Sixfold Increase of PDP Field Frequency with 3-Phase Sustain Pulses and Reduction of Motional Image Blur

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  • Fujimura Hiroshi
    epartment of Electronic Engineering, The University of Electro Communications
  • Tamai Takeshi
    epartment of Electronic Engineering, The University of Electro Communications
  • Shiga Tomokazu
    epartment of Electronic Engineering, The University of Electro Communications
  • Igarashi Kiyoshi
    epartment of Electronic Engineering, The University of Electro Communications
  • Tezuka Mariko
    epartment of Electronic Engineering, The University of Electro Communications
  • Mikoshiba Shigeo
    epartment of Electronic Engineering, The University of Electro Communications
  • Ueda Toshio
    Fujitsu Hitachi Plasma Display, Ltd.

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Other Title
  • ディスプレイ～ＩＷＤ’０２関連～ＰＤＰにおける３相維持パルスを用いた６倍速駆動と動画にじみの低減
  • PDP ニ オケル 3ソウ イジ パルス オ モチイタ 6バイソククドウ ト ドウガ ニジミ ノ テイゲン

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Various motional artifacts appear on PDP images Also a gray scale capability at low luminance levels is not satisfactory These problems can be overcome by increasing the number of sub-fields and the field frequency This paper introduces a driving method with which 900cd/m2 luminance and 600 : 1 dark room contrast were achieved by applying only one reset pulse per TV field An expression of 54 randomly addressable subfields on an AC-PDP was made possible by adopting a 3-phase sustain pulse technique combined with an Address-While-Display drive scheme The technique provided a sixfold increase in field frequency to 360Hz compared to the conventional frequency of 60Hz It was proven by using a 42″ PDP that blurring of moving images was reduced significantly.

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