Printed Active-Matrix Displays

  • Burns, S.E. (Plastic Logic Ltd.) ;
  • Kuhn, C. (Plastic Logic Ltd.) ;
  • Jacobs, K. (Plastic Logic Ltd.) ;
  • Ramsdale, C. (Plastic Logic Ltd.) ;
  • Arias, A.C. (Plastic Logic Ltd.) ;
  • Watts, J. (Plastic Logic Ltd.) ;
  • Etchells, M. (Plastic Logic Ltd.) ;
  • Chalmers, K. (Plastic Logic Ltd.) ;
  • Devine, P. (Plastic Logic Ltd.) ;
  • Murton, N. (Plastic Logic Ltd.) ;
  • Norval, S. (Plastic Logic Ltd.) ;
  • King, J. (Plastic Logic Ltd.) ;
  • Mills, J. (Plastic Logic Ltd.) ;
  • Sirringhaus, H. (Plastic Logic Ltd.) ;
  • Friend, R.H. (Plastic Logic Ltd.)
  • Published : 2003.07.09

Abstract

We present a process for printing active matrix displays. In this process, transistors are fabricated using soluble semi-conducting and conducting materials. Accurate definition of the transistor channel and other circuit components is achieved by direct inkjet printing combined with surface energy patterning. We present results on our 4,800 pixel, 50 dpi, active matrix displays.

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