P‐47: Charge‐Discharge Identified Time Extension Driving Method

A new LCD Charge-Discharge identified Time Extension (CDiTEX) driving method with a high charged voltage is proposed. This driving method originates from the discrepant charge and discharge time existing in the dynamic behavior of TFT. The charge time can be expanded effectively by shrinking the discharge time. It is compatible with common electrode DC signal and is capable of dot, row and frame inversion. The CDiTEX has been approved in the commercial dual-sided embedded gate circuits.