Novel Development of Electrowetting Display

  • Cheng, W.Y. (Display Technology Center, Industrial Technology Research Institute) ;
  • Chang, Y.P. (Display Technology Center, Industrial Technology Research Institute) ;
  • Lo, K.L. (Display Technology Center, Industrial Technology Research Institute) ;
  • Lee, D.W. (Display Technology Center, Industrial Technology Research Institute) ;
  • Lee, H.H. (Display Technology Center, Industrial Technology Research Institute) ;
  • Kuo, S.W. (Display Technology Center, Industrial Technology Research Institute) ;
  • Hsiao, C.C. (Display Technology Center, Industrial Technology Research Institute) ;
  • Chen, K.T. (Display Technology Center, Industrial Technology Research Institute) ;
  • Tsai, Y.H. (Display Technology Center, Industrial Technology Research Institute) ;
  • Chen, Y.C. (Display Technology Center, Industrial Technology Research Institute) ;
  • Fuh, S.Y. (Display Technology Center, Industrial Technology Research Institute) ;
  • Wang, C.W. (Display Technology Center, Industrial Technology Research Institute) ;
  • Su, P.J. (Display Technology Center, Industrial Technology Research Institute) ;
  • Chiu, W.W. (Display Technology Center, Industrial Technology Research Institute) ;
  • Lee, K.C. (Display Technology Center, Industrial Technology Research Institute) ;
  • Shiu, J.W. (Display Technology Center, Industrial Technology Research Institute)
  • Published : 2008.10.13

Abstract

The 6- inch electrowetting display (EWD) can be successfully developed by ink jet printing (IJP) technique. Due to the drop-on-demand characteristic of IJP technology, colored oil can be precisely dosed into the unit pixel. Here, we present the active matrix EWD in this article. By adopting this technique to dose different colored oils, single layer Multi-color EWD without adopting color filter can be achieved in the future.

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