C12398_FLARE-B

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C12398_FLARE-B lens is a type of lens that was developed primarily for use in the fields of imaging, optics, and infrared applications. It is a particular type of lens with high precision optics and a wide-angle field of view. The C12398_FLARE-B lens has an effective focal length of 30mm and a maximum aperture of F/2.0. It is suitable for both digital and analog imaging, and can be used for many applications.

For imaging applications, the C12398_FLARE-B lens is particularly suitable for use in a wide variety of optical and infrared applications. Its wide angle field of view allows for capturing more of a scene than many other lenses, and it has high precision optics to reduce chromatic aberration, flaring, and other optical artifacts. It is also an ideal lens for shots with a narrow depth of field, due to its high F/2.0 aperture.

The C12398_FLARE-B lens also offers excellent performance in infrared imaging. It is designed for low Level infrared light imaging, which requires special attention to the lens components. The lens is made from a low thermal expansion coefficient material, which helps reduce lens distortion when exposed to large changes in temperature. Its coating also helps reduce glare and stray light, ensuring high contrast images.

The working principle of the C12398_FLARE-B lens involves capturing the incoming light and redirecting it onto the imaging sensor. This process requires accurate and precise optical components, such as lenses, apertures, and coatings. The lens assembly features multiple, complex optical elements such as diffusers, nanostructures, and aspheric lenses. By carefully designing the structure, these elements work together to create an appropriate beam angle and a correct level of brightness, saturation, sharpness, and contrast.

The C12398_FLARE-B lens is a versatile piece of imaging technology that is suitable for a wide range of applications, ranging from digital photography to astrophotography. Its wide angle field of view and high precision optics make it an excellent choice for capturing more of a scene than many other lenses, and its low thermal expansion coefficient means it can be used in environments with extreme variations in temperature. Additionally, its special lens coatings and diffusers help reduce glare and stray light, ensuring high contrast images.

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