Method for subsection integral of silicon array detector
A detector and silicon array technology, applied in the field of photoelectric detection, can solve problems such as output signal saturation, achieve the effects of low cost, high reliability, and avoid complex design
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[0021] Invention idea of the present invention is:
[0022] The so-called segmental integration method is based on the intensity of the light signal incident on the pixels of different segments and the difference in response, by setting the time interval between the driving pulses, to properly adjust the intensity of the pixels in different segments. method of integrating time.
[0023] The silicon array detector segmentation integration method of the present invention changes the clock pulse through software design The time interval is so that the pixels in each section have different integration times, and there is no need to change the external circuit design of the silicon array detector.
[0024] The silicon array detector segmentation integration method of the present invention utilizes the drive pulse sequence N according to the order of the segmentation integration time within a frame 1 and drive pulse sequence N 2 The method of alternating action can gradually...
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