FP11002_LISA2-W-PIN Optoelectronics

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The FP11002_LISA2-W-PIN is an optical lens designed for multiple application fields and with a variety of working principles. It can be used in imaging applications such as reflection imaging, confocal microscopy, and diffuse imaging. It can also be used in active sensing applications such as fluorescence spectroscopy, fluorescence imaging, light sheet microscopy, and laser vibrometry. In addition, this lens can be used in material science applications such as photoluminescence imaging and Raman microscopy.

This lens is made of optical glass and offers excellent resolution and low distortion. The design also minimizes spherical and chromatic aberrations so that the full field of view can be seen without any distortion. The design significantly improves the contrast and sharpness of the image. In addition, the lens is designed with a special coating that prevents the build-up of dust and particles on the surface.

The working principle of the FP11002_LISA2-W-PIN lens rests on the principle of the wavefront diffraction. It works by diffracting light from a single point source into a plane wavefront. The plane wavefront then passes through the lens, the diameter of which determines the total field of view. The focal length is calculated by multiplying the diameter of the lens by the distance between the light source and the lens.

When imaging or sensing, the lens collects light reflected or scattered from the sample. The angle of the incident light is adjusted so that all the light is focused on the same location, which is then used to form an image. This image can then be used for analysis or further processing.

In summary, the FP11002_LISA2-W-PIN optical lens is designed for multiple applications and employs the principle of wavefront diffraction to provide excellent resolution and reduction of distortion. This makes it an ideal choice for imaging, sensing, and material science applications.

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