| 摘要 |
<p>The number of signal lines is reduced, and the uniformity of the screen of a display with no luminance variation is ensured by enhancing the accuracy of the voltage applied to each pixel. (See Fig. 7) A first display signal having a first potential to be given to a pixel electrode (A) is supplied to a signal line during the time t1 from the timing at which a scanning line (Gn+2) goes to a selection potential to the timing at which it goes to a nonselection potential to give the first potential to the pixel electrode (A) and a pixel electrode (B). A second display signal having a second potential to be given to the pixel electrode (B) is supplied to the signal line during the time t2 after the scanning line (Gn+2) goes to the nonselection potential. When the second potential is given to the pixel electrode (B), a compensation potential variation for canceling the difference between the potential variation corresponding to the parasitic capacitance between the pixel electrode (A) and the scanning lines (Gn+1, Gn+2) and the potential variation corresponding to the parasitic capacitance between the pixel electrode (B) and the scanning line (Gn+1) is given to the scanning line (Gn+1) to effect compensation.</p> |
