FQ-CR10100N

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Machine Vision systems are used to inspect industrial objects for quality assurance. This is done by a combination of sensors, cameras, lighting, and analysis software. A key part of the system is the camera or sensor. One example of a camera that is used in a variety of Machine Vision applications is the FQ-CR10100N. This article will examine the field of application, and the working principle, of the FQ-CR10100N.

Field of Application

The FQ-CR10100N is a CCD camera with a resolution of 1012 x 1012, which makes it suitable for a variety of Machine Vision applications. It is commonly used for inspecting objects of varying size and shape, such as PCBs, flat panel displays, or other complex shapes. It also has a compression ratio of 8:1, allowing it to capture images with increased resolution while minimizing the data size. In addition, the camera is able to capture images with minimal distortion, which is beneficial for analyzing objects with intricate outlines. Furthermore, the camera is equipped with various image processing functions, such as color masking, demosaicing, and white balance, which makes it suitable for inspecting for defects and sorting items based on their shape, size, or color.

Working Principle

The FQ-CR10100N has an array of imaging elements, or pixels, arranged in a grid pattern. When a light source is directed at the surface of the object being inspected, the pixels capture the light and convert it into an electrical signal. This signal is processed and converted into an image. The image is then processed and analyzed using the aforementioned image processing functions. The data from the analysis is interpreted and the results are used to inspect the object for defects, or to sort items based on their shape, size, or color. Additionally, the camera is capable of capturing images at high speeds, making it suitable for inspecting objects in a fast-moving production line.

Conclusion

The FQ-CR10100N is a versatile camera that is suitable for a variety of Machine Vision applications. It has a resolution of 1012 x 1012, as well as a compression ratio of 8:1, allowing it to capture high-resolution images with minimal data size. In addition, it is equipped with various image processing functions, allowing it to detect defects, or sort items based on their shape, size, or color. Furthermore, it is able to capture images at high speeds, making it suitable for inspecting objects in a fast-moving production line. Overall, the FQ-CR10100N is an ideal camera for a wide range of Machine Vision applications.

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