FCA14464_G2-NIS033U-W

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Optics - Lenses

FCA14464_G2-NIS033U-W plays an essential role in optical systems, providing a wide range of imaging, information, and measurement purposes. FCA14464_G2-NIS033U-W is a lens with a specific application field and working principle.

The FCA14464_G2-NIS033U-W is a bi-aspheric positive lens, designed to have a flat wavefront and good aberrations over a wide field of view, and with the best dispersion. It is ideal for applications requiring high resolution and a bright image. The bi-asphericity of the lens helps reduce optical aberrations and other distortions.

FCA14464_G2-NIS033U-W is used in optical systems for imaging, illumination, and detection. It can be used for applications such as confocal microscopy, widefield microscopy, optometric photometers, and saccades measurement. This lens can also be used in many commercial products, such as telescopes, microscopes, binoculars, and cameras. Additionally, it can be employed for specialized applications, such as medical imaging, spectroscopy, and video surveillance.

The main principle of FCA14464_G2-NIS033U-W is the use of a curved optical surface. Light coming from different directions is focused on a single point by the curved surface. This is done by redirecting the light rays in such a way that the light spreads parallel as it passes through the lens. This results in a much greater magnification of the image.

The imaging performance of FCA14464_G2-NIS033U-W is superior to many other optical lenses. Due to its bi-aspheric properties, the lens has greatly improved chromatic aberration. This results in a sharp image with excellent resolution and color transmissions. Additionally, the lens has improved distortion correction, resulting in a flatter field of view for increased clarity.

The FCA14464_G2-NIS033U-W lens is an ideal choice for a variety of optical applications. It has an excellent optical quality and a wide field of view, making it suitable for a range of applications. Additionally, its high performance in terms of imaging and color transmission make it suitable for commercial and specialized applications.

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