C14128_TATIANA-1X4-B

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Optics is the branch of physics that studies the properties and phenomena of light. Lenses are devices that are used to refract light rays in the direction they are pointing. The C14128_TATIANA-1X4-B is a type of lens used in a variety of optical applications. This article will provide an overview of the C14128_TATIANA-1X4-B application field and the associated working principle.

The C14128_TATIANA-1X4-B is a type of plano-concavex lenses. It is a single-element lens with a focal length of 47.87 mm, an aperture range of -2.95 to +4.35, and an effective focal length of 119.24mm. These lenses are designed to be used in an expanded field of vision applications such as those associated with graphic arts, astronomy, and microscopy.

The C14128_TATIANA-1X4-B lenses are often used to achieve greater magnification of objects, to extend the linear field of view, or to increase the field-of-view (FOV) in a variety of imaging systems. They can also be used to reduce aberrations associated with multiple elements lenses, such as coma, spherical, and astigmatism aberrations. These lenses can be used in a variety of imaging systems such as those used in industrial, medical, and surveillance applications.

The working principle behind the C14128_TATIANA-1X4-B lenses is based on refraction of light. When light passes through the curved surface of the lens, it is bent or refracted. This refraction causes the light to focus or disperse in a specific pattern, which is dependent on the shape and refractive index of the lens. The curved surface of the lens determines the focal length and the shape of the dispersion pattern.

Additionally, the lenses employ special optical coatings to increase their optical performance. These coatings can improve the lens\'s transmission and reduce optical aberrations associated with spherical and other optical aberrations. This helps to improve image clarity and reduce reflections off the lens surface.

In summary, C14128_TATIANA-1X4-B lenses are a type of plano-concavex single-element lens that can be used in a variety of imaging systems. These lenses employ refraction of light to focus or disperse light into a specific pattern, and optical coatings to improve transmission and reduce aberrations. They are designed for use in expanded field of vision applications such as those associated with graphic arts, astronomy, and microscopy.

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