| Title |
Driving Method for Mis-discharge Improvement at Low Temperature in AC PDP |
| Authors |
김근수(Kim, Gun-Su) ; 이석현(Lee, Seok-Hyun) |
| Keywords |
PDP ; Plasma ; MgO ; Temperature ; Exo-electron ; Black Noise ; Bright Noise ; Jitter ; Stability ; Reset |
| Abstract |
In AC-PDP, it is necessary to achieve high luminance efficiency, high luminance and high definition by adopting technologies such as high xenon concentration, MgO doping, and long gap. However, it is very difficult to apply above technologies because they make the driving voltage margin reduced. Especially, high Xe concentration technology for high efficacy makes not only the driving voltage margin reduced but also the stability of reset discharge decreased at low temperature. In this paper, we studied temperature and voltage dependent stability of reset discharge and present the experimental results of the discharge characteristics at low temperature. In addition, we suggested the mechanism of bright noise and black noise at low temperature. Finally, we proposed double reset waveform to improve the bright noise and descending scan time method to improve the black noise. |