KNAC3616B

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The KNAC3616B is a gradient-index lens that is highly useful in a wide range of optical applications. It is one of the few lenses available that is specifically designed for use with lasers and other high powered light sources. The lens is manufactured from a specially formulated optical crystal that provides excellent focusing capability and minimal aberrations. The lens has a sharp, well-defined surface profile that is optimized for use with laser sources. It also has an extremely low chromatic aberration of just 0.01%, making it ideal for imaging applications.

The design of the KNAC3616B consists of a single glass element with a refractive index that gradually increases from the center to the outer periphery. This design is known as a gradient-index lens and its advantage is that it works with a wide range of light sources, including lasers. The lens also has excellent focusing capability and very low chromatic aberration. Additionally, it is resistant to temperature changes, making it highly reliable in extreme environments.

The working principle of the KNAC3616B is relatively simple. As light passes through the lens it is refracted by the surface, creating an image that is focused on the other side. The gradient-index design of the lens helps to reduce chromatic aberration, enabling the image to be sharply focused. Additionally, the lens is designed to reduce spherical and chromatic distortions, resulting in a crystal clear image.

The KNAC3616B is an excellent choice for a wide range of applications. It is ideal for microscopy, medical imaging, industrial imaging, astronomy, and laser-based applications. The lens is suitable for use with both visible light and infrared light. It is also capable of accommodating a wide range of light sources, including lasers, LEDs, broad and near-field spectra. Furthermore, it has a wide angle of view of up to 120 degrees.

In conclusion, the KNAC3616B is an exceptionally useful and versatile gradient-index lens. It is highly suitable for a wide range of applications, including laser-based applications. The lens has a sharp surface profile and low chromatic aberration, making it ideal for imaging in a variety of settings. The lens is highly resistant to temperature changes and capable of accommodating a wide range of light sources. It is an excellent choice for industrial, medical, and astronomy applications.

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