P‐92: A Fast Response Time FFS‐LCD with Novel Electrode Design

Author:

Zhao Hongwei1,Lin Wenpeng1,Yang Yan1,Zhu Lan1,Lan Chenping1,Zhong Caijiao1,Yang Xianyan1

Affiliation:

1. Research and Development Division XiaMen Tianma Microelectronics Co., Ltd. China

Abstract

In this paper, an FFS LCD is developed which contains ITO3 electrode other than the ITO2 pixel electrode, and the ITO3 electrode has a separate timing signal. This configuration can optimize response time by increasing the electric field strength of LC cell. In addition, the transmittance for the LCD using novel electrode design is also improved compared to conventional LCD. This electrode design will have opportunities for applications in the field of gaming and virtual reality displays.

Publisher

Wiley

Subject

General Medicine

Reference5 articles.

1. Past, present, and future of fringe-field switching-liquid crystal display

2. New Fast Response Time In-Plane Switching Liquid Crystal Mode;Matsushima Toshiharu;SID15,2018

3. The Study of Motion Blur Behavior in the Strobe Backlight LCD for Virtual Reality Application;Li Chang-Hung;SID 17,2017

4. Anchoring Energy and Cell Gap Effects on Liquid Crystal Response Time;Nie Xiangyi;Journal of Applied Physics,2007

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