OV10810-N91A

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The OV10810-N91A is an image sensor technology that is part of the ever-growing field of image sensors and cameras. This technology is used in a variety of applications ranging from facial recognition to automotive applications. It is a CMOS image sensor designed for surveillance and security applications. The device has a 1/4-inch imaging array and can capture high-quality images at resolutions of up to 3800x2208 pixels.

What Is the OV10810-N91A?

The OV10810-N91A is an image sensor that utilizes a 1/4 inch imaging array. It has a CMOS imaging array and an 8-megapixel resolution that enables it to capture quality images with up to 3800 x 2208 resolution. It is capable of both live streaming and recording video and captures video at 30 frames per second (fps). It is designed for applications such as video surveillance, body cams, automotive and medical imaging.

This technology also supports external storage of images, as well as simultaneous recording and streaming capabilities. It is also capable of noise reduction and backlight compensation with its integrated automatic light control. Additionally, the OV10810-N91A supports wide dynamic range (WDR) technology, which is a powerful feature that helps to accurately capture images in difficult lighting conditions.

OV10810-N91A Application Fields and Working Principle

The OV10810-N91A image sensor has a range of applications depending on the intended use. It has a number of video surveillance applications such as body cameras, drone cameras and other security applications. Additionally, it is used in automotive applications such as rearview cameras, lane-departure warning systems and automatic emergency brake systems. It can also be used in medical imaging applications such as endoscopy, ultrasound and x-ray imaging.

The working principle of the OV10810-N91A image sensor technology is based on the ever-important photoelectric effect. This phenomenon describes the emission of electrons when light strikes a metallic surface or semiconductor material. This effect is used to convert incoming light into electrical signals. The signals are then amplified and converted into digital data. This data can then be processed using image processing algorithms to create a digital image.

The OV10810-N91A image sensor utilizes a specially designed substrate with a uniform array of light-sensitive cells. These cells are connected to amplifiers and the electrical signals generated are converted into digital data that is then transferred to the imaging processor. Each cell is controlled independently to adjust its sensitivity in order to create the most accurate image possible, providing a clear and detailed image.

Conclusion

In conclusion, the OV10810-N91A is an image sensor technology that is used in a variety of applications ranging from facial recognition to automotive applications. It utilizes a CMOS imaging array and an 8-megapixel resolution that enables it to capture quality images with up to 3800 x 2208 resolution. It is capable of both live streaming and recording video. It supports external storage of images, as well as simultaneous recording and streaming capabilities, and can handle noise reduction, backlight compensation and WDR. Finally, it has a range of applications such as video surveillance, body cams, automotive and medical imaging. The OV10810-N91A image sensor technology is based on the photoelectric effect, utilizing a specially designed substrate with a uniform array of light-sensitive cells to generate electrical signals, which are then converted into digital data.

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