CXA1310-0000-000N0YG227G

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LED lighting has become increasingly popular in recent years, providing an energy efficient, aesthetically pleasing source of illumination for numerous applications. Among the various LED lighting technologies is COBs (Chip-on-Board). COBs are composed of tiny chips that are encapsulated to become one unified component. One such example of a COB device is the CXA1310-0000-000N0YG227G, a high powered, mid-power LED COB. This article will discuss the application fields of the CXA1310-0000-000N0YG227G and its underlying working principle.

Application Field

The CXA1310-0000-000N0YG227G is a mid-power LED COB, meaning that it provides powerful illumination without consuming too much energy. As such, it is well-suited for a variety of applications, ranging from general lighting, such as factory and warehouse lighting, to outdoor lighting, such as street lights and bridge illumination. The device is also a great choice for architectural lighting, providing reliable illumination for displays and stage lighting. In addition, it is well-suited for task lighting and decorative lighting, used to create a visually pleasing ambiance and freshen the atmosphere. The customizable nature of COB technology allows designers to be creative when choosing the correct shape, colour, brightness and colour temperature.

Working Principle

COB LED technology is based on the use of multiple LED chips on one LED module, which is mounted onto a single printed circuit board (PCB). The LED chips on the CXA1310-0000-000N0YG227G can be operated at a wide range of power levels, allowing for fine tuning the level of light output by adjusting the current flowing through the LED chips. The primary benefit of using the CXA1310-0000-000N0YG227G is its high lumen output when compared to standard LED packages. This is due to the low thermal resistance of its LED chips, allowing for a more efficient transfer of electricity into heat, resulting in increased LED performance. Furthermore, the CXA1310-0000-000N0YG227G is geared towards thermal management, as its chips have a higher degree of heat dissipation than traditional LED packages.

The efficient heat transfer capability of the CXA1310-0000-000N0YG227G can be attributed to its intra-die-chaining (IDC) technology. This technology allows the LED chips to be connected in series and placed closely together, reducing the thermal resistance while increasing the light output and efficiency. The CXA1310-0000-000N0YG227G also features a dielectric isolation technology, which efficiently reduces the generation of electrical noise. This not only further increases light yield but also improves product performance.

Conclusion

The CXA1310-0000-000N0YG227G is a high powered and efficient mid-power LED COB. It is well-suited for applications such as indoor and outdoor lighting, architectural lighting, task lighting and decorative lighting. Its efficient heat transfer capability, high lumen output and dielectric isolation technology make it an excellent choice for various LED lighting applications. Furthermore, its LED chips can be operated at a wide range of power levels, allowing designers to adjust the brightness and colour temperature to their exact specifications.

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