F15940_LINNEA-90-B

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Optics covers a wide range of applications, from optical phenomena like rainbows and mirages to the use of lenses and prisms to manipulate light in experiments and everyday devices. The F15940_LINNEA-90-B is an example of a lens designed for a specific purpose. In this article, we will look at its application field and working principle.

The F15940_LINNEA-90-B is a holographic-grade lens that can be used to form images with high-precision optical elements. It is an 80-degree lens with a focal length of 90mm, and can be used to form high-resolution images in a wide range of applications. These include industrial sensors for measuring vibrations, laser beam scanners, medical imaging and projection imaging.

The F15940_LINNEA-90-B works by focusing multiple rays of light onto one point on a detector. This is achieved by using a combination of lens elements with different curvatures, known as a refracting-lens system. These elements are sized and shaped to bend the light in such a way that the total light rays of the image converge on one point on the detector. The individual lens elements can be adjusted in order to alter the focus of the image.

In addition to these traditional uses, the F15940_LINNEA-90-B is also used in advanced 3D imaging applications. These allow the user to measure the distance between points, calculate 3D coordinates and more with one device. The lens can also be used in microscopy applications, where the light is focused to enable the use of higher magnification.

In conclusion, the F15940_LINNEA-90-B is a precision lens used in a variety of applications. It has a wide range of application fields, including industrial sensors, laser beam scanners, medical imaging and projection imaging. The lens system uses several lens elements to focus the light into a single point on the detector, and can be adjusted in order to alter the focus of the image. Additionally, it can be used in advanced 3D imaging applications and microscopy applications.

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