FQ2-S20100F

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The FQ2-S20100F is a high performance machine vision camera designed for industrial and scientific applications. One of the most popular models of the FQ2 series cameras, this model has a maximum line scan rate of 100 Khz and a special mechanical shutter that enables users to take high quality still images. This camera is often used in a wide range of applications, from imaging systems designed for advanced research and development to automation systems, where speed and accuracy are of utmost importance.

In imaging systems where speed and accuracy are of utmost importance, the FQ2-S20100F is often used. For example, the camera is commonly used in the field of industrial automation to enable the identification of objects and parts, as well as their locations. The camera is capable of capturing images at a rate of up to 5,000 frames per second, making it ideal for high speed as well as slow motion applications. In addition, its high resolution allows it to capture delicate detail for both still images and moving subjects. Its advanced processing capabilities allow it to recognize patterns in images, enabling it to identify specific objects or parts.

Another common application for the FQ2-S20100F is in scientific research and development. Its advanced processing capabilities enable scientists to perform complex image analysis, enabling them to observe minute features of or changes in biological, physical and chemical processes. For example, the camera is often used in immunological studies, where it can be used to track the movements of immune cells during an immune response. In addition, the camera is often used in materials research, such as microstructures or polymers. In both cases, its advanced resolution and processing power enable scientists to observe complex phenomena.

The FQ2-S20100F is also widely used in machine vision systems, enabling systems to be designed for industrial applications that require high speed and accuracy. The camera is capable of providing extremely detailed data to a machine vision system, allowing it to better detect patterns or objects in an image. This data is then used to determine or adjust the machine\'s response to the image. For example, the camera can be used to detect objects in a scene such as vehicles or people, and a machine vision system can be used to track these objects for further analysis.

The FQ2-S20100F is also capable of providing extremely accurate and detailed data for metrology applications. By imaging the object at a microscopic level, the camera can measure details such as surface roughness, thickness, deviation from designed shape, and other geometric features. The data is then used by metrology systems to make precise measurements that can be used for quality control, manufacturing and other industrial applications.

The working principle of the camera is relatively simple. When an image is captured, the camera\'s imaging device converts the incoming light into an electronic signal. This signal is then processed by the camera\'s on-board image processor, which is responsible for both compression and filtering. After the image is processed, it is then stored in the camera\'s internal memory. The image can then be transferred to a computer or other device for further analysis.

The FQ2-S20100F is an incredibly versatile machine vision camera, providing high performance and expertise in a wide range of applications. From industrial automation to scientific research and development, the camera is capable of providing extremely high quality and accurate images for a wide range of applications. In addition, the camera is capable of providing highly detailed data for metrology applications, allowing for extremely precise measurements that can be used for quality control and manufacturing.

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