Lecture
This lecture discusses the architecture and functionality of the 5T APS sensor, focusing on its global shutter capabilities. The instructor begins by explaining the structure of the 5T RPS sensor, highlighting the components such as the PINNED photodiode, reset transistors, and output diffusion. The importance of the global shutter is emphasized, particularly in comparison to rolling shutter technology, which can distort images of moving objects due to the staggered timing of line captures. The lecture details how the global shutter allows for simultaneous exposure of all pixels, preventing image deformation. The process of image capture is outlined, starting from the integration phase where all pixels gather light, followed by the transfer to output diffusion and the sequential reading of lines. The instructor illustrates how the global shutter mechanism ensures that all pixels begin and end exposure at the same time, resulting in a clear and undistorted image. This comprehensive overview provides insights into the operational principles of 5T APS cameras and their advantages in optical detection applications.