CA11464_LC2-M2 Optoelectronics

The CA11464_LC2-M2 is a type of lens that has a specific application field and working principle. This type of lens is part of the optics field, known as lenses. It is a light weight and robust two-piece configuration system, which provides exceptional optical performance. This type of lens can be used in applications such as machine vision, microscopes and robotic vision.

The CA11464_LC2-M2 lens is designed to work in a variety of fields and to achieve varying optical properties. Primarily, it provides exceptional angle of view along with accurate field of view. Additionally, its design allows it to maintain a high level of illumination across a variety of environment and installation conditions. Ultimately, this lens provides the benefits of a wide angle of view and small depth of field.

The working principle of CA11464_LC2-M2 is based on the phenomenon of refraction. Refraction is the process of bending of light waves when it enters the lens. When light enters the lens, it is bent and refracted through the glass elements of the lens, which change the shape of the light wave and forms a specific image. The CA11464_LC2-M2 utilizes two glass elements to achieve the desired field of view and angle of view.

When the light enters the lens, it is split by the first glass element into two beams. The second glass element then bends the light beams in opposite directions. By allowing the beams to enter the front element at an angle, the image is magnified. This process results in an image that has a high resolution and better depth of field. This makes the lens more ideal for applications such as machine vision, microscopes and robotic vision.

The CA11464_LC2-M2 lens is an ideal solution for applications needing a wide angle of view and high depth of field. Its lightweight and robust construction makes it an attractive option for a variety of applications, such as machine vision, microscopes and robotic vision. Its two-piece configuration ensures that the optical performance is maintained under various installation and environmental conditions. Additionally, its optical performance and image quality provide the benefit of high resolution and wide angle of view, making it suitable for a variety of applications.