Abstract:
An image sensing device includes a unit pixel including one or more first sub-pixels of a white color and a plurality of second sub-pixels of a color other than the white color in a matrix, a row control block suitable for controlling the first and second sub-pixels to output sequentially first and second pixel signals during one row unit time, and an image process block suitable for processing the first and second pixel signal's.
Abstract:
A double data rate (DDR) counter includes a first control block suitable for toggling a counter clock according to a count mode signal and a previous state value of a sampling block; a second control block suitable for determining whether to toggle a clock signal inputted to a counting block corresponding to an (LSB+1) bit or higher; a third control block suitable for determining an enable period of the counting block; the sampling block suitable for sampling a state of the clock signal and outputting an LSB value, when an input signal transits; and the counting block suitable for performing counting according to output signals of the second and third control blocks and outputting a counter output signal having the (LSB+1) bit or higher.
Abstract:
An analog-to-digital conversion circuit includes an analog-to-digital conversion unit configured to analog-to-digital convert an input voltage and generate a digital signal, a resolution control unit configured to: set a resolution of the analog-to-digital conversion unit to N (N is the natural number) bits, in a case where the input voltage is smaller than a first voltage, and set the resolution of the analog-to-digital conversion unit to N−M (1≦M
Abstract:
An image sensing device includes a plurality of pixel groups, each pixel group including two or more neighboring pixels, and a controller suitable for controlling the pixel groups on a basis of a frame unit, wherein a readout order of the pixels in each of the pixel groups is different between present and next frames.
Abstract:
An image sensing device includes: a pixel unit including a first sub-pixel and a second sub-pixel corresponding to a single color; a row control block suitable for controlling exposure times of the first and second sub-pixels differently from one another during an exposure time section, and controlling a first sub-pixel signal and a second sub-pixel signal to be outputted from the first and second sub-pixels during a single row line unit time during a read time section; and an image process block suitable for generating three or more image data which have different exposure times based on the first and second sub-pixel signals.
Abstract:
An analog-to-digital converter includes a comparison unit that outputs a result obtained by comparing a voltage of an input node with a comparison voltage; 1st to Nth capacitors having one ends connected to the input node, respectively; and 1st to N−1th voltage selection units corresponds to the 2nd to Nth capacitors, respectively and applies one of a voltages of a 1st node, a 2nd node, and the comparison voltage to the other ends of the corresponding capacitors. An input signal is sampled to the input node, the 1st to N−1th voltage selection units select one of the voltages of the 2 nodes and convert a part of the input signal into a 1st digital signal, and the 1st to N−1th voltage selection units select one of the voltages of the 2 nodes and convert the remaining part of the input signal into a 2nd digital signal.
Abstract:
A data readout apparatus may include a counter array including an address decoder and a counter circuit, the address decoder being configured to receive an address, the counter circuit being coupled to the address decoder and perform a counting operation based on a column address, a sense amplifier array coupled to the counter array to read out the data from the counter array, a clock driver arranged adjacent to the center of the counter array to distribute clock pulses, a first precharge circuit arranged at one side of the counter array and structured to receive the clock pulses from the clock driver and perform a precharge operation, and a second precharge circuit arranged at the other side of the counter array and structured to receive the clock pulses from the clock driver and perform the precharge operation.
Abstract:
A data readout apparatus may include a counter array including an address decoder and a counter circuit, the address decoder being configured to receive an address, the counter circuit being coupled to the address decoder and perform a counting operation based on a column address, a sense amplifier array coupled to the counter array to read out the data from the counter array, a clock driver arranged adjacent to the center of the counter array to distribute clock pulses, a first precharge circuit arranged at one side of the counter array and structured to receive the clock pulses from the clock driver and perform a precharge operation, and a second precharge circuit arranged at the other side of the counter array and structured to receive the clock pulses from the clock driver and perform the precharge operation.
Abstract:
An image sensing device includes a read-out control block suitable for generating a selection address signal and one or more address clock signals based on a source address signal, and a judge clock signal having a higher frequency than a source clock signal; and a read-out block suitable for reading out a plurality of pixel signals in response to the selection address signal, the address clock signals and the judge clock signal.
Abstract:
An image sensing device includes a pixel suitable for outputting a pixel signal through a read-out line during a read-out section and a precharge block suitable for precharging the read-out line to a voltage level corresponding to an initial voltage level of the pixel signal during a row non-selection section adjacent to the read-out section.