DR2X2K7_LCC_B&W_CERAMIC_V1.0

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Image Sensors, Camera - The DR2X2K7_LCC_B&W_CERAMIC_V1.0 is a high-performance image processing board designed to capture high quality images suitable for a variety of applications. This board is based on a CMOS image sensor from Aptina, and it has an onboard LCC converter for capturing and processing the image data.

Applications Field: The DR2X2K7_LCC_B&W_CERAMIC_V1.0 is an excellent choice for applications such as industrial inspection, robotics, low-light imaging, medical imaging, consumer digital camera, and more. It can easily be integrated into existing systems, making it an ideal solution for users needing to incorporate a robust image capture capability into their product.

Working Principle: The DR2X2K7_LCC_B&W_CERAMIC_V1.0 board utilizes a CMOS image sensor for capturing images. The sensor has a resolution of 2048 x 3052, which makes it capable of capturing high-resolution images with excellent detail. The board also includes an LCC (Local Color Correction) converter, which is used to convert the raw camera data from the sensor into digital data that is suitable for further processing. This data is then sent to an image processor, which is responsible for performing various image processing tasks such as color adjustment, auto-exposure control, white balance and more.

The DR2X2K7_LCC_B&W_CERAMIC_V1.0 also includes an on-board memory which can be used to store captured images. Additionally, it includes an interface for connecting external peripherals such as a display, camera lens, and/or other image processing devices.

In terms of power, the DR2X2K7_LCC_B&W_CERAMIC_V1.0 consumes very low power, making it ideal for battery-powered applications such as mobile imaging systems. It also provides a wide range of interfaces, allowing users to easily integrate it into existing systems.

Overall, the DR2X2K7_LCC_B&W_CERAMIC_V1.0 is a highly versatile and powerful image processing board, suitable for a wide range of applications. Its low power consumption, wide range of interfaces and on-board memory make it the ideal choice for users who require a robust image capture capability in their product.

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