XMLBWT-02-0000-000PT30E1

LED Lighting - White

XMLBWT-02-0000-000PT30E1 is a high performance LED product specifically designed for use in white lighting applications. It features excellent efficiency and superior colour rendering index (CRI), making it well-suited for applications such as accent lighting, downlighting, and area lighting. XMLBWT-02-0000-000PT30E1 is RoHS compliant and is available in both surface mount and waterproof versions.

Applications

XMLBWT-02-0000-000PT30E1 is an ideal choice for white light applications such as accent lighting, downlighting, task lighting, and area lighting. It works well in both residential and commercial settings, providing bright and reliable illumination. It can also be used for automotive, outdoor, and display lighting applications. The high CRI of XMLBWT-02-0000-000PT30E1 ensures accurate colour rendition and excellent visual clarity.

Working Principle

XMLBWT-02-0000-000PT30E1 is a high power LED package that uses a phosphor-doped silicon nitride ceramic substrate. The substrate acts as a carrier for the phosphor and emits white light when energized by the electric current. This process is known as "phosphor conversion" and is used to convert energy from the electric current into visible light. The phosphor then absorbs the visible light, converting it to a distinct colour, and emits a diffuse white light.

The substrate also contains multiple pins and a reflector system which guides the light output of the LED. This ensures that the lights are bright and evenly distributed, providing uniform illumination. The reflector system also helps to improve the efficiency of the LED, reducing power consumption.

Conclusion

XMLBWT-02-0000-000PT30E1 is an ideal choice for white light applications such as accent lighting, downlighting, task lighting, and area lighting. It features excellent efficiency and superior colour rendering index (CRI), making it well-suited for demanding lighting applications. It is also RoHS compliant and available in both surface mount and waterproof versions.