CN12297_LENA-M-DL

Series:	Lena
Part Status:	Discontinued at Digi-Key
Lead Free Status / RoHS Status:	--
Style/Size:	Round, 111mm
Moisture Sensitivity Level (MSL):	--
Optical Pattern:	Medium
For Use With/Related Manufacturer:	Lumileds, Sharp
Viewing Angle:	21°, 23°
Mounting Type:	Screw Mount

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Introduction

The CN12297_LENA-M-DL is a digital optical reflector which is designed for a special purpose in the field of photonics and optics. It is a type of reflector that utilizes the Digital Optical Reflection (DOR) technique to allow precise control and manipulation of reflected light beams. The digital optical reflector has developed significantly over the past few years, becoming a highly useful tool for various applications in optical physics and optical engineering. This article will outline the applications and working principles of the CN12297_LENA-M-DL optical reflector.

Applications

The CN12297_LENA-M-DL digital optical reflector has a wide range of applications in various areas of optics and photonics. It is used in many fields of research such as light scattering, interference phenomena, wave optics, fiber optics, and laser optics. The reflector is also useful in the production and development of various optical components such as lenses, mirrors, reflectors, filters, and dichroic mirrors.In addition, the reflector is also used in many commercial applications such as the production of LEDs, optical sensors, and cameras. The digital optical reflector also provides precise measurements of target objects that are required in some industrial fields such as metrology and inspection. One of the most common applications of the CN12297_LENA-M-DL digital optical reflector is in the field of optical lithography. It can be used to reflect beams of light through a mask in order to create high-resolution patterns for use in the production of electronic devices, integrated circuits, and photonic crystals.

Working Principle

The CN12297_LENA-M-DL is a digital optical reflector which utilizes the Digital Optical Reflection (DOR) technique. The DOR technique is based on the principle that a beam of light can be manipulated by varying its intensity and focal length, using specially designed digital optical reflectors.The digital optical reflector is composed of a series of individual reflecting elements that are individually controlled. Each of these reflecting elements forms a reflective angle, which can be adjusted to control the angle of incidence of the light beam. This adjustment is done with the use of digital optical drivers, which modulate the reflective angle of each of the elements.The digital optical reflector also incorporates wave guides to assist in controlling the light beam. Wave guides are thin channels that are designed to focus and direct the light beam to a specific point. The waveguide also helps to prevent unwanted diffraction patterns from interfering with the desired result.

Conclusion

The CN12297_LENA-M-DL digital optical reflector is a highly useful tool for various applications in the field of optics and photonics. It is capable of producing precise measurements and images of target objects and is useful in the production of components for use in a variety of industrial fields. The digital optical reflector utilizes the Digital Optical Reflection (DOR) technique to control and manipulate light beams. Its mechanism is composed of a series of individually controlled reflecting elements and wave guides that can help to control the beam of light and reduce the effects of diffraction.

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