摘要
本文介绍一种改进的激光选址液晶光阀。它以液晶的光散射态(暗态)为显示背景,减少了对观察者眼睛的刺激;它的整体擦除时间大约0.5～1s.采用以暗态为背景的方案,必须对光阀施加高电压才能进行整体擦除,高电压容易使光阀击穿。本文采用在导电层与吸收层之间镀隔离层,就可避免因加大液晶层厚度使写入光灵敏度降低,又增加了高电压与大电流的承受能力。
In this paper, an improved laser-addressed LCLV is reported.It em-ploys scattering structure of smectic liquid crystal as display background. ItsLC layer will not be easily electrically broken down. Full erasure can be ach-ieved within.0.5～1 second.We also present a new method utilizing an insulativelayer (inert insulative film) that is sandwiched between ITO and absorbtivelayer. Such structure makes it possible to avoid decreasing LCLV′s input sen-sitivity which is caused by increase of LC layer thickness, to improve bearingability to high voltage and large current, and achieve fast full erasure.Itshighest breakdown voltagte reaches 690 Vrms.
出处
《光电工程》
CAS
CSCD
1992年第3期20-23,共4页
Opto-Electronic Engineering
关键词
整体快速擦除
激光选址
液晶光阀
Laser-address, Liquid crystal light valve, Fast full erasure, Light valve insulating layer.
