OV10133-C96A

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Image Sensors are essential components for modern digital cameras. OV10133-C96A is an advanced image sensor that has recently been released by OmniVision Technologies. With its state of the art design and features, it is the perfect choice for applications in areas such as automotive, security, and medical imaging, among others. In this article, we’ll discuss the application field of the OV10133-C96A, as well as its working principle.

Application Field of OV10133-C96A

The OV10133-C96A is specifically optimized for imaging in automotive applications. It features a highly accurate correlated double sampling (CDS) circuitry, which minimizes noise and improves image quality. This allows for enhanced night-vision applications, including Obstacle Detection (OD) and Adaptive Front Lighting (AFL) systems.

The sensor is also suitable for automotive Advanced Driver Assistance Systems (ADAS), as it supports both mono and stereo vision applications. It also features a Global Shutter mode, eliminating distortion due to motion blur. This allows for accurate recognition of obstacles even at high speeds. OV10133-C96A can also be used for object recognition using facial detection and depth maps.

In addition to automotive applications, OV10133-C96A can also be used in security and medical imaging systems. It supports a wide range of resolutions, from 4K @30fps to 720p at 120fps, and a low-light performance of 0.05 lux. This makes it ideal for surveillance and monitoring systems, as well as medical imaging systems, such as endoscopy and ultrasound.

Working Principle of OV10133-C96A

The OV10133-C96A is an advanced image sensor that utilizes a pixel-binning and noise reduction technology called “Dual-Framing.” This technology allows for high-quality images and videos while reducing noise and motion blur. It also supports both mono and stereo vision imagers.

The sensor works by capturing two images simultaneously. The first image is captured with a global shutter, which eliminates distortion due to motion blur. The second image is captured with the CDS circuitry, which reduces noise. Then, these two images are combined in order to create a high-quality, low-noise composite image.

The OV10133-C96A also utilizes a technology called CY20, which allows for an extremely wide dynamic range. This technology enables the sensor to capture images and videos with both daylight and night-vision conditions. Additionally, it has a software-based 3D Depth Map which allows for 3D object recognition, making it ideal for automotive, security, and medical imaging applications.

Conclusion

The OV10133-C96A image sensor is an advanced component for digital cameras. It features a highly accurate Correlated Double Sampling (CDS) circuitry and Dual-Framing technology, which allow for superior image quality and low noise for automotive, security, and medical imaging applications. In addition, it also has CY20 technology, which enables the sensor to capture both daytime and nighttime conditions. Finally, the OV10133-C96A is also capable of 3D object recognition with its software-based 3D Depth Map.

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