Abstract: A multiple primary color display device according to the present invention includes a pixel defined by a plurality of sub pixels. The plurality of sub pixels include a first sub pixel to display a first color having a first hue, a second sub pixel to display a second color having a second hue, a third sub pixel to display a third color having a third hue, and a fourth sub pixel to display a fourth color having a fourth hue. When a color represented by the input signal is changed from black to white via a color of a prescribed hue, luminance levels of the plurality of sub pixels are set such that the luminance level of each of the first sub pixel, the second sub pixel and the third sub pixel is started to be increased without increasing the luminance level of the fourth sub pixel and such that the luminance level of the third sub pixel is increased at a lower rate than that of the luminance level of each of the first sub pixel and the second sub pixel.

Abstract: In one embodiment of the present invention, an electrostatic discharge withstand voltage evaluating device includes: an application device, including a first connecting section and a second connecting section, for supplying pulse electric charge, the first connecting section being connectable to one or whole terminal (s) of one of input terminals and output terminals of a source driver, and supplying electric charge to the source driver, the second connecting section being connectable to one or whole terminal(s) of the other one of the input terminals and the output terminals, and enabling said one or whole terminal(s) of the other one of the input terminals and the output terminals to be grounded; and a common connecting section being connectable to the plurality of output terminals of the source driver, and causing the plurality of output terminals to be electrically connected to each other, wherein the output terminals of the source driver are connected, via the common connecting section, to one of the fir

Abstract: A thin-film transistor (1) of the present invention which (i) is used in a path in which a current flows in a given single direction and (ii) has high-concentration impurity regions (3 and 4) which are provided on both sides of a channel region (5) has a low-concentration impurity region (6) which is provided to be sandwiched only between (i) one of the high-concentration impurity regions (3 and 4) into which carriers corresponding to a polarity of the high-concentration impurity regions (3 and 4) move in accordance with the given single direction and (ii) the channel region (5). This provides a thin-film transistor which is less affected by a display signal and carries out on/off control with respect to an output signal of a photodetector that is provided in a pixel which constitutes a display screen of a display device.

Abstract: The camera module structure (10) of the present invention, is a board electrode (2) formed on a printed board (1) and a mounting electrode (4) formed on a camera module (3) mounted on the printed board (1) being joined through a solder joint section (5), and the board electrode (2) and the mounting electrode (4) are aligned by self-alignment. The solder joint section (5) is composed of a first solder (6) and a second solder (7) having different characteristics. Thus, a solder mounting structure wherein a heavy-weight component is joined on the board with solder by self-alignment is provided.