An imaging sensor comprising: a plurality of first pixels arranged in a row direction and a column direction among a plurality of pixels arranged in a matrix in a pixel area, each first pixel including a first color filter that allows passage of light having a first wavelength, a first photoelectric converting section that generates a charge by converting light passed through the first color filter; and a first transfer transistor that transfers the charge generated by the first photoelectric converting section; a plurality of second pixels arranged in the row direction and the column direction among the plurality of pixels, each second pixel including a second color filter that allows passage of light having a second wavelength, a second photoelectric converting section that generates a charge by converting light passed through the second color filter; and a second transfer transistor that transfers the charge generated by the second photoelectric converting section; a first transfer control interconnection (310, 312, 314), to which a first transfer control signal for controlling each first transfer transistor is output, that is commonly connected to the first transfer transistor of each of the plurality of first pixels; and a second transfer control interconnection (310, 312, 314), to which a second transfer control signal for controlling each second transfer transistor is output, that is commonly connected to the second transfer transistor of each of the plurality of second pixels, characterized in that the imaging sensor further comprises a drive unit that performs a control such that a timing at which the first transfer control signal is output to the first transfer control interconnection (310, 312, 314) is different from a timing at which the second transfer control signal is output to the second transfer control interconnection (310, 312, 314). a plurality of first pixels arranged in a row direction and a column direction among a plurality of pixels arranged in a matrix in a pixel area, each first pixel including a first color filter that allows passage of light having a first wavelength, a first photoelectric converting section that generates a charge by converting light passed through the first color filter; and a first transfer transistor that transfers the charge generated by the first photoelectric converting section; a plurality of second pixels arranged in the row direction and the column direction among the plurality of pixels, each second pixel including a second color filter that allows passage of light having a second wavelength, a second photoelectric converting section that generates a charge by converting light passed through the second color filter; and a second transfer transistor that transfers the charge generated by the second photoelectric converting section; a first transfer control interconnection (310, 312, 314), to which a first transfer control signal for controlling each first transfer transistor is output, that is commonly connected to the first transfer transistor of each of the plurality of first pixels; and a second transfer control interconnection (310, 312, 314), to which a second transfer control signal for controlling each second transfer transistor is output, that is commonly connected to the second transfer transistor of each of the plurality of second pixels, characterized in that the imaging sensor further comprises a drive unit that performs a control such that a timing at which the first transfer control signal is output to the first transfer control interconnection (310, 312, 314) is different from a timing at which the second transfer control signal is output to the second transfer control interconnection (310, 312, 314).