OV04682-H67A-3A

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Image Sensors

Image sensors are the component of a digital camera that captures an image into digital form. In other words, an image sensor enables an image to be translated into digital data. There are several types of image sensors, each one serving a different purpose. One of the most popular types is the OV04682-H67A-3A.

OV04682-H67A-3A Application Field

The OV04682-H67A-3A image sensor is a CMOS image sensor with an active pixel array of 1280 x 800. It has a wide color range and excellent noise performance, making it a great choice for a variety of applications. It is often used for industrial inspection, scientific imaging, microscopy, machine vision, and other general imaging applications.

OV04682-H67A-3A Working Principle

The OV04682-H67A-3A image sensor works by converting incoming light energy into an electrical signal. This electrical signal is then sent to a CMOS image processor which converts the electrical signal into a digital image. The image sensor consists of several different components, including an image sensor chip, a sensor interface, and a pixel array. The image sensor chip is the part of the sensor that actually captures the image. It consists of an array of pixels that are sensitive to light. Each pixel has its own circuit that is used to convert incoming light energy into an electrical signal.

The sensor interface is responsible for controlling the image capture process. It can be used to control the exposure time, gain, and other parameters of the image capture. The pixel array consists of the actual pixels that capture the image. Each pixel has its own circuit and is sensitive to light. The pixel array is responsible for turning the light energy into an electrical signal.

Once the light has been converted into an electrical signal, the signal is sent to the CMOS image processor. The image processor is responsible for converting the electrical signal into a digital image. The image processor is usually programmed with a set of instructions or algorithms that dictate how the image should be processed. This allows the image processor to use the signal to quickly generate a digital image. The digital image is then stored in the memory of the camera and can be viewed on the camera\'s LCD display.

Conclusion

The OV04682-H67A-3A image sensor is a versatile and easy to use CMOS image sensor. It can be used in a variety of imaging applications, from industrial inspection to scientific imaging. Its wide color range and excellent noise performance make it an ideal choice for many applications. The image sensor works by converting incoming light energy into an electrical signal, which is then sent to a CMOS image processor. The image processor then converts the electrical signal into a digital image. The OV04682-H67A-3A image sensor is a reliable and robust image sensor that can be used in a variety of applications.

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