CA12047_TINA2-O

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CA12047_TINA2-O is an optical lens designed with the purpose of increasing the efficiency of light transmission and increasing the focus on the object. This optical lens has been developed for applications in a variety of fields, including photography, medical imaging, laser targeting, and material analysis. The lens is made of a combination of high density glass and plastic and is designed to provide sharp focusing on the target object.

The optical lens consists of a doublet composed of two optical components: one non-spherical and one spherical. The non-spherical lens element provides a wide field of view and fast speeds, while the spherical element refocuses the light on the target object. The combination of the two components allows for increased efficiency of light transmission and focus accuracy.

The CA12047_TINA2-O optical lens is designed for applications in a variety of fields due to its optical properties. It has well controlled chromatic aberration and is well-suited for use in imaging systems for medical, photography, or material analysis. The lens also has a very low distortion rate, making it suitable for use in laser targeting systems. Other benefits of this lens include its high uniformity and low visibility of flare.

The working principle of the CA12047_TINA2-O optical lens is based on the principle of refraction. Light coming from a source passes through the inner lens and is refracted at an angle determined by the geometry of the lens surface. This refracted light is then focused on the target object, which can be a material sample or a photographic frame. The focusing power of the lens depends on the geometry of the lens element, its refractive index, and its dispersing characteristics.

In addition to its application in imaging systems, the CA 12047_TINA2-O optical lens has been used in astronomy applications. The lens is much thinner than traditional telescope lenses and is more resistant to temperature changes and atmospheric turbulences. This makes it suitable for use in observational and research applications. The lens’s low profile, high efficiency, and wide field of view also make it suitable for use in the production of professional photographs.

The CA12047_TINA2-O optical lens is a versatile and efficient tool capable of increasing the efficiency of light transmission and focusing accuracy. This lens is suitable for applications in a variety of fields, including medical imaging, laser targeting, and material analysis. The lens also provides a wide field of view and low profile, making it suitable for use in astronomy and photography. The working principle of the lens is based on the principle of refraction, which allows the lens to refract light and focus it on the target object.

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