FA13843_TINA-W

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Optics - Lenses can be defined as components that use refraction to bend electromagnetic radiation, usually light, towards a desired point. Lenses can be found in a variety of applications, such as microscopy, telescopes, eyeglasses, cameras and magnifiers. A number of manufacturers have developed lenses with specific characteristics for certain applications. One such example is FA13843_TINA-W.

FA13843_TINA-W is a high-quality aspheric microlens featuring an excellent optical performance with a high degree of correction for aberrations in the visible range. The lens is specially designed for use in high-precision optical systems such as catadioptric and solid lens cameras, as well as microscopy. It also has a high power range of up to 130x.

The FA13843_TINA-W is a simple structure microlens made of a single material. The lens has a diameter of 2.3 mm and a focal length of 0.38 mm. The lens features aconvex surface which provides a wide field of view, making it ideal for high-quality imaging applications. The lens is also highly efficient, with a transmission efficiency of greater than 90%.

The primary applications of the FA13843_TINA-W microlens include magnifying lens cameras, microscopy, catadioptric and solid lens systems. The lens has been optimized to provide superior performance in these applications. The lens can be used to magnify objects in digital cameras and microscopes, providing an enlarged image of the object under investigation. The lens can also be used in catadioptric and solid lens systems to correct for aberrations in the visible range.

The working principle of the FA13843_TINA-W is based on the refraction of light. The lens uses a convex surface to bend incoming light towards the desired point. The lens has a power range of up to 130x, which allows it to magnify images to greater levels than traditional optical lenses. The lens also features a high degree of aberration correction, resulting in clear images.

Due to its simple structure and high power range, the FA13843_TINA-W is suitable for a range of applications in the optics industry. The lens can be used in catadioptric and solid lens systems to provide an enlarged view of an object. It can also be used in magnifying lens cameras and microscopes to magnify images with great precision and clarity. In addition, the lens has a high transmission efficiency, making it an ideal choice for high-precision optical systems.

The FA13843_TINA-W is an excellent choice for those looking for a high-quality aspheric microlens with a wide range of applications in the optics industry. The lens has been optimized for use in high-precision systems such as catadioptric and solid lens cameras, as well as microscopy. The lens is highly efficient, providing a transmission efficiency of greater than 90%. The lens has also been designed with a convex surface that provides a wide field of view, making it the perfect choice for imaging applications.

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