C10387_NIS83-MX-4-W

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Optics is the branch of physics that studies the properties of light, including its interactions with matter and the construction of instrumentation to measure it. Lenses are optical instruments designed to focus or diverge light. C10387_NIS83-MX-4-W is a type of lens designed for specific applications and working principles.

Application Field of C10387_NIS83-MX-4-W

The C10387_NIS83-MX-4-W is a short focal length lens with low power that is suitable for applications that require a converging power that differs considerably from standard values. It is commonly used in medical imaging, such as for tomography and for dental imaging. It is also widely used in industrial applications, including machine vision, optical sensing, instrumentation, robotics, and data acquisition.

C10387_NIS83-MX-4-W lenses are also used for military and aerospace applications. They have been used on human and robotic space missions to capture images of celestial objects. In addition, they have been used for reconnaissance and surveillance purposes in defense operations.

Working Principle of C10387_NIS83-MX-4-W

C10387_NIS83-MX-4-W is a low power lens with short focal length. It is a single-element lens with an aspheric design. The aspheric design is important for its ability to control spherical aberrations and enable a larger field of view. Its frontal and back surfaces have been optimized to provide excellent image quality with minimal distortion.

The lens\'s design facilitates easy mounting and focusing with any given sensor size. Additionally, the surface of the lens has been coated with an antireflective coating that reduces glare and improves light transmission. This helps to increase the imaging efficiency and improve the performance of the lens.

C10387_NIS83-MX-4-W is a versatile and effective lens that is suitable for a range of imaging applications. Its short focal length and low power enable it to capture images with excellent clarity and excellent contrast. Furthermore, its low power allows it to be used in applications with small objects that require high resolution imaging.

Conclusion

C10387_NIS83-MX-4-W is an ideal lens for a range of imaging applications. Its aspheric design provides excellent image quality with minimal distortions. Additionally, its antireflective coating reduces glare and improves light transmission for increased imaging efficiency. Its low power and short focal length also make it suitable for capturing images of small objects. This makes it a versatile and effective lens for any imaging task.

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