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液晶显示器的快速响应技术 被引量:6

Fast Response Technologies for LCD
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摘要 一般液晶显示器响应速度较慢,不利于动画显示。本文将介绍几种提高液晶显示器响应速度的方法,如采用新型液晶材料;减少液晶盒厚度;利用光学补偿膜方式;采用过驱动方法和新电极设计技术等。 Liquid Crystal Display (LCD) is slow response,which is very important for displaying moving images. In this article, Several Fast Response technologies will be introduced, such as application of new LCD materials, reduction of cell gap, application of Optically Compensated Bend( OCB )mode, Overdrive method and New Electrode Design.
出处 《现代显示》 2006年第4期45-48,共4页 Advanced Display
关键词 液晶显示快速响应 新型液晶材料 过驱动方法 LCD Fast response New Liquid Crystal material Overdrive method
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参考文献10

  • 1C Yong-Ⅱ,S Cecile, H J Coles Molecular Size Effect of Additives on the Electro-Optical Properties of Eutectic Liquid Crystal Mixtures[C].Proc. of SPIE, 2005,5741:209-216.
  • 2S Kobayashi, H Furue Side-chain Polymer Stabilized Ferroelectric Liquid Crystal Display Exhibiting Fast Response Speed, High Contrast Ratio, Monostability with Grayscale Capability[J]. Proc.of SPIE, 1998,3421:2-7.
  • 3Tatsuo Uchida, Fast Response Liquid Crystal Displays[J].IEEE, 2003,2:955-956.
  • 4C L Yang, I A Yao, W Y Ling, P F Wang, C Chen, J P Pang, R J Xiang, S H Chen. A Transflective OCB LCD with Wide Viewing Angle and Fast Response [C]. SID Dig. 2005:1876-1879.
  • 5K Kawabe and T Furuhashi, Y Tanaka. New TFT-LCD Driving Method for Improved Moving Picture Quality [C].SID Dig.2001:998-1001.
  • 6H Okumura, M Baba, K Taira, A Kinno.Advanced Level Adaptive Overdrive (ALAO)Method Applicable to Full HD-LCTVs [C].SID Dig. 2002:68-71.
  • 7M Baba,G Itoh, H Okumura, Software -Processed Edge- and Level-Adaptive Overdrive (SELAO) Method for High-Quality Motion Picture[C] SID Dig 2005:1495-1498
  • 8K Kawabe, T Furuhashi, Y Tanaka. New TFT-LCD Driving Method For Improved Moving Picture Quality [C].SID Dig.2001:998-1001.
  • 9J K Song, K E Lee, H S Chang, S M Hong, M k Jun. DCCⅡ: Novel Method for Fast Response Time in PVA Mode [C].SID Dig.2004:1344-1347.
  • 10X W Sun and C Y Xiang. Fast Response LCD with Alternate Vertical and Fringe Field Switching[C].SID Dig. 2004:1424-1427.

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