0810135300

Lenses are an integral component of modern optical instrumentation widely applied in a variety of fields such as engineering, medicine, photography, microscopy and astronomy. This article provides an overview of 0810135300, a type of unique camera lens, discussing its application field and working principle.

0810135300 is a specialized camera lens with a concave mirror on one end and a focusing lens on the other. It was designed to enable noncontact imaging of objects which cannot be approached by a conventional camera. Its field of application lies in remote sensing, surveillance, photography, medical imaging and other fields which require low distortion imaging without actually touching the subject.

In terms of its working principle, 0810135300 has a special concave mirror placed at the end of the lens that reflects light back onto the focusing lens. This mirror has a curved surface that causes the light to converge into a single point, allowing the lens to capture an image with minimal distortion.The focusing lens also has a curved surface that refracts light to form an image. In this way, the 0810135300 lens is able to capture an image with minimal distortion.

In terms of its optical characteristics, the 0810135300 lens has a short focal length of 93 mm, making it small enough to fit into a tiny form factor. It also has a large diameter of 65 mm, which allows it to capture a large number of light rays in a single sweep. As a result, it is capable of capturing images with minimal noise and low distortion. Furthermore, the 0810135300 lens has an aperture range of f/1.8 to f/3.0, which allows it to perform optimally in low light conditions.

In conclusion, 0810135300 is a unique camera lens specifically designed for noncontact imaging applications. Its concave mirror and focusing lens work together to capture an image with minimal distortion. Its short focal length, large diameter and wide aperture range also make it an ideal choice for applications such as remote sensing, surveillance, photography and medical imaging.