To excellently display data on a memory liquid crystal panel even in the case of a low power output driving method using a low withstanding voltage liquid crystal driver IC.
The driving method is characterized by applying a scanning side voltage waveform TP composed of a single polarity of zero and a positive voltage or zero and a negative voltage to a scanning electrode, further, applying a signal side voltage waveform SG composed of a single polarity of zero and a voltage identical to the polarity of the scanning side voltage waveform to a signal electrode, applying a first reset pulse to the scanning electrode in a first period (R1) of a reset period RS, and applying a second reset pulse to the signal electrode in a second period (R2) of the reset period RS, wherein pulse widths and pulse voltage values of the first reset pulse and the second reset pulse are identical to each other.
KONDO MASAYA
YANO YUISUKE
IHARA TAKASHI
