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高亮度LCoS微显示器的接口设计 被引量:1

Design of Controller for High Brightness Field Sequential Color LCoS Microdisplay
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摘要 为了提高LCoS微显示器的亮度 ,提出了双拍存储伪并行的驱动方式 ,设计了适用于高亮度LCoS微显示器的接口ASIC(专用集成电路 ) ,从而使LCoS微显示器的亮度可以提高数倍 。 In order to improve the brightness of LCoS microdisplay, a dual phase storage driving mode was advanced. The brightness of LCoS microdisplay will be increased by several times. In this paper a design of controller ASIC for the high brightness LCoS microdispaly was given,in which the size of controller is smaller, and the power dissipation is lower.
出处 《液晶与显示》 CAS CSCD 2002年第4期275-279,共5页 Chinese Journal of Liquid Crystals and Displays
基金 天津市科技攻关项目
关键词 接口设计 LCoS微显示器 场序彩色 高亮度 专用集成电路 平板显示器 双拍存储伪并行 LCoS microdisplay field sequential color high brightness controller
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  • 1邵喜斌,吴声,郭建新,于涛,黄锡珉.负性双折射膜补偿的扭曲向列液晶显示器的视角[J].液晶与显示,1996,11(3):165-172. 被引量:7
  • 2[1]NOse T, Ikeda N, Kanch Her at. A 28cm-diagonal UXGA TFT LCD for legible A4 size document viewers[A]. Jay Morreale Palisades Institute for Research services, Ins. SID'99 Digest [C].San Jose,USA:Society for Inrormation Display,1999,180-183.
  • 3[1] Heinnmuller C, Haas G, Knoll P M, et al. Design of in-plane-compensation foils for viewing-angle enhancement [J]. SID ′99 Digest, 1999, 30:90-93.
  • 4[2] Chen J, Chang K C, Delpico J, et al. Wide-viewing-angle photoaligned plastic films for TN-LCDs [J]. SID ′99 Digest, 1999, 30:98-101.
  • 5[3] Satoh Y, Mazaki H, Yoda E, et al. Comparison of nematic hybrid and discotic hybrid films as viewing-angle compensator for NW TN-LCDs [J]. SID ′00 Digest, 2000, 31:336-339
  • 6[5] Tanaka Y, Taniguchi Y, Sasaki T, et al. A new design to improve performance and productivity of high quality MVA TFT-LCD panels [J]. SID ′99 Digest, 1999, 30:206-209.
  • 7[6] Kondo K, Matsuyama S, Konishi N, et al. Materials and components optimization for IPS TFT-LCDs [J]. SID ′98 Digest, 1998, 29:389-393.
  • 8[7] Mishima Y, Nakayama T, Suzuki N, et al. Development of a 19-in.-diagonal UXGA TFT-LCM applied with super-IPS technology [J]. SID ′00 Digest, 2000, 31:260-265.
  • 9[8] Lee S H, Lee S L, Kim H Y, et al. A novel wide-angle technology: Ultra-trans view [J]. SID ′99 Digest, 1999, 30:202-205.
  • 10[9] Kwag J O, Shin K C, Kim J S, et al. Implementation of a new wide-viewing-angle mode for TFT-LCDs [J]. SID ′00 Digest, 2000, 31:256-259.

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