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2012•SID Symposium Digest of Technical PapersRequires access

8.4: Distinguished Paper : Novel Color Electrophoretic E‐Paper Using Independently Movable Colored Particles

Naoki Hiji, Yoshinori Machida, Yasuo Yamamoto, Yoshihide Satoh, Shigeaki Ootani, Tadanobu Satoh, Koji Shigemura

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Abstract

Abstract A novel color electrophoretic E‐Paper using independently movable colored particles with different threshold fields was proposed for the first time. An a‐Si TFT driven two primary colors prototype with red and cyan particles was successfully demonstrated. A full color feasibility was also proved using three primary colored particles (yellow, magenta and cyan), which showed a gamut as wide as that of newsprint.

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What this paper is about

Abstract A novel color electrophoretic E‐Paper using independently movable colored particles with different threshold fields was proposed for the first time. An a‐Si TFT driven two primary colors prototype with red and cyan particles was successfully demonstrated. A full color feasibility was also proved using three primary colored particles (yellow, magenta and cyan), which showed a gamut as wide as that of newsprint.

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Available abstract

Abstract A novel color electrophoretic E‐Paper using independently movable colored particles with different threshold fields was proposed for the first time. An a‐Si TFT driven two primary colors prototype with red and cyan particles was successfully demonstrated. A full color feasibility was also proved using three primary colored particles (yellow, magenta and cyan), which showed a gamut as wide as that of newsprint.

Key concepts: Magenta, Cyan, Colored, Gamut, Electrophoresis, Primary color, Materials science, Computer science

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8.4: Distinguished Paper : Novel Color Electrophoretic E‐Paper Using Independently Movable Colored Particles — Research Paper | ScholarLens