AR0135AT2M25XUEA0-DRBR1

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Introduction to the AR0135AT2M25XUEA0-DRBR1 Image Sensor

The AR0135AT2M25XUEA0-DRBR1 image sensor is a high-performance digital image sensor with 1/2.5-inch optical format used in many security, surveillance, and automotive vision applications. It is designed to have a rolling shutter to capture images with a higher dynamic range than competing solutions. The image sensor offers industry-leading colors, wide dynamic range, low read noise, and very low dark current with a high frame rate of 30 frames per second and resolution of up to 2048 x 1536.

AR0135AT2M25XUEA0-DRBR1 Applications

The AR0135AT2M25XUEA0-DRBR1 image sensor is used in a wide range of applications such as automotive cameras, surveillance cameras, medical imaging, video analytics, license plate recognition, robot vision, consumer photography, monocular depth cameras, drone cameras, and more. The sensor can be used to capture images in difficult light conditions and is even capable of capturing images in night vision mode.

AR0135AT2M25XUEA0-DRBR1 Working Principle

The AR0135AT2M25XUEA0-DRBR1 image sensor is based on a rolling shutter principle with variable integration times. The rolling shutter principle reduces noise and reduces the power consumption when operating in low-light conditions. It also offers a wide dynamic range and allows for faster and more accurate color capture. The image sensor has up to 2048 x 1536 resolution and has a fast readout speed. It is also optimized for low-light applications and has a low dark current.

The AR0135AT2M25XUEA0-DRBR1 also has features such as digital temporal noise reduction, backlight compensation, and automatic black level calibration. All of these features make it easier and more efficient to capture images in difficult lighting conditions.

Conclusion

The AR0135AT2M25XUEA0-DRBR1 image sensor is an advanced digital image sensor that can be used in many different applications. It is based on a rolling shutter principle with variable integration times and offers low power consumption, low noise, and high dynamic range. Features such as digital temporal noise reduction, backlight compensation, and automatic black level calibration further enhance its features and make it easier to capture images in low light conditions.

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