The optimum phosphor thickness to obtain the highest luminance and luminous efficiency in ac PDP

Jeong Eun Heo Student Member Dept. of Electrical Engineering, Pusan National University, Mt. 30, Jang‐jeon dong, Keum‐jeong ku, Pusan, 609–735, South Korea Phone: +51 510–1544 Fax: +51 510–1544 E-mail: [email protected]

Young Kee Kim Student Member Dept. of Electrical Engineering, Pusan National University, Mt. 30, Jang‐jeon dong, Keum‐jeong ku, Pusan, 609–735, South Korea

Hun Gun Park Student Member LG Electronics Inc.

Chung Hoo Park Member Dept. of Electrical Engineering, Pusan National University, Mt. 30, Jang‐jeon dong, Keum‐jeong ku, Pusan, 609–735, South Korea

Abstract

Plasma display panel(PDP) have gained great attention due to their potential application to large‐area display including HDTV. The luminance and luminous efficiency of PDP, however, should be improved to realize this goal.

In this study, we examined experimentally the effects of phosphor thickness and discharge gap on the luminance and luminous efficiency of ac PDP. For the rib height of 110 μm, whereas the optimum phosphor thickness was about 30 μm. The optimum thickness of green phosphor was about 50 μm for the rib height of 120∼160 μm.

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The optimum phosphor thickness to obtain the highest luminance and luminous efficiency in ac PDP

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The optimum phosphor thickness to obtain the highest luminance and luminous efficiency in ac PDP

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