CXA1520-0000-000N0YM435H

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Lighting is an important element for a variety of applications including offices, restaurants, store environments, and automotive designs. In today’s world, modern lighting solutions should provide aesthetic appeal, energy savings, and consistent color over time and across the entire lighting solution. Light-emitting Diode (LED) lighting products have become an increasingly popular lighting solution, and they are available in a wide variety of form factors, from large integrated assemblies known as COBs and Engines to smaller Modules. The CXA1520-0000-000N0YM435H is part of this class of high-quality LED lighting modules.

Introduction to CXA1520-0000-000N0YM435H

The CXA1520-0000-000N0YM435H is a high-lumen, 80-CRI rated LED from Cree. This LED is optimized for use in street and area lighting, as well as landscape lighting. It is rated for 680 lumen at an input current of 1800mA, and provides an efficacy of up to 102 lumens/Watt. It is constructed from aluminum nitride substrate, which provides superior heat conductivity and improved thermal stability compared with other LED technologies. The CXA1520-0000-000N0YM435H is designed to provide consistent, uniform light output even over long runs and when mounted at different angles.

Applications of the CXA1520-0000-000N0YM435H

The CXA1520-0000-000N0YM435H offers superior light output and longevity, making it an ideal solution for many lighting applications. It is particularly suitable for street and area lighting due to its high lumen output, as well as its narrow beam angle (75° x 75°), which can provide directional lighting over a large area. It is also suitable for commercial and residential landscape lighting applications, where its high efficiency can help reduce running costs and maintenance requirements. Additionally, its aluminum nitride substrate increases its power-cycle endurance, making it the ideal choice for applications that require lighting for long durations. Its small footprint makes it well-suited for installation in compact lighting fixtures, and its inclusion of a dedicated remote dimming pin makes it easier to control and maintain.

Working Principle of the CXA1520-0000-000N0YM435H

LEDs operate based on the principles of quantum physics. When electrons move through an electrical current, they release a portion of their energy as photons. This is the process that makes up the visible light emitted by an LED. In the CXA1520-0000-000N0YM435H, Cree’s advanced package design and thermal management system work together to generate light with excellent optical performance and consistent color. The package contains materials such as aluminum nitride and polysilicone, which are included to improve thermal management and reduce glare from the LED. The thermal management system includes vents, cooling fins and heat spreaders, which all work together to ensure that the LED remains within its safe operating temperature range.

The CXA1520-0000-000N0YM435H also contains a proprietary phosphor formulation and advanced flux cavity design, which work together to create an even light distribution across the entire beam angle. This even distribution of light helps reduce glare and improve the quality of the light output. Finally, Cree’s proprietary tint technology is used to ensure a consistent color across the entire light output.

Conclusion

The CXA1520-0000-000N0YM435H from Cree is a high-lumen, 80-CRI rated LED module. Its design and construction make it an ideal choice for many lighting applications, including street and area lighting, landscape lighting, as well as commercial and residential applications. Its narrow beam angle and thermal management system provide even light distribution with excellent optical performance, while its small footprint, dedicated remote dimming pin, and high power-cycle endurance make it an excellent choice for applications that require long-lasting, reliable lighting. Its inclusion of a proprietary phosphor formulation and advanced flux cavity design further improve its performance, resulting in consistent, uniform light output over time.

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