FQ-MS125-ECT

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The FQ-MS125-ECT is a type of camera specially designed for machine vision applications. It is an electro-optical camera that is capable of capturing both visible and infrared images, making it ideal for a variety of industrial, scientific, and medical applications. The camera’s features, such as high-sensitivity imaging, wide dynamic range, and low-noise operation, make it a perfect choice for any machine vision system.

A typical FQ-MS125-ECT includes a 1.2 Megapixel CMOS imaging sensor with 5 × 4 resolution, 5× optical zoom, and an infrared transmission window. It also has a fixed-focus 12.3mm F2.0 lens. Additionally, it can be equipped with an optional 2.5mm F2.0 wide-angle lens, which increases the field of view and allows for more total coverage or magnification when monitoring larger targets.

In terms of imaging, the camera can capture both color and infrared images. It has a sensitivity range of 0.1 lux/F2.2 to 0.0009 lux/f/2.2, a frame rate of 30 frames per second, and a typical exposure time of 50us. The 5× optical zoom allows for a clear and detailed image that can be used to identify objects and obtain accurate measurements from distant targets. The camera also offers a high dynamic range of at least 120dB, which is useful when capturing images in very bright and dim areas.

In terms of its working principle, the FQ-MS125-ECT operates using electro-optical imaging. It is triggered by electric signals from the external control system, which activates the sensor to record the image data. The camera has built-in image processing features, including de-skewing, histogram equalization, and smart auto exposure, that allow for automatic real-time image enhancement. Additionally, it has the ability to output real-time raw images, allowing for the capability to make immediate and highly accurate decisions.

Overall, the FQ-MS125-ECT is a robust, reliable camera for any machine vision application. It is capable of capturing high-quality images in a variety of lighting conditions and at long distances. Its unique features, such as its electro-optical imaging, high-sensitivity imaging, wide dynamic range, and low-noise operation make it the perfect choice for any machine vision system.

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