Display device and driving method thereof

A display device including a first data signal and a second data signal which are sequentially inputted to the pixel as data signal, the first data signal and the second data signal having a relationship that the first data signal and the second data signal are inverted from each other and the inversion is repeated time-sequentially, wherein

• the pixel includes at least:
• a third switching element and a fourth switching element which are driven in response to a signal from a gate signal line;
• a first capacitive element in which a charge corresponding to the first data signal is stored by way of the third switching element and a second capacitive element in which a charge corresponding to the second data signal is stored by way of the fourth switching element;
• a first switching element which is driven by the charge stored in the first capacitive element and a second switching element which is driven by the charge stored in the second capacitive element;
• and
• a light emitting element to which a power source is supplied through the first switching element or the second switching element.

A display device including at least a first scanning signal and a second scanning signal which are sequentially inputted to the pixel, the first scanning signal and the second scanning signal having a relationship that when an ON signal is inputted as one scanning signal and an OFF signal is inputted as another scanning signal, the relationship being changed over during a scanning step, wherein

• the pixel includes at least:
• a light emitting element, and a first switching element and a second switching element which supply a power source to the light emitting element through either one of the switching elements;
• a fifth switching element which is driven by the ON signal of the first scanning signal and supplies the OFF signal of the second scanning signal to a gate electrode of the first switching element, and a sixth switching element which is driven by the ON signal of the second scanning signal and supplies the OFF current of the first scanning signal to a gate electrode of the second switching element;
• a third switching element which is driven in response to the ON signal of the second scanning signal, and a fourth switching element which is driven in response to the ON signal of the first scanning signal;
• and
• a first capacitive element which stores a charge corresponding to the data signal through the third switching element and also drives the first switching element, and a second capacitive element which stores a charge corresponding to the data signal through the fourth switching element and also drives the second switching element.