Imaging apparatus, an imaging system, and a driving method of an imaging apparatus using correction data applied to pixels of same color

An imaging apparatus comprising:

• a first pixel unit including
• a first photoelectric conversion unit generating a first charge based on incident light of a first color,
• a second photoelectric conversion unit generating a second charge based on incident light of the first color, and
• a third photoelectric conversion unit generating a third charge based on incident light of a second color, and
• a fourth photoelectric conversion unit generating a fourth charge based on incident light of the second color;
• an amplifying transistor provided in common to the first to third photoelectric conversion units, and outputting a signal based on the first, second, third and fourth charges generated by the first, second, third and fourth photoelectric conversion units, respectively;
• a control unit setting the first pixel unit to a selected state or a non-selected state according to an electric potential of a control terminal of the amplifying transistor;
• wherein
• the control unit,
• sets the first pixel unit to the non-selected state prior to an operation of outputting the signal from the amplifying transistor based on the first photoelectric conversion unit, and
• sets the first pixel unit to the non-selected state after the operation of outputting the signal based on the first photoelectric conversion unit is performed, and prior to an operation of outputting the signal based on the second photoelectric conversion unit, and
• does not set the first pixel unit to the non-selected state after the operation of outputting the signal based on the first photoelectric conversion unit is performed, and prior to an operation of outputting the signal based on the third photoelectric conversion unit, and
• does not set the first pixel unit to the non-selected state after the operation of outputting the signal based on the first photoelectric conversion unit is performed, and prior to an operation of outputting the signal based on the fourth photoelectric conversion unit.