Display device

A display device comprising:

• a substrate;
• a plurality of scanning signal lines that is formed on the substrate;
• a plurality of pixels that is arranged along the scanning signal lines;
• transistors each having a gate connected to the scanning signal line;
• a driver circuit that applies a scanning signal to the scanning signal lines;
• and
• pixel electrodes that are disposed for each of the pixels, and electrically connected to each of the transistors,
• wherein the pixel electrodes include first pixel electrodes and second pixel electrodes larger in area than the first pixel electrodes,
• wherein the scanning signal lines include first scanning signal lines and second scanning signal lines,
• wherein the first scanning signal lines are electrically connected to the first pixel electrodes through each of the transistors,
• wherein the second scanning signal lines are electrically connected to the second pixel electrodes through each of the transistors,
• wherein scanning signals have a high voltage for turning on the transistors, and a low voltage for turning off the transistors,
• wherein the driver circuit outputs a first high voltage to the first scanning signal lines, and outputs a second high voltage to the second scanning signal lines, and
• wherein the first high voltage is different from the second high voltage.

A display device, comprising:

• a first substrate and a second substrate;
• color filters that are disposed on the second substrate;
• a plurality of scanning signal lines that is formed on the first substrate;
• a plurality of image signal lines that intersects with the scanning signal lines, and is formed on the first substrate;
• a driver circuit that applies a scanning signal to the scanning signal lines;
• a plurality of pixels that is formed on the first substrate in a matrix;
• transistors and pixel electrodes which are formed on each of the pixels;
• and
• gates, input electrodes, and output electrodes which are disposed in each of the transistors, in which the gates are connected to each of the scanning signal lines, the input electrodes are connected to each the image signal lines, and the output electrodes are connected to each of the pixel electrodes,
• wherein the pixel electrodes include first pixel electrodes, and second pixel electrodes larger in area than the first pixel electrodes,
• wherein the scanning signal lines have first scanning signal lines and second scanning signal lines,
• wherein the first scanning signal lines are electrically connected to the first pixel electrodes through each of the transistors,
• wherein the second scanning signal lines are electrically connected to the second pixel electrodes through each of the transistors,
• wherein the scanning signal has an amplitude between a high voltage and a low voltage lower than the high voltage,
• wherein the driver circuit outputs a first scanning signal to the first scanning signal lines, and outputs a second scanning signal to the second scanning signal lines, and
• wherein the high voltage of the first scanning signal is lower than the high voltage of the second scanning signal.