High-speed driving waveform based on reset and address discharge analysis using a v_t closed curve in ACPDPs

Driving waveforms having both high-speed address and low background were developed using V_t closed curve analysis. To prevent a misfired discharge during a sustain period, the voltage difference at the end of the ramp setup between the X-Y electrodes remains constant. Because background luminance becomes higher (although the address discharge time lag becomes shorter) as the voltage difference between the A-Y electrodes becomes larger, a low reset voltage and an address bias voltage were adopted during the ramp-up period.