0880137300

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The 0880137300 lens is an optical component that is used in a variety of applications. This particular lens has a few unique qualities that make it an invaluable part of any optical device. Its ability to handle a wide range of optical wavelengths and its high refractive index make it a must for any application involving optical transmission, imaging, or light collection.

Applications

The 0880137300 lens is primarily used in applications where a high-quality image is required. Such applications include microscopes, endoscopes, digital cameras, and telephoto lenses. Due to its ability to handle a wide range of optical wavelengths, it is also used in communications applications, such as for fiber optic cables. The lens is ideal for use in precision optical systems, such as spectrometers and laser metrology systems.

The 0880137300 lens is also often used for optical scanning, such as in laser systems and optical coherence tomography (OCT). It is well suited for use in imaging applications, such as fluorescence microscopy, because of its high refractive index. The lens can also be used in holography and biomedical optics.

Working Principle

The working principle of the 0880137300 lens is based on the refraction of light. Light will travel through the lens and bend as it passes through the different layers of the lens. By adjusting the surface curvature of the lens, the angle of the refracted light can be changed. This type of lens creates a parallel beam of light that can be focused on a specific object or area.

The 0880137300 lens is produced using a vacuum deposition process. This process involves the deposition of a thin film of material onto a glass substrate. The substrate is then treated with chemicals to give it a desired shape. This keeps the thickness of the lens constant and ensures that the light passes through it at a set angle.

Once the lens is produced, it is then tested for optical characteristics and quality. This includes measuring the size and shape of the lens, testing its transmission and reflection properties, and determining its refractive index. The lens can then be paired with other optical components to create a complete optical system.

Conclusion

The 0880137300 lens is a versatile optical component that is used in a variety of applications. Its ability to handle a wide range of optical wavelengths and its high refractive index make it an ideal choice for precision optical systems. The lens is produced using a vacuum deposition process, and then tested for optical characteristics and quality. These qualities make the 0880137300 lens a valuable tool in many optical applications.

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