CP11630_LISA-RS

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Optics - Lenses: CP11630_LISA-RS Application Field and Working Principle

In the field of optics, lenses are used in a variety of applications, from fabrication of optical instruments to simple viewing aids. A lens is a transmissive optical device that relies on the refractive index of a transparent medium to focus a beam of light onto a specific point. CP11630_LISA-RS is a custom made aspheric/diffractive lens that is used in a range of applications, including imaging optics, laser imaging and biomedical applications.

This article will discuss the application field and working principle of the CP11630_LISA-RS lens. The lens is a two-component lens, composed of an aspherical and a diffractive component. Aspherical lenses generally have higher optical performance than traditional spherical lenses, and in some cases can improve image quality by eliminating some of the aberrations found in conventional lenses. The CP11630_LISA-RS lens has a unique diamond-shaped aspherical surface along with a diffraction grating, which enables it to create a wide range of focusing properties to meet the requirements of different applications. The diffractive lens also has the ability to manipulate light beams over a wide field of view when using a single lens element.

The CP11630_LISA-RS lens is mainly used in imaging optics applications. Its main characteristics are its ability to produce an imaging system with a wider field of view, improved image resolution, and improved contrast. The lens has a very large numerical aperture (NA) with minimized off-axis aberrations and improved depth-of-field. The lens is especially suitable for applications where a large field of view is required, such as microscope imaging. The lens has an even large NA when working with long working distances, which make it ideal for imaging microscopy and other biomedical applications.

The CP11630_LISA-RS lens also has a unique working principle that gives it even more versatility in imaging optics applications. Its working principle combines both refractive and diffractive principles. The lens creates an aspheric surface and an optical diffraction grating. The aspheric surface is used to focus the incoming light beam, while the diffraction grating divides the focused light beam into multiple orders, forming a diffracted image. The advantages of this principle are numerous, including the ability to vary the focal length, improved image contrast, better depth-of-field, and the ability to create an imaging system with wider field of view.

The CP11630_LISA-RS lens is generally used in a variety of imaging optics applications. It is particularly suitable for applications in biomedical imaging, laser imaging and microscopy. It has the unique ability to produce an imaging system with improved imaging resolution and contrast, wider field of view and better depth-of-field. The lens also has unique working principle that combines both refractive and diffractive principles, which give it greater versatility and performance.

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