FQ2-S10100F

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FQ2-S10100F Application Field and Working Principle

The FQ2-S10100F is a type of highly developed Machine Vision Camera Sensor that is especially improved for industrial applications. It is a professional tool for Measurement, material handling, assembly, and inspection. The camera has a 2/3” progressive scan CCD with advanced color interpolation. It provides a range of features that can be utilized in a number of different applications including Structured Light, Patterned Mark, Edge Detection, 3D Scanning, etc.

The FQ2-S10100F can be used to help detect objects that are difficult to detect with conventional imaging methods. It also has the ability to detect objects that are too small for reliable detection with traditional imaging methods. It is ideally suited for applications in areas such as factory automation, product inspection, material handling, and robotic guidance.

Working Principle

The FQ2-S10100F works on the principles of imaging science. It utilizes two main components - the Photon Multiplication Algorithm (aka PMA) and the Charge Coupled Device (aka CCD). The Photon Multiplication Algorithm (PMA) is used to convert incoming photons into digital data. This data is then used to create an image of the scene. The Charge Coupled Device (CCD) is used to capture the image in the form of a digital signal. This signal is then transmitted to an image processor, where it is analyzed and used for a variety of applications.

In the FQ2-S10100F, the Photon Multiplication Algorithm (PMA) works by collecting photons from the scene and converting them into analog charge. The charge is then converted into a digital signal by the CCD. This signal is then used by the camera processor to generate an image. The camera processor uses algorithms to analyze the signal and create an image. The image can be further manipulated in a variety of ways such as improving contrast, changing color, etc.

The Charge Coupled Device (CCD) is a semiconductor device which is used to convert light energy into electrical energy. It works on the principle of reverse photoconductivity. Light is absorbed by the semiconductor material of the CCD and this charge is then amplified and transferred across the device. This charge is then converted into a digital signal and sent to the camera processor.

The FQ2-S10100F camera has a large number of applications in a variety of different fields. It is used in industrial inspection systems, 3D scanning, object detection, material handling, and many more.

Conclusion

The FQ2-S10100F is a highly advanced Machine Vision Camera Sensor that is well suited for industrial applications. It has a range of features that make it ideal for inspection, material handling, and 3D scanning. It works on the principles of imaging science by using the Photon Multiplication Algorithm (PMA) and the Charge Coupled Device (CCD). The FQ2-S10100F has a large number of applications in various fields.

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