摘要:
An imaging element includes a photoelectric conversion element, a readout transistor, an accumulated element, a detection transistor, and a reset transistor. The readout transistor reads a signal charge when a gate potential to be supplied to the gate terminal is changed from a first state to a second state. The detection transistor detects a voltage signal after the gate potential to be supplied to the gate terminal of the readout transistor is changed from the second state to the first state. A reset potential supplied from the reset transistor to the accumulated element has an intermediate potential between the gate potential in the first state that is supplied to the gate terminal of the readout transistor and a predetermined VDD potential.
摘要:
In a video signal processing apparatus for generating a video signal in a prescribed format by capturing output of a solid-state imaging element that is driven by corresponding to each timing of horizontal scanning and vertical scanning, a first signal processing circuit generates a first video signal by performing the first signal processing on an analog video signal that is continuously outputted from the solid-state imaging element by a horizontal-line unit. An A/D converter circuit generates the first video data by converting the first video signal to digital information. A memory circuit stores the first video data at least by one horizontal-line unit, and reads out the first video data with a delay of a prescribed delay period. A second signal processing circuit generates the second video data by performing the second signal processing on the first video data that is read out from the memory circuit.
摘要翻译:在用于通过捕获与水平扫描和垂直扫描的每个定时相对应的驱动的固态成像元件的输出来产生规定格式的视频信号的视频信号处理装置中,第一信号处理电路产生第一视频信号 通过对通过水平线单位从固态成像元件连续输出的模拟视频信号执行第一信号处理。 A / D转换电路通过将第一视频信号转换为数字信息来产生第一视频数据。 存储电路至少以一个水平线单位存储第一视频数据,并以规定的延迟周期的延迟读出第一视频数据。 第二信号处理电路通过对从存储器电路读出的第一视频数据执行第二信号处理来产生第二视频数据。
摘要:
In a video signal processing apparatus for generating a video signal in a prescribed format by capturing output of a solid-state imaging element that is driven by corresponding to each timing of horizontal scanning and vertical scanning, a first signal processing circuit generates a first video signal by performing the first signal processing on an analog video signal that is continuously outputted from the solid-state imaging element by a horizontal-line unit. An A/D converter circuit generates the first video data by converting the first video signal to digital information. A memory circuit stores the first video data at least by one horizontal-line unit, and reads out the first video data with a delay of a prescribed delay period. A second signal processing circuit generates the second video data by performing the second signal processing on the first video data that is read out from the memory circuit.
摘要翻译:在用于通过捕获与水平扫描和垂直扫描的每个定时相对应的驱动的固态成像元件的输出来产生规定格式的视频信号的视频信号处理装置中,第一信号处理电路产生第一视频信号 通过对通过水平线单位从固态成像元件连续输出的模拟视频信号执行第一信号处理。 A / D转换电路通过将第一视频信号转换为数字信息来产生第一视频数据。 存储电路至少以一个水平线单位存储第一视频数据,并以规定的延迟周期的延迟读出第一视频数据。 第二信号处理电路通过对从存储器电路读出的第一视频数据执行第二信号处理来产生第二视频数据。
摘要:
The pixel cell of the present invention comprises: a photodiode for storing an electrical charge according to a received light amount; a reading-out gate for reading out the electrical charge from the photodiode according to a reading-out pulse; and a charge storage unit for storing the electrical charge outputted from the photodiode through the reading-out gate. The reset action of the charge storage unit is continued even under a long-term exposure.
摘要:
A solid state imaging device includes an imaging circuit 50 and a signal processing circuit 51. The imaging circuit 50 includes a plurality of pixels arranged in a matrix and outputs signals of the pixels line by line as an imaging signal containing a discontinuous portion. The signal processing circuit 51 has a memory 54 which temporarily stores the imaging signal and a memory controller 53 which writes and reads the imaging signal to and from the memory 54. The signal processing circuit converts the imaging signal containing the discontinuous portion into a continuous image signal.