Abstract
A new driving waveform was proposed to stabilize the reset and address discharges in the high efficacy AC PDP with coplanar-gap of 200 μm and auxiliary electrode. The erase pulse was applied to the auxiliary electrode after sustain period. The reset discharges were induced between scan and auxiliary electrode. During ramp-down period, a positive bias was applied to auxiliary and common electrode. The reset discharge of the coplanar-gap of 200 μm was stabilized. The address discharge time lag of the AC PDP with coplanar-gap of 200 μm was improved using the new driving waveforms. Also, it was found that the minimum address voltage could be reduced when the new driving waveforms were applied to the high efficacy PDP with auxiliary electrode.
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