C10402_FLARE-C

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Optics is a field of physics that studies the behavior of light and its interaction with matter. Optics technologies are being used in many industries and applications, including communications, imaging, manufacturing and medicine. Lenses are optical elements used to focus, reflect or bend light.

C10402_FLARE-C is a custom lens assembly from IN-CAM Technologies, Inc. It is designed to operate in the visible spectrum and can be used in various applications. The assembly consists of a single lens and the required components for mounting. It has a variable focal length and is designed for use in applications ranging from personalized imaging systems to optical probes.

The C10402_FLARE-C application field includes general imaging, vehicle navigation, and machine vision. It can also be used for laser rangefinding, spectroscopy, and medical research. Its main advantages are the relatively low cost, compact size, and high quality. The focal length can be adjusted by using either manual or automatic adjustments. Additionally, it can be combined with other lenses to create customized configurations for specific applications.

The C10402_FLARE-C is designed to take advantage of the visible spectrum. It can focus, reflect and bend light as desired, depending on the design of the lens and the incident angle of light entering the lens. It is also capable of focusing light into narrow beams, which can be used for various applications. The lens is made of an optically transparent material (usually glass or crystal) which is ground and polished to shape the surface for optical purposes.

The C10402_FLARE-C operates on the principle of refraction, in which light is bent when it passes through media with different densities. When light enters the lens at a certain angle, it is refracted through the lens according to the surface curvature of the lens. When light passes through glass or crystal, it is refracted and bent at angles that are determined by the lens curvature.

The C10402_FLARE-C is also capable of reflection, which occurs when the light ray is reflected off a curved surface in such a way that it is spread over a larger area. The light is then concentrated back onto a small area. This is beneficial for applications such as spectroscopy, where the reflected light can be measured and analyzed to determine the properties of the object being examined.

In addition, the C10402_FLARE-C can also be used for filtering. This is done by placing a filter on the entrance or exit of the lens, which can selectively allow certain wavelengths of light to pass through while blocking others. This can be used for applications such as color correction, where the transmitted color is adjusted for the desired result.

The C10402_FLARE-C is a reliable and well-designed lens assembly, suitable for a wide range of applications. Its combination of flexibility and performance has made it a popular choice among the optics industry. With a variable focal length, small size and relatively low cost, the C10402_FLARE-C is an excellent choice for various applications.

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