FQ-XH

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FQ-XH fiber optical image sensor is a novel optical image sensor developed by ETI, and the term FQ-XH is used to refer to Focal Plane Array X-ray Imaging Technology. It is mainly used in the field of machine vision and X-ray imaging, and its working principle mainly involves conversion and exponential decay.

The working principle of FQ-XH fiber optical image sensor is based on the principle of exponential decay. The X-raylight emitted by X-ray tube is focused on the sensor by the focusing lens. The focused light produces holes in the fiber array, and the holes increase in size after being exposed to X-ray. The signal of each hole is amplified by the amplifier circuit, and the output signal is sent back to FQ-XH controller. On the basis of this, FQ-XH controller processes the signal and converts into one-dimensional signal or two-dimensional signal, thus producing a digital X-ray imaging.

FQ-XH has a wide range of applications in the field of machine vision. It can detect X-ray, infrared, visible light and so on. It can also be used in areas such as medical imaging, machine vision, automotive safety, material inspection, security monitoring and military imaging. FQ-XH fiber optical image sensor can identify the visible objects and produce high-contrast images. It is also suitable for detecting clear objects, such as accurately recognizing items in a box, accurately measuring the dimensions of a product and precisely recognizing the shape of an object.

In addition to the above applications, FQ-XH fiber optical image sensor can also be used to automatically measure the color, size, weight and surface finish of parts and products in a factory. It can also be used in the field of outdoor machine vision, such as fence inspection, surveillance and automatic tracking. FQ-XH fiber optical image sensor has a wide range of applications, enabling machine vision to be used in more areas and further assisting the development of intelligent manufacturing.

In summary, FQ-XH fiber optical image sensor is a high-performance optical image sensor developed by ETI and mainly used in the field of machine vision and X-ray imaging. Its working principle is based on the principle of exponential decay. FQ-XH has a wide range of applications and can be used to detect X-ray, infrared, visible light and so on. It can also be used in areas such as medical imaging, machine vision, automotive safety, material inspection, security monitoring and military imaging. Moreover, FQ-XH can also be used to automatically measure the color, size, weight and surface finish of parts and products in a factory, enabling machine vision to be used in more areas and further assisting the development of intelligent manufacturing.

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