CN15826_WINNIE-O-C

Series:	Winnie
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 Concave Top
Lens Size:	50mm Dia
Lens Transparency:	--
Optical Pattern:	Elliptical/Oval
Viewing Angle:	--
For Use With/Related Manufacturer:	Bridgelux, Citizen, Cree, Lumileds, Samsung, Tridonic
Material:	Acrylic
Mounting Type:	--

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Introduction

CN15826_WINNIE-O-C is an advanced optical system featuring an innovative application of special lenses that are commonly used for cutting-edge applications ranging from microscopy to displays to optical communications. Working principles of WINNIE-O-C involve the manipulation of a multi-aperture optical array that enables increased angular resolution and optical speed.

Overview of WINNIE-O-C

The CN15826_WINNIE-O-C (Wide angle Iris Numerically Engineered Optics and Control) is a highly innovative optical system developed by Sonoma Optics, Inc. This system is an array of lenses engaged in light manipulation for different applications. It is the product of an extensive research and development process, involving investing substantial resources into developing a revolutionary imaging system Technology.

Features and Advantages

The main feature of the CN15826_WINNIE-O-C is its use of specialized lenses that allow for multiple points of focusing, resulting in increased angular resolution. This innovation provides the user with a high level of imaging quality. Additionally, the system is capable of providing up to 4x faster anamorphic imaging, allowing for shorter acquisition times.This technology offers several advantages for its users. Firstly, the lens design creates opportunities for increased resolution in varying fields, such as displays and microscopy. Secondly, the lenses ability to bend light allows the WINNIE-O-C to provide real-time imaging with a variety of illumination options. This technology is particularly useful in biomedical imaging, as its speed is ale to capture fast-moving phenomena.

Applications Fields

The CN15826_WINNIE-O-C has a large variety of application fields. The most typical are biomedical imaging and laser applications. Most notably, the capabilities of WINNIE-O-C lens are leveraged for:* Confocal microscopy and 3D point scanning* High-definition display imaging * Laser imaging and projectionIn biomedicine, this technology is used for a number of activities, such as fluorescence and photoacoustic imaging, drug-testing, imaging at the cellular level, and fluorescence-enhanced microscopy. Additionally, medical professionals have used it for pre-clinical studies, including imaging systems formed by mouse models.The technology is also used in laser applications, such as laser projection, laser ablation, and laser machining. This is particularly beneficial in situations where a high level of precision is needed, as WINNIE-O-C’s laser imaging directly maps the intended patterns onto the target. This allows for intricate laser machining and 3D etching.

Working Principle

The working principle of the CN15826_WINNIE-O-C system involves the manipulation of an array of lenses, enabling increased angular resolution and optical speed. This is accomplished by controlling the tilt of the lenses in relation to the surrounding light field. This tilt allows the light to conform to the desired angle, allowing for greater precision and finer image detail. Additionally, the system utilizes a special algorithm that allows for 4x faster imaging acquisition time. Additionally, the WINNIE-O-C system also has several controls for changing the geometry of the lenses according to the desired application. This includes controlling the tilt and height of the lenses, as well as the focal length and aperture size. These controls result in the improved accuracy and resolution that this lens type is famous for.

Conclusion

The CN15826_WINNIE-O-C is a lens system that has revolutionized the way many different applications utilize light. Its use of an array of specially-designed lenses has allowed for increased angular resolution and faster imaging acquisition times. This system is used mainly for biomedical imaging and laser applications, and has been proven highly accurate and reliable in these fields. By providing the user with a variety of controls, including tilt, height, focal length, and aperture size adjustments, the WINNIE-O-C system enables a flexible and fully customizable experience.

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