KAF-8300-AAB-CB-AA

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The KAF-8300-AAB-CB-AA is an image sensor, camera module designed and developed by ON Semiconductor Corporation that is intended for a wide range of applications in the digital imaging, medical, and automotive sectors. As a result, its resolution, speed, and low-noise performance make it an ideal choice for imaging solutions in these industries.

At the heart of the KAF-8300-AAB-CB-AA is ON Semiconductor\'s CMOS image sensor, featuring a 9.9um by 9.9um active pixel array with 2432 x 2432 effective pixels. The 3.75 μm x 3.75 μm pixel pitch delivers excellent sensitivity and image quality, with low dark current noise. It also has an on-chip correlated double sampling circuit with a programmable MxN binning function for adjusting exposure times.

The KAF-8300-AAB-CB-AA also features an advanced dual-channel charge-domain signal readout circuit, allowing it to support both video and still image applications. An additional programmable integration zone (IZ) feature enables noise reduction in video-mode operation. In addition, it features an extended dynamic range mode for capturing high-dynamic-range (HDR) images.

The KAF-8300-AAB-CB-AA also has an integrated RGB color filter array that supports both Bayer and xvYCC capture formats. It is capable of capturing images with a wide range of resolutions from 640 x 480 through 2432 x 2432. The on-chip 10-bit analog-to-digital converter (ADC) has an adjustable latency based on the required resolution.

In addition, the KAF-8300-AAB-CB-AA has a programmable static and dynamic feature set, allowing it to be tailored to the needs of different applications. It supports various video modes, such as MJPEG, H.264, and YUV, as well as a variety of image format options. It also supports remote monitoring and frame stretching for optimizing motion detection.

The KAF-8300-AAB-CB-AA\'s low-noise, high-performance design makes it a great choice for applications such as digital medical imaging and automotive cameras. It also offers an economical solution for industrial applications in vision control and machine vision. Its wide range of resolutions, frame rates, dynamic range, and features make it a great choice for developing imaging solutions with the highest performance.

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