Abstract: A plurality of first terminals each being pulled out from a sensor area and a pair of second terminals connected together are provided so as to be lined with one another in a terminal area of a touch panel layer on a cover substrate and, in an FPC, a plurality of first wirings each being configured such that one end thereof is connected to each of the first terminals and the other end thereof extends at an external connection side, a second wiring configured such that one end thereof is connected to one of the second terminals and the other end thereof is grounded, and a third wiring configured such that one end thereof is connected to the other one of the second terminals and the other end thereof extends to reach the external connection side are provided.

Abstract: In one embodiment of the present application, a liquid crystal display device is disclosed, in which increased power consumption due to an excessive DAC capability and reduced display quality due to a deficient DAC capability do not occur as a result of dynamically adjusting the DAC capability such that variation in the characteristics of the liquid crystal panel is compensated.

Abstract: In one embodiment of the present application, a liquid crystal display device is disclosed, in which increased power consumption due to an excessive DAC capability and reduced display quality due to a deficient DAC capability do not occur as a result of dynamically adjusting the DAC capability such that variation in the characteristics of the liquid crystal panel is compensated.

Abstract: In a display device of the present invention, a positive pole voltage and a negative pole voltage at which flicker is less likely to occur are calculated in advance. In memory tables, as voltages to be applied to liquid crystal, data of the positive pole voltage is stored, and, instead of the negative pole voltage, a correction value that allows for calculating the negative pole voltage when used in combination with the positive pole voltage is stored. In this way, it is possible to make appearance of the flicker less likely. In addition, it is possible to reduce memory size (specifically, by (A?B)×27 bits) and thereby reduce packaging area and attain lower cost.

Abstract: In a display device of the present invention, a positive pole voltage and a negative pole voltage at which flicker is less likely to occur are calculated in advance. In memory tables, as voltages to be applied to liquid crystal, data of the positive pole voltage is stored, and, instead of the negative pole voltage, a correction value that allows for calculating the negative pole voltage when used in combination with the positive pole voltage is stored. In this way, it is possible to make appearance of the flicker less likely. In addition, it is possible to reduce memory size (specifically, by (A?B)×27 bits) and thereby reduce packaging area and attain lower cost.