FP11957_LISA2-WWW-PIN

Series:	LISA2
Part Status:	Active
Lead Free Status / RoHS Status:	--
Type:	Lens with Holder
Moisture Sensitivity Level (MSL):	--
Color:	Clear
Number of LEDs:	1
Lens Style:	Round with Flat Top
Lens Size:	9.9mm Dia
Lens Transparency:	Diffused
Optical Pattern:	Wide
Viewing Angle:	70° ~ 91°
For Use With/Related Manufacturer:	Osram
Material:	Acrylic
Mounting Type:	Adhesive

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FP11957_LISA2-WWW-PIN lenses are amongst the most advanced and widely used optics technology in the world. These lenses, like other optics lenses, have a wide range of applications, but are most widely used to manipulate light. This article will explain the application field and working principle of FP11957_LISA2-WWW-PIN lenses.FP11957_LISA2-WWW-PIN lenses are multi-layered polymer lenses which are composed of more than one separate lens elements. This allows them to be designed to perform many different optical applications such as imaging, projection and wavefront shaping. FP11957_LISA2-WWW-PIN lenses are used in a wide variety of industries including photography, microscopy, spectroscopy, laser diodes and telecom applications.The most common application of a FP11957_LISA2-WWW-PIN lens is imaging. They can be used to manipulate light in order to create an image. A single lens element will scatter light in a particular direction, and by combining multiple elements, a desired image can be created. The degree of accuracy of the image is determined by the quality of the lens.Projection lenses are also commonly made with FP11957_LISA2-WWW-PIN lenses. They are used to project a light image onto a surface, such as a projector screen. The image quality and size can be adjusted by manipulating the lenses. This type of lens can be used for both still images and video projection.Wavefront shaping is another application for FP11957_LISA2-WWW-PIN lenses. Wavefront shaping is the process of manipulating light in order to create a desired pattern or effect. This type of lens is typically used in laser diode and telecom applications.The actual working principle of a FP11957_LISA2-WWW-PIN lens is fairly simple. The lens is composed of several layers which scatter and refract light in the desired direction. The lenses have notches and slits on the edge which help to guide the light in the desired direction. The quality of the image and effect achieved is determined by the quality of the lens, as well as the number of layers and the size of the notches and slits.In conclusion, FP11957_LISA2-WWW-PIN lenses are amongst the most advanced and widely used optics technology today. They have a wide range of applications, including imaging, projection and wavefront shaping. The actual working principle of FP11957_LISA2-WWW-PIN is fairly simple, and by combining several layers of lenses, a desired image or effect can be created. The quality of the lens and the number of layers determine the level of accuracy of the effect.

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