首页> 外文会议>Symposium on Liquid Crystal Materials and Devices, held April 5-7, 1999, San Francisco, California, U.S.A. >Electrooptic characteristics of polymer stabilized FLCD: application to field sequential full-color display
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Electrooptic characteristics of polymer stabilized FLCD: application to field sequential full-color display

机译:聚合物稳定的FLCD的电光特性:在现场顺序全彩显示中的应用

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Liquid crystal displays (LCDs) will be classified into miniature display, reflective type, projection type, direct view type, and holography type. All of these LCDs will be widely utilized in the coming multimedia network era. Along with this trends, in the first part of this paper we will discuss the social background of this research. In this paper we will place an emphasis on a polymer stabilized (PS) FLCD that is featured by fast response speed (40 mu sec(, high contrast (230:1) with grayscale, wide viewing angle, and high resolution (400 lp/mm). The PS-FLCD, which is referred to as Liquid Crystal Optical Diode owing to its strong asymmetric electrooptical characteristics, will be a promising technology for displaying a moving video image, and optical computing.
机译:液晶显示器(LCD)将分为微型显示器,反射型,投影型,直视型和全息型。所有这些LCD将在未来的多媒体网络时代得到广泛利用。随着这一趋势,在本文的第一部分,我们将讨论这项研究的社会背景。在本文中,我们将重点介绍聚合物稳定(PS)FLCD,其特征在于响应速度快(40毫秒(高对比度,230:1),灰度,宽视角和高分辨率(400 lp / PS-FLCD由于其强大的不对称电光特性而被称为液晶光电二极管,将是一种用于显示运动视频图像和光学计算的有前途的技术。

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