AC-PDP의 유지방전 전극사이의 간격과 어드레스 방전 특성과의 상관성 분석 = The Analysis of the Correlation between the Sustain-Electrode Gap of an AC-PDP and Address Discharge Characteristics

다국어 초록 (Multilingual Abstract)

To drive the high-image quality plasma displays of XGA and/or full-HD, we must effectively improve the driving waveform, which get the reset period for the stabilized control of wall charges, the address period to select discharge or non-discharge, and sustain period for luminance in 1 Tv-frame, and also the display quality. To accomplish them. the development of the technology for the fast address discharge is required. In this paper. the correlation between the sustain-electrode gap and the address discharge characteristics for the high-speed addressing was analyzed using the measurements of dynamic voltage margins. Results showed that the narrower the gap between the sustain electrodes, the narrower the width of the scan pulse became and a dynamic margin of data voltage of 29.2 V was obtained at scan pulse width of 1.0 ㎲ and V<SUB>ramp</SUB> of 240 V for driving 4-inch test penal. which the gap between sustain electrodes was 65 um.

목차 (Table of Contents)

• Abstract
• 1. 서론
• 2. 패널의 구동 및 방전 특성 분석 방법
• 3. 실험 및 고찰
• 4. 결론
• 참고문헌
• 저자소개

참고문헌 (Reference)

1 S. T. de Zwart, "Wall voltage fingerprint method in a three-electrode PDP Cell" Proc. of IDW01 845-848, 2001.12.

2 Y. D. Kim, "The relation between opposed firing and ramp reset voltage in AC-PDP driving waveform" Proc. of IDW02 717-720, 2002.12

3 M. Kasahara,, "New drive system for PDPs with improved image quality: plasma AI" 158-161, 1999.5

4 Yongduk Kim, "Analysis of the influence of the address electrode width on high-speed addressing using the Vt close curve and dynamic Vdata margin" KIEE International Transactions on EA 5-c (5-c): 183-190, 2005.10.

5 S. K. Lee, "Analysis of priming effect using Vt close curve" Proc. of IDW02 709-712, 2002.12

6 Yongduk Kim, "Analysis of influence of address electrode width on address discharge characteristics using threshold voltage closed curve" 44 (44): 6752-6758, 2005.9.

7 K. Sakita, "Analysis of cell operation at address period using wall voltage transfer function in three-electrode surface-discharge AC-PDPs" Proc. of IDW01 841-844, 2001.12.