FCN11104_LC1-O-90

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optics is the science behind the behavior of light, as it interacts with matter and passes through different optical instruments. Lenses are optical elements that can bend and focus light in order to magnify, reduce, and control the direction and shape of the object being observed. The FCN11104_LC1-O-90 is a type of lens that has a variety of uses and applications in the field of optics. Below is an overview of how this lens works and the types of optical instruments it is commonly used with.

Description of the FCN11104_LC1-O-90 Lens

The FCN11104_LC1-O-90 lens has a diameter of Ø90mm and a focal length of F=120mm. This lens is a double Gauss mono-convex molded lens, and it is designed to reduce chromatic aberration and provide maximum transmittance. It is capable of focusing light from the visible spectrum through to the near-infrared spectrum, and it has a diffraction-limited performance with a broad spectral bandwidth. The structure of the lens also allows for a 120° viewing angle, which widens the field of view being observed.

Application Field and Working Principle

The FCN11104_LC1-O-90 lens is commonly used in a variety of applications, particularly in the fields of microscopy, photogrammetry, and imaging spectroscopy. For example, in microscopy, the lens is used to produce high quality images of micron-level cellular structures and features. In photogrammetry, the lens is used for digital image capture and analysis. Lastly, in imaging spectroscopy, the lens is used to capture light in the near infrared spectrum. Additionally, the lens is also used for industrial, medical, and research applications.

The working principle of the FCN11104_LC1-O-90 lens is based on the basic laws of optics. The light from the object being observed is received by the lens and then refracted by its curve, which bends and focuses the light into an image projection. This allows the user to view the object with increased precision and visibility. Additionally, the structure of the lens can also modify the shape and size of the image being observed, providing clear and accurate results.

Conclusion

The FCN11104_LC1-O-90 lens is a versatile piece of equipment that can be used in a variety of applications. Its construction allows for a 120° viewing angle and its ability to capture light in the near infrared spectrum make it ideal for many different optical instruments. The lens works by bending and focusing light, allowing the user to view the object with greater precision and accuracy. By understanding how this lens works, scientists and researchers can use it to gain deeper insights into the nature of light and its effects on matter.

The specific data is subject to PDF, and the above content is for reference