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