C14158_ANNA-40-3-M

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Optics is the branch of science that studies the behaviour and properties of light and the interaction of light with matter. Lenses, one subset of optics, are optical components that refract and control various forms of light. The C14158_ANNA-40-3-M is one such lens, and this article will provide an in-depth description of the application field and working principle of the C14158_ANNA-40-3-M.

The C14158_ANNA-40-3-M is a cemented achromat designed to have a long working distance. This lens is composed of two spherical elements mounted in a black anodized anti-reflective cell. The C14158_ANNA-40-3-M has an aperture of 40mm with a focal length of 300mm, giving it an f-ratio of f4. Its working distance is 225 mm, giving it a magnification of 1:1. This lens can be used with a variety of cameras with C-mount interface and is an ideal choice for close object imaging.

The C14158_ANNA-40-3-M is perfect for applications like machine vision, medical imaging, and inspection. The long working distance allows for easy access to components of the object being imaged. The large aperture allows the lens to have a wide field of view for capturing a large area of the object without sacrificing image quality. The 1:1 magnification, coupled with the anti-reflective cell, allows the lens to provide crisp images even in low light conditions.

The working principle of the C14158_ANNA-40-3-M is based on the refraction of light. The C14158_ANNA-40-3-M is composed of two convex lenses mounted in a black anodized anti-reflective cell. The lenses are made of high-grade optical glass and are designed to have a precise curvature which, in combination with the antireflective coating on the cell, allows them to refract light in a controlled manner. The light passing through the lens is refracted, forming an image that can be viewed using a camera with a C-mount interface.

The C14158_ANNA-40-3-M is a great choice for imaging applications requiring high image quality in fields like machine vision, medical imaging, and inspection. Its large aperture allows it to have a wide field of view without sacrificing image quality, and its long working distance gives it easy access to the components of the object being imaged. The 1:1 magnification, coupled with the anti-reflective cell, allows it to provide crisp images even in low light conditions. The working principle of the lens is based on the refraction of light by its two convex lenses which are designed to have a precise curvature and coated with antireflective coating for a controlled light refraction.

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