LLFL-5T08-H

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The LLFL-5T08-H is an optical lens developed by Corning Incorporated, a leader in the field of optical components and assemblies. It is an ideal choice for applications requiring high numerical aperture to achieve good imaging performance. The LLFL-5T08-H offers a focal length of 8mm and a f/N ratio of 1.4, making it suitable for applications that require a long focal length lens with a large apertures to avoid chromatic aberration.

The LLFL-5T08-H has a circular symmetrical lens construction, with five lens elements arranged in a doublet with a center stop between each of the two doublets. The doublet configuration minimizes aberrations, while the center stop allows for the manipulation of the f/N ratio. The lens has an all-glass construction, with no changes to the focal length, minimizing chromatic aberration. The lenses are constructed with Corning High Index Glasses (HIG), which offer high transmittance in the visible and near infrared ranges.

In addition to its wide-angle imaging capabilities, the LLFL-5T08-H also has a large depth of field, allowing for the capture of a wide range of target distances. This is an ideal feature for applications requiring a large field of view. The lens is also highly resistant to thermal shock or vibration, making it a reliable and reliable choice.

The working principle of the LLFL-5T08-H is based on the refraction of light. When light reaches a surface, it is bent, or refracted, by the surface. The degree of bending, or refraction, is determined by the difference between the angles of the entering and leaving rays of light. By controlling the angles of the entering and leaving rays of light with the LLFL-5T08-H, it is possible to alter the degree of refraction to create an image.

The LLFL-5T08-H is a highly sought-after optical lens for applications in areas such as industrial imaging, machine vision, surveillance, healthcare imaging, laser guidance, and automotive vision systems, among others. Its high numerical aperture and large depth of field capabilities make it an excellent choice for high-resolution imaging applications. The all-glass construction, with no changes to the focal length, also makes it one of the most reliable and reliable lenses available.

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