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A Study on a Priming Effect in AC-PDPs and Its Application to Low Voltage and High Speed Addressing
Makoto ISHII Tomokazu SHIGA Kiyoshi IGARASHI Shigeo MIKOSHIBA
IEICE TRANSACTIONS on Electronics
Publication Date: 2001/11/01
Print ISSN: 0916-8516
Type of Manuscript: Special Section PAPER (Special Issue on Electronic Displays)
Category: Plasma Displays
plasma display, priming effect, space charge, data pulse voltage, addressing speed,
Full Text: PDF(492KB)>>
A priming effect is studied for a three-electrode, surface-discharge AC-PDP, which has stripe barrier ribs of 0.22 mm pitch. It was found that by keeping the interval between the reset and address pulses within 24 µs, the data pulse voltage can be reduced while the data pulse width can be narrowed due to the priming effect. By adopting the primed addressing technique to the PDP, the data pulse voltage was reduced to 20 V when the data and scan pulse widths were 1 µs. Alternatively, the data pulse width could be narrowed to 0.33 µs when the data pulse voltage was 56 V. 69% of the TV field time could be assigned for the display periods with 12 sub-fields, assuring high luminance display.