CP12671_TINA2-D

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CP12671_TINA2-D belongs to the category of Optics - Lenses and it has gained importance in many applications, due to its superior optical characteristics. CP12671_TINA2-D is a double-aspheric glass element composed of an inner doublet and an outer doublet with PCVHA coatings on both sides. It has a focal length of 12mm and an aperture diameter of 6mm. It can be used as an objective, for television cameras, telemicroscope systems, as a wide-angle lens for video cameras, and more. This compact lens is a great choice for applications requiring a sharp, high-contrast image with minimal chromatic aberration.

The working principle behind this lens is simple yet very effective. This lens offers superior performance by using the principle of a double-htmltaspheric element. The inner and outer elements of the lens are composed of two aspheric surfaces. These surfaces have different curvatures, which are determined by the curvature of the lens material and the lens shape. The combination of these two lenses is what gives this lens its superior optical characteristics. This double-element design allows for more convergence of light rays at the centre of the lens, while still maintaining a wide field of view. This results in a brighter and sharper image with less chromatic aberration.

Other features of the CP12671_TINA2-D include an 85° angle of view, a 0.2m close-focus, and a low distortion rate of 0.25%. This makes it a great choice for applications requiring close-up imaging, such as medical imaging and inspection. It also features a wide range of control and adjustment functions, such as focus compensation, dark-field and bright-field illumination, and backlight-compensated illumination. These features give the user greater control over the imaging processes, resulting in higher quality images.

In conclusion, the CP12671_TINA2-D is a great choice for a variety of applications, due to its superior optical characteristics. It offers a wide angle of view, low distortion, and a wide range of adjustable functions. The double-element design also allows for superior image quality due to the convergence of light rays. This makes it a great choice for applications such as medical imaging and microscopy.

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