MT9V013PACSTCHP-GEVB

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The MT9V013PACSTCHP-GEVB is a microelectro-mechanical system (MEMS) imaging device. It is specifically designed to be used for various automotive image sensing applications and is suitable for advanced driver assistance systems (ADAS). The device features an array of 921,600 pixels, driven by a 14-bit analog-to-digital converter. Each pixel element in the imaging core can be addressed and the signal can be digitized through a 14-bit analog-to-digital converter. Additionally, the device provides an on-chip lens shading correction costruction for each pixel, which is beneficial in challenging lighting conditions.

This imaging device is comprised of a substrate with the imaging core on one side, a timing control unit (TCU) on the other side, and a pair of dedicated digital processing blocks (DPBs). The imaging core is a back-illuminated image sensor, allowing it to be used in low light environments. The TCU is used to control the timing of the imaging array, while the DPBs are used for the initial processing of the image.

The imaging array is comprised of a 921,600 pixel array, arranged in an 8x8 matrix. Each pixel is a sensing element, which can detect changes in light intensity or wavelength. The output of the imaging core is read out in parallel to the TCU using a data bus. The TCU then passes the data to the DPBs, which process the image and output it as a final digital signal.

The MT9V013PACSTCHP-GEVB is used for a wide range of automotive image sensing applications, such as pedestrian detection, lane departure warning, adaptive cruise control, rear-view camera systems, and object recognition. The device is highly accurate and reliable, and is best suited for applications that require high-resolution imaging. The device also features on-chip lens shading correction, which is beneficial for applications that require reliable imaging in low light conditions.

Overall, the MT9V013PACSTCHP-GEVB is a versatile imaging device that can be used in a variety of automotive image sensing applications. The device features a back-illuminated image sensor, which enables it to be used in low light conditions. Additionally, the device features an on-chip lens shading correction costruction for each pixel, which is beneficial in challenging lighting conditions. The device is highly accurate and reliable, and is best suited for applications that require high-resolution imaging.

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