CP10872_LN3-D Optoelectronics

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 of light, radiation and radiation-based phenomena. Lenses are a key component of optics. They are optically precise, deformable components that can concentrate, disperse, or modify light waves to achieve desired results. The CP10872_LN3-D is a specialized type of lens that has a variety of potential applications and different working principles depending on the specific application.

The CP10872_LN3-D is an optical Imaging lens, which can be used in a wide range of optics-based applications such as microscopy, astronomy, and digital photography. It has an 85mm focal length and features a precision iris diaphragm for the controlled diffusion of visible light and an 8-blade stop design for improved contrast and resolution. The lens is constructed from multi-coated extra-low dispersion glass elements And aluminum alloy components that minimize optical distortion, allowing for crisp images with minimal chromatic aberrations.

One of the most common applications of the CP10872_LN3-D is microscopy. The lens can be used to control the illumination of microscopic samples in order to obtain detailed views of the sample. With a large aperture, high resolution imaging is possible at intense magnifications. This makes the CP10872_LN3-D ideal for applications such as electron microscopy, where high-resolution images are necessary. The wide view of the lens also makes it suitable for digital photography where detailed wide-angle shots are desired.

The CP10872_LN3-D also has potential applications in astronomy. With its wide view, the lens can be used to observe larger areas of the night sky and can be used to record images of distant galaxies. Furthermore, the lens\'s precision iris diaphragm and large aperture allow for the filtering of visible light from infrared and ultraviolet wavelengths, resulting in sharper and clearer views of objects in space.

The working principle of the CP10872_LN3-D is simple. When light passes through the lens, it is focused by the precision iris diaphragm and the curved surfaces of the glass lenses. This focuses and refracts the light, resulting in a sharper and clearer image. The 8-blade stop design adds to the focusing power, resulting in improved contrast and resolution.

In summary, the CP10872_LN3-D is an optical imaging lens with a wide range of potential applications. It has a large aperture and 8-blade stop design allow for higher resolution images and improved contrast. The wide view of the lens makes it ideal for use in applications such as microscopy, astronomy and digital photography. The working principle of the CP10872_LN3-D is based on the focusing and refraction of light by its precision iris diaphragm and glass lenses.

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