Min‐Jae, Toshikazu Sasaki, Jota Ito

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Abstract

Abstract Conventional high‐density digital recording using a rotary head requires a high‐accuracy servo system with a high precision in mechanics. By combining double‐track scanning and data rearrangement, a nontracking method by which all data can be reproduced in order has been developed. By using this method, it is shown that a tracking accuracy of ± 100 μm for a track pitch of 9.8 μm is obtained compared to a conventional value of ±5 μm. A stamp‐sized cassette and a compact digital audio tape recorder are developed using this nontracking method and evaporated metal tapes.

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What this paper is about

Abstract Conventional high‐density digital recording using a rotary head requires a high‐accuracy servo system with a high precision in mechanics. By combining double‐track scanning and data rearrangement, a nontracking method by which all data can be reproduced in order has been developed. By using this method, it is shown that a tracking accuracy of ± 100 μm for a track pitch of 9.8 μm is obtained compared to a conventional value of ±5 μm. A stamp‐sized cassette and a compact digital audio tape recorder are developed using this nontracking method and evaporated metal tapes.

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Available abstract

Abstract Conventional high‐density digital recording using a rotary head requires a high‐accuracy servo system with a high precision in mechanics. By combining double‐track scanning and data rearrangement, a nontracking method by which all data can be reproduced in order has been developed. By using this method, it is shown that a tracking accuracy of ± 100 μm for a track pitch of 9.8 μm is obtained compared to a conventional value of ±5 μm. A stamp‐sized cassette and a compact digital audio tape recorder are developed using this nontracking method and evaporated metal tapes.

Key concepts: Magnetic tape, Digital recording, Helical scan, Track (disk drive), Tracking (education), Servo, Acoustics, Computer science

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