C11614_ANNA-50-5-W

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

C11614_ANNA-50-5-W is designed for scientific research in optics. It is capable of handling challenging applications with high accuracy and repeatability. The lens is constructed of precision diamond-turned components and has a wide range of operation, from 350nm to 10,000nm. It is suitable for studying diffraction, reflection, and absorption of light in various optical systems.

The C11614_ANNA-50-5-W is a doublet lens, with two different types of lenses joined by an air space. The front element is a bi-convex positive lens, with one surface convex and the other concave. This lens serves as the field lens and is used to focus the light on the second element, which is the imaging lens.The imaging lens is necessary for forming an image of the object that the light passes through. This lens has both surfaces concave, and the two surfaces are angled towards each other.

The C11614_ANNA-50-5-W has a wide operating range and a very high extinction ratio, allowing for excellent optical performance in its applications. It can be used to study complex optical systems and phenomena such as chromatism, chromatic aberrations and spatial distortion. When used in combination with a microscope, this lens can provide excellent images of cells and other microscopic objects.

The C11614_ANNA-50-5-W is also commonly used in laser systems. It is designed to be combined with a laser source and beam expansion optics to provide optimum uniformity and efficiency in laser pulses. In this application, the imaging lens is used to not only form the image, but also to shape the laser beam. This lens is also highly useful for investigating the properties of light in refined optical systems such as photonic crystals.

The C11614_ANNA-50-5-W is a versatile lens, capable of providing excellent imaging and image formation performance. Its precise design and construction provide the highest level of accuracy and repeatability, and its wide range of applications make it an ideal choice for any scientific research in optics. This lens is capable of providing the highest level of optical performance, and with its advanced features and wide range of operation, it can be used to explore a variety of optical phenomena.

The specific data is subject to PDF, and the above content is for reference