FCP15345_FLORENTINA-4X1-D Optoelectronics

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FCP15345_FLORENTINA-4X1-D is a new lens system that provides superior imaging performance using a doublet of aspheric lenses and a unique optical design. It is designed to be used in the field of optics, specifically for imaging applications. This lens system can be used for a wide range of applications including microscopy, photolithography, and imaging for various applications.

Overview of FCP15345_Florientina-4X1-D Lens System

FCP15345_FLORENTINA-4X1-D lens system is composed of two aspherical lenses formed from a double-sided mold that was designed by FLORENTINA. This optical system is ideal for a variety of imaging applications. It features a higher numerical aperture (NA) of 0.9, which makes it suitable for high resolution imaging. While providing superior imaging performance, this lens system also offers a wide field of view and a variable focal length—it can be adjusted between five hundred and five thousand millimeters.

The FCP15345_FLORENTINA-4X1-D lens system is composed of two aspherical lenses, an achromatic doublet lens, and a field flatness lens. The aspherical lenses are responsible for providing superior image quality, while the achromatic doublet lens provides improved resolution and contrast when imaging in wide fields of view. The field flatness lens is responsible for minimizing aberrations and providing true flat images.

Working Principle

The FCP15345_FLORENTINA-4X1-D lens system works by utilizing the properties of aspherical lenses. Aspheric lenses are curved lenses that are used to focus light in a certain direction. These lenses have different curvature in different locations on the lens, allowing them to focus more light onto one area than would be possible with a planar lens. The two aspheric lenses that are used in the FCP15345_FLORENTINA-4X1-D system work together to create an image with a greater depth of field and a higher resolution than what could be achieved with planar lenses.

The achromatic doublet lens is another important part of the FCP15345_FLORENTINA-4X1-D system. This lens consists of two lenses of different materials that are bonded together. The doublet lens works to reduce chromatic aberration, meaning that it can produce sharper images with better contrast than would be possible with just a single lens. The field flatness lens, which is located after the achromatic doublet lens, compensates for aberrations so that the image is as evenly spread out as possible.

Application of FCP15345_Florientina-4X1-D Lens System

The FCP15345_Florentina-4X1-D lens system can be used for a wide range of imaging applications. It\'s high numerical aperture (NA) of 0.9 makes it ideal for high resolution imaging, such as in medical imaging, microscopy, and photolithography. This lens system can also be used for imaging in a variety of fields, such as in sports photography, machine vision, art photography, and more.

The FCP15345_Florentina-4X1-D lens system is designed for use in optics, specifically for imaging applications. Its superior image quality, resolution, and contrast make it an ideal choice for a wide range of imaging needs. The system is also easy to use and offers the flexibility to adjust for different focal lengths when needed. The combination of the two aspherical lenses, the achromatic doublet lens, and the field flatness lens make this lens system one of the most versatile and capable imaging systems on the market today.

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