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Improvement of Color Temperature using Auxiliary Address Pulse Driving Scheme in 42-in. WVGA Plasma Display Panel  

Park, Ki-Hyung (School of Electronic and Electrical Enginneering, Kyungpook national University)
Lee, Eun-Cheol (School of Electronic and Electrical Enginneering, Kyungpook national University)
Cho, Ki-Duck (School of Electronic and Electrical Enginneering, Kyungpook national University)
Tae, Heung-Sik (School of Electronic and Electrical Enginneering, Kyungpook national University)
Chien, Sung-Il (School of Electronic and Electrical Enginneering, Kyungpook national University)
Publication Information
Journal of Information Display / v.6, no.1, 2005 , pp. 22-27 More about this Journal
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.
Keywords
ac-PDP; auxiliary pulse; color temperature; luminance;
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