高磁歪アモルファス薄片と磁気テープからなるデータキャリアの実用特性
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概要
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Remote readable ID tags are interest for their uses in various fields. In previous papers the author proposed the application of a new ID tag as an intelligent pile in a location-detection system. This ID tag consists of a magnetic tape encoded by the magnetic head, a magnetostrictive strip that resonates at predetermined frequencies according to the encoded pattern for identification, and a housing for both of these components. Examination of the characteristics of this ID tag, especially as regards the capacity and the reading range, showed that encoding with a magnetic pattern is effective for both sinusoidal and rectangular patterns. A reading distance of about 60 cm was sufficient for identifying several patterns, and a distance of about 50 cm for was sufficient 20 bits, which can be obtained by using multiple strips. The operation temperature is from -20°C to 60℃.
- 社団法人日本磁気学会の論文
- 1998-04-01
著者
関連論文
- 磁歪技術を使ったデータキャリアシステム
- 高磁歪アモルファス薄片を用いたデータキャリアシステムにおける信号検出方式と読み取り距離
- 高磁歪アモルファス薄片と磁気テープからなるデータキャリアの実用特性
- 磁歪性アモルファス薄片の共振における分散現象
- 磁歪性アモルファス薄片を利用した位置検出システムの開発