Abstract:
A display device includes a plurality of selection scan lines, a plurality of current lines, a selection scan driver which sequentially selects the plurality of selection scan lines in each selection period, a data driving circuit which applies a reset voltage to the plurality of current lines in the selection period and supplies a designating current having a current value corresponding to an image signal to the plurality of current lines after applying the reset voltage, and a plurality of pixel circuits which are connected to the plurality of selection scan lines and the plurality of current lines, and supply a driving current having a current value corresponding to the current value of the designating current which flows through the plurality of current lines.
Abstract:
A display device includes an EL element for signal light which is based on the segment matrix drive scheme and causes a plurality of areas to emit signal light containing light in a wavelength range other than the visible range, a photoconductive layer which generates carriers upon incidence of signal light, and an EL element for display light which is adjacent to the photoconductive layer. Signal light is irradiated onto desired areas of the photoconductive layer. Carriers are injected from the irradiated areas into the EL layer to emit display light containing visible light.
Abstract:
A predetermined voltage is supplied to a voltage supply line connected in common to respective current paths of driving elements of each of a plurality of display pixels. Adjustment voltages based on a predetermined unit voltage are sequentially applied to a plurality of data lines connected to the display pixels. Specific values corresponding to element characteristics of the respective driving elements of the display pixels are sequentially detected based on a value of a detection value that is a potential difference between a data line and the voltage supply line or a value of a current flowing into the voltage supply line. Correction gradation voltages are generated for each pixel by correcting a gradation voltage having a voltage value corresponding to display data for the pixel based on the specific value for the pixel, so as to compensate for characteristic fluctuation of the driving element of the pixel.
Abstract:
A luminescent panel includes a transparent substrate, a first transparent electrode provided on the transparent substrate, a luminescent layer provided on the first transparent electrode, and a second transparent electrode provided on the luminescent layer. A reflecting film provided on the second electrode, reflects light emitted from the luminescent layer through the second transparent electrode and causes the reflected light to outwardly emit from the transparent substrate.
Abstract:
A B S T R A C T A light emission drive circuit includes an electric charge accumulating section for accumulating electric charges on the basis of a gradation sequence signal designating a luminance gradation sequence. A light emission control section flows a light emission drive current having a current value in accordance with an amount of the electric charges accumulated in the electric charge accumulating section. A writing control section controls a supplying state of the electric charges based on the gradation sequence signal to the electric charge accumulating section on the basis of a first control signal. A voltage control section controls a drive voltage for operating the light emission controlling section on the basis of a second control signal.
Abstract translation:A B S T R A C T发光驱动电路包括:电荷累积部,其基于指定亮度等级序列的灰度序列信号累积电荷。 发光控制部分根据积累在电荷累积部分中的电荷的量流动具有电流值的发光驱动电流。 写入控制部分基于第一控制信号,根据灰度序列信号将电荷的供给状态控制到电荷累积部分。 电压控制部分根据第二控制信号来控制用于操作发光控制部分的驱动电压。
Abstract:
A display panel includes a transistor array substrate (50) which has a plurality of pixels and is formed by providing a plurality of transistors for each pixel, each of the transistor having a gate (21g, 23g), a gate (21, 23) insulating film (31), a source (21c, 23c), and a drain (21d, 23d). A plurality of interconnections (89, 90, 91) are formed to project to a surface of the transistor array substrate and arrayed in parallel to each other. A plurality of pixel electrodes (20a) are provided for each pixel and arrayed between the interconnections on the surface of the transistor array substrate along the interconnections. Each of a plurality of light emitting layers (20b) is formed on each pixel electrode. A counter electrode (20C) is stacked on the light- emitting layer.
Abstract:
There is provided a display drive apparatus (130) for operating, in accordance with display data, a current control type optical elements (OEL) each having a display pixel (PX) provided with the optical element (OEL) and a drive element (Tr13) which supplies a driving current to the optical element. The display drive apparatus includes a gradation signal creating circuit (130) which generates a gradation signal corresponding to a luminance gradation of the display data and supplies the gradation signal to the display pixel, a threshold voltage detection circuit (140) which detects a threshold voltage peculiar to the drive element of the display pixel, and a compensation voltage application circuit (150) which generates a compensation voltage for compensating for the threshold voltage of the drive element on the basis of the threshold voltage and applies the compensation voltage to the drive element.
Abstract:
A display panel includes a transistor array substrate (50) which has a plurality of transistors (21-23) including at least a driving transistor (23), and a plurality of pixel electrodes electrically connected to the driving transistor (23) of the plurality of transistors. A plurality of light-emitting layers (20b) are provided on the pixel electrodes. A counter electrode (20c) is provided on the light-emitting layers. Each of a plurality of interconnections (91) is arranged between the pixel electrodes adjacent to each other and electrically connected to the counter electrode (20c).
Abstract:
A display device that displays image information in response to a display signal consisting of digital signals includes a display panel comprising a plurality of signal lines (DL) and a plurality of scanning lines (SL) which intersect at right angles with each other, and a plurality of display pixels (EM) sith optical emlem