Abstract: A pixel drive circuit includes a plurality of pixel circuits each including a photoelectric converting unit for converting an incident light into an electric charge and accumulating the converted electric charge, the plurality of pixel circuits being arranged in a matrix shape, an address decoder for selecting the pixel circuits to be controlled which are arranged on an identical line, a storage circuit for storing operation information to be executed by the pixel circuits selected by the address decoder, and a control circuit for controlling an operation of the pixel circuits selected by the address decoder in accordance with a storage state of the storage circuit. The control circuit controls a charge discharging operation of discharging an electric charge remaining in the photoelectric converting unit of each of the pixel circuits. The storage circuit holds the storage state until the charge discharging operation is completed.

Abstract: A solid-state imaging device includes: a pixel array unit that includes a plurality of pixels arranged two dimensionally and a plurality of read-out signal lines used for reading out pixel signals from the plurality of pixels; test voltage applying units that are disposed at the read-out signal lines and apply test voltages of various voltage levels to the read-out signal lines; a reference voltage generating circuit that includes a MOS transistor used for generating a reference voltage and can change an operating point of the MOS transistor; and an operating point control unit that controls a process of adjusting the operating point of the MOS transistor based on the test voltages and the reference voltage.

Abstract: A signal processing circuit includes: a reference signal generating circuit that generates a reference signal of a ramp waveform of which a voltage value varies with the lapse of time by changing a current; and a signal processing unit including a plurality of processing sections that process the reference signal as a ramp wave and a potential of a supplied analog signal, wherein the reference signal processing circuit has a function of adjusting an offset of the reference signal by adjusting the current from the time of starting the generation of the reference signal or adjusting the level of the reference signal at least at the time of starting the generation of the reference signal.

Abstract: A pixel drive circuit including a plurality of pixel circuits, each including a photoelectric converting unit for converting an incident light into an electric charge and accumulating the converted electric charge, the plurality of pixel circuits being arranged in a matrix shape, an address decoder for selecting the pixel circuits to be controlled which are arranged on an identical line, a storage circuit for storing operation information to be executed by the pixel circuits selected by the address decoder, and a control circuit for controlling an operation of the pixel circuits selected by the address decoder in accordance with a storage state of the storage circuit. The control circuit controls a charge discharging operation of discharging an electric charge remaining in the photoelectric converting unit of each of the pixel circuits. The storage circuit holds the storage state until the charge discharging operation is completed.

Abstract: A pixel drive circuit includes a plurality of pixel circuits each including a photoelectric converting unit for converting an incident light into an electric charge and accumulating the converted electric charge, the plurality of pixel circuits being arranged in a matrix shape, an address decoder for selecting the pixel circuits to be controlled which are arranged on an identical line, a storage circuit for storing operation information to be executed by the pixel circuits selected by the address decoder, and a control circuit for controlling an operation of the pixel circuits selected by the address decoder in accordance with a storage state of the storage circuit. The control circuit controls a charge discharging operation of discharging an electric charge remaining in the photoelectric converting unit of each of the pixel circuits. The storage circuit holds the storage state until the charge discharging operation is completed.

Abstract: The present invention relates to an image sensor capable of obtaining a good-quality image with a simple configuration. A pixel accumulates a charge by performing photoelectric conversion on incident light, and outputs a pixel signal corresponding to the charge. A vertical scanning circuit controls the pixel to cause the pixel to perform a shutter process of discharging an unnecessary charge accumulated in the pixel, a charge accumulation process of accumulating a charge generated through photoelectric conversion in a predetermined exposure time in the pixel, and a read process of outputting a pixel signal corresponding to the charge accumulated in the pixel in the charge accumulation process.

Abstract: A pixel drive circuit includes a plurality of pixel circuits each including a photoelectric converting unit for converting an incident light into an electric charge and accumulating the converted electric charge, the plurality of pixel circuits being arranged in a matrix shape, an address decoder for selecting the pixel circuits to be controlled which are arranged on an identical line, a storage circuit for storing operation information to be executed by the pixel circuits selected by the address decoder, and a control circuit for controlling an operation of the pixel circuits selected by the address decoder in accordance with a storage state of the storage circuit. The control circuit controls a charge discharging operation of discharging an electric charge remaining in the photoelectric converting unit of each of the pixel circuits. The storage circuit holds the storage state until the charge discharging operation is completed.