A New Driving Method for High Resolution ac PDPs without Dynamic False Contours(Electronic Displays)

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概要

• 論文の詳細を見る

• We presented a wall charge controlled ac PDF driving method which has advantages of less number of sub-fields and no dynamic false contours compared to the conventional driving method. In this method, a sub-field exhibited different light intensity according to the initial wall charge quantity set during the address period. Even though one can set 10 different wall charge states by changing the data pulse widths, we decided to define three states, 'on,' 'half-on,' and 'off.' By adding one state, the number of sub-field required to achieve 243 gray levels was reduced from 8 to 5. Furthermore, one can realize seven sub-fields, 255 gray level, complete stretched-out coding with which one can eliminate the dynamic false contours. Since this method can reduce number of sub-fields, it is suitable for higher resolution PDP's with more scan lines.

• 社団法人電子情報通信学会の論文
• 2004-05-01

著者

• JEONG Ju-Young

  Department of Electrical Engineering The University of Suwon

• Jeong Ju-young

  Department Of Electronic Engineering The University Of Suwon

• KIM Seok-Il

  Department of Electronic Engineering, The University of Suwon

• JUNG Young-Ho

  Department of Electronic Engineering, The University of Suwon

• CHAI Yong-Yoong

  Department of Electronic Engineering, Keimyung University

• YOON Kwang-Yeol

  Department of Electronic Engineering, Keimyung University

• Yoon Kwang-yeol

  Department Of Electronic Engineering Keimyung University

• Kim Seok-il

  Department Of Electronic Engineering The University Of Suwon

• Jung Young-ho

  Department Of Electronic Engineering The University Of Suwon

• Chai Yong-yoong

  Department Of Electronic Engineering Keimyung University

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• MIMO Common Feedback Method for Multicast H-ARQ Transmission
• A New Driving Method for High Resolution ac PDPs without Dynamic False Contours(Electronic Displays)
• Study of Drain Contact Structure Dependent Deep Submicron MOSFET Reliability by Photon Emission Analysis
• Estimation of Radio Communication Distance along Random Rough Surface
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