Improvement of color temperature using auxiliary address pulse driving scheme in 42‐in. WVGA plasma display panel

Ki‐Hyung Park School of Electronic and Electrical Enginneering, Kyungpook National University, 1370 Sankyuk‐Dong, Buk‐Gu, Deagu, 702–701, Korea Phone: +53 950–6563 Fax: +53 950–6563 E-mail: [email protected]

Eun‐Cheol Lee School of Electronic and Electrical Enginneering, Kyungpook National University, 1370 Sankyuk‐Dong, Buk‐Gu, Deagu, 702–701, Korea

Ki‐Duck Cho School of Electronic and Electrical Enginneering, Kyungpook National University, 1370 Sankyuk‐Dong, Buk‐Gu, Deagu, 702–701, Korea

Heung‐Sik Tae School of Electronic and Electrical Enginneering, Kyungpook National University, 1370 Sankyuk‐Dong, Buk‐Gu, Deagu, 702–701, Korea

Sung‐Il Chien School of Electronic and Electrical Enginneering, Kyungpook National University, 1370 Sankyuk‐Dong, Buk‐Gu, Deagu, 702–701, Korea

Abstract

Auxiliary address pulse driving scheme is proposed for controlling and improving the color temperature of the 42‐inch WVGA ac‐plasma display panel (ac‐PDP) without sacrificing total luminance. Under a white‐background, the color temperature of 42‐inch ac‐PDP is improved by about 1,700 K, whereas under a black‐background, the color temperature of 42‐inch ac‐PDP is improved by about 3,200 K. In addition, by properly controlling the luminance in the R, G, and B cells, the color temperature of 42‐inch ac‐PDP can be raised from 5,827K to 10,705K.

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Improvement of color temperature using auxiliary address pulse driving scheme in 42‐in. WVGA plasma display panel

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Improvement of color temperature using auxiliary address pulse driving scheme in 42‐in. WVGA plasma display panel

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