摘要
FFS模式的IT显示器、手机、平板和TV已经成为市场的主流显示模式。随着现在人们对节能要求的提升,目前的研究是如何提升亮度,节约能耗。本文通过实验和模拟发现,将负性液晶替换掉传统的正性液晶,穿透率能够有至少18%的提升。通过仿真和实验的对比,给出了负性液晶的显示改善的像素设计。
FFS-mode IT monitors, mobile phones, tablets and TVs have been the mainstream display products in the market. Due to the high requirement on energy saving, the current research is mainly on the improvement of brightness and energy efficiency. Through experiments and simulations, we find that the transmittance ratio can increase at least by 18% with negative liquid crystals instead of traditional positive liquid crystals. The paper gives the pixel design to improve the display of negative liquid crystal by the comparison of the simulation and experiment results.
作者
陈钢
黄善兴
张楷龙
Chen Gang;Huang Shanxing;Zhang Kailong
出处
《通信与广播电视》
2018年第2期17-24,共8页
Communication & Audio and Video
关键词
负性液晶
像素设计
Negative liquid crystal
Pixel design