2100112200

Optics is a field of science that deals with the nature, behavior, and phenomenon of light. Lenses are optical devices that converge or diverge light, and are frequently utilized as part of optical systems. In this article, we will explore the application field and working principle of 2100112200 lenses.

Definition of 2100112200 Lenses

The 2100112200 lens is an optical lens designated by its MTF (modulation transfer function). This lens is generally composed of several individual lenses operating together as a single unit. Such a lens exhibits a higher numerical-aperture than standard lenses, due to its smaller size and greater flexibility. This lens is often used in industrial applications for its high-resolution imaging.

Application Field

2100112200 lenses have a wide range of applications. Some of the most common fields where it is used include:

• Optical inspection: 2100112200 lenses can be used in quality control applications. They produce extremely clear images for character recognition, defect detection, and so on.
• Microscopy: The high resolution of the lens makes it suitable for use in microscopy. It can be used to examine and observe microscopic objects, such as cells and other specimens.
• Drone photography: Its small size make it ideal for use in drone photography, as it has a wide depth of field and a very low distortion.
• Prescription eyeglasses: Because of its small size, the 2100112200 lens is sometimes used in prescription eyeglasses.
• Machine vision: 2100112200 lenses are used in machine vision applications, such as facial recognition, object recognition, and so on.

Working Principle

The working principle of 2100112200 lenses is based on the refraction of light by curved surfaces. The lens is composed of several different lens elements, which each bend the light in different directions. As the light travels through the lens, it is refracted repeatedly until it reaches the focal point. The angle or degree of refraction is dependent on the curvature of the lens surface. The lens surface is finely tuned to optimize the refraction for the desired application.

Conclusion

The 2100112200 lens is a flexible and powerful optical lens that is effective in a variety of industrial, medical, and recreational applications. It is composed of several individual lenses operating in unison to produce a high-resolution image. Its working principle is based on the refraction of light by curved lens surfaces.