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2007•SID Symposium Digest of Technical PapersRequires access

12.3: LCOS Panel Using Novel Color Sequential Technology

Kuan‐Hsu Fan‐Chiang, Cheng‐Chi Yen, Cheng‐Hung Wu, Chien‐Jung Chen, Bing‐Jei Liao, Yung‐Yuan Ho, Chung-Yuan Liu, Yen‐Chen Chen

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Abstract

Abstract High color gamut, high brightness and high resolution 0.59″ SVGA liquid‐crystal‐on‐Silicon (LCOS) panel is developed using novel color sequential technology. Design of frame‐buffer‐like pixels excludes the period of data addressing in the sub‐frame and relaxes the design rules of the electric circuit and the LCOS panel. In addition, implementation of reset voltage makes the panel to achieve high performance at 360 Hz field rate. The color gamut is larger than 120% NTSC ratio and the reflectance is 70%.

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What this paper is about

Abstract High color gamut, high brightness and high resolution 0.59″ SVGA liquid‐crystal‐on‐Silicon (LCOS) panel is developed using novel color sequential technology. Design of frame‐buffer‐like pixels excludes the period of data addressing in the sub‐frame and relaxes the design rules of the electric circuit and the LCOS panel. In addition, implementation of reset voltage makes the panel to achieve high performance at 360 Hz field rate. The color gamut is larger than 120% NTSC ratio and the reflectance is 70%.

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Available abstract

Abstract High color gamut, high brightness and high resolution 0.59″ SVGA liquid‐crystal‐on‐Silicon (LCOS) panel is developed using novel color sequential technology. Design of frame‐buffer‐like pixels excludes the period of data addressing in the sub‐frame and relaxes the design rules of the electric circuit and the LCOS panel. In addition, implementation of reset voltage makes the panel to achieve high performance at 360 Hz field rate. The color gamut is larger than 120% NTSC ratio and the reflectance is 70%.

Key concepts: Gamut, NTSC, Liquid crystal on silicon, RGB color model, Brightness, Pixel, Computer science, Frame (networking)

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