CN12306_LENA-W-DL Optoelectronics

Series:	Lena
Part Status:	Discontinued at Digi-Key
Lead Free Status / RoHS Status:	--
Style/Size:	Round, 111mm
Moisture Sensitivity Level (MSL):	--
Optical Pattern:	Wide
For Use With/Related Manufacturer:	Bridgelux
Viewing Angle:	51°
Mounting Type:	Screw Mount

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Optics - ReflectorsThe CN12306_LENA-W-DL application field is optical technology, specifically a type of reflector technology. Reflectors are used to redirect incoming light, usually from lasers, ultraviolet, lamps, or optical systems. This reflector technology takes the incoming light, or radiation, and alters its path, or redirects it to a new destination.Reflectors are most commonly used inside reflective optical systems to redirect light or energy from its source to another spot. This might be used to focus the light from a single source into multiple different directions, magnify a single point of light, or change the angle of the light for other optical or imaging purposes. Regardless of the end goal, the use of reflectors can be quite useful for redirecting light, with CN12306_LENA-W-DL being a prime example.The CN12306_LENA-W-DL reflector is a wavelength independent, linear array consisting of a series of mirrors, each one slightly different from the next. The mirrors work together to focus and direct light or other radiation to a specific destination, allowing the reflector to be used in various applications.The reflector itself is composed of a base, which is usually made of polycarbonate polymers. Ontop of the base is a series of individual mirrors, each cut from a round dodecahedron shaped steel. These mirrors are arranged in a linear array, so that each mirror is slightly different from the one beside it. This allows the CN12306_LENA-W-DL to redirect light from any source, or within any wavelength, to any other destination.The working principle of the CN12306_LENA-W-DL reflector is effectively the same as any other top reflector and involves the use of four law of reflection. The law of reflection states that when light is incident on a surface, the angle of incidence is equal to the angle of reflection. The array format of the mirrors of the CN12306_LENA-W-DL reflects the incoming light in such a way that the incident angle of light is reflected off each mirror in an orderly manner. This allows the light to be diverted from its original path to new, customized one. This reflector technology is versatile and can be used in a wide range of applications depending on the light source. For example, the CN12306_LENA-W-DL can be used to redirect the light from solar cells in renewable energy applications, to focus and increase the intensity of laser light in laser systems, and reflect infrared light for IR imaging systems. It can even be used to focus the light from lamps in headlights and other lighting applications.In conclusion, the CN12306_LENA-W-DL reflector technology is an outstanding example of the capabilities of optics in today\'s world. Using its reflective arrays of mirrors, the CN12306_LENA-W-DL can effectively redirect and refocus any form of light or radiation, giving it countless practical applications. This technology marks a huge step forward and its use of the four laws of reflection makes it an impressive and multifaceted reflector that is sure to be present for many years to come.

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