著者

岡村 廸夫 浅見 直樹

出版者

日経BP社

雑誌

日経エレクトロニクス (ISSN:03851680)

巻号頁・発行日

no.861, pp.184-186, 2003-11-24

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2003年10月初旬。新聞報道をきっかけに,電子機器メーカーである日本電子の株価が5日連続でストップ高を記録した。同社が発表した画期的な電池技術が注目を集めたわけだが,その技術のオリジナルなアイデアを生み出したのは個人発明家,岡村廸夫氏である。同氏の教えを請おうと,ホンダや日産ディーゼル工業などのメーカーの技術者が,研究所に日夜集う。

著者

岡村 廸夫

出版者

Japan Society of Corrosion Engineering

雑誌

防食技術 (ISSN:00109355)

巻号頁・発行日

vol.34, no.7, pp.406-413, 1985-07-15 (Released:2009-10-30)

参考文献数

7

被引用文献数

1

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Computers could be produced in quantities but interfaces are not. For any effective, productive, expandable, flexible and reliable computerized systems, standardized interface is a must. The IEEE-488 interface may look too complicated at first sight, it is understandable also for nonelectrician as its applications concern. Up to 15 interfaces or devices can be connected together into one bus system and it's speed is over 10 times faster than popular RS-232C. The 1-bus length is typically expandable to 20m, even more than 1km with special options.On the darker side, many capabilities of IEEE-488 could cause many mistakes on both usage and design. Larger systems may you build, if succeeded in getting more reliable devices and less noisier layout. For professionals and manufactures, it is strongly recommended to follow “A guidline for IEEE-488”** to get good compatibility, instead of inventing a new version to which nobody can talk.