XPGDWT-B1-0000-00K6E

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XPGDWT-B1-0000-00K6E is a type of LED lighting specifically designed to emit crisp, pure white light. It has numerous advantages over traditional lighting technology, including an impressive energy efficiency and long life. This article will discuss the application field and working principle of XPGDWT-B1-0000-00K6E.

Application of XPGDWT-B1-0000-00K6E LEDs

XPGDWT-B1-0000-00K6E LEDs are well suited to a variety of applications, including task lighting, commercial lighting, general lighting, and accent lighting. These LEDs can be used in both interior and exterior settings, such as restaurants, retail stores, museums, and other public venues. As an added bonus, XPGDWT-B1-0000-00K6E offers a soft, pleasant white light that will add ambiance to any setting.

Advantages of XPGDWT-B1-0000-00K6E LEDs

XPGDWT-B1-0000-00K6E LEDs offer several advantages over traditional lighting technology. These include:

• Energy Efficiency: XPGDWT-B1-0000-00K6E LEDs consume up to 90% less electricity than fluorescent or incandescent bulbs.
• Durability: XPGDWT-B1-0000-00K6E LEDs are much more durable than other lighting sources. LED lamps are highly resistant to vibration, making them an ideal solution for applications in commercial vehicles or marine vessels.
• Longer Life: XPGDWT-B1-0000-00K6E LEDs can last up to 50,000 hours, compared to 1,000 hours for a typical incandescent bulb.
• No Mercury: Unlike traditional bulbs, XPGDWT-B1-0000-00K6E LEDs do not contain any mercury, making them an environmentally friendly choice.

Technical Requirements

XPGDWT-B1-0000-00K6E LEDs operate on a direct current supply voltage of 12 Volts. The LEDs require a thermal management solution, typically using aluminum heatsink with fins. In addition, the LEDs need to be current limited using a resistor. Finally, the LEDs should be mounted on an insulated base.

Working Principle of XPGDWT-B1-0000-00K6E LEDs

XPGDWT-B1-0000-00K6E LEDs operate on a principle known as "electroluminescence". This phenomenon occurs when an electric current is passed through a semiconducting material, releasing photons which then create visible light. The specific wavelength of the emitted light depends on the type of material used in the LED, as well as the energy of the electric current.

XPGDWT-B1-0000-00K6E LEDs use a semiconductor of aluminum gallium nitride (AlGaN). This type of LED emits blue light when a current of 225mA is passed through it. The LED also contains a phosphor coating, which converts the blue light into a white light that has a high color rendering index (CRI).

Conclusion

XPGDWT-B1-0000-00K6E LEDs offer a number of advantages over traditional lighting sources, including energy efficiency, durability, long life, and no mercury content. These LEDs can be used in a variety of applications, and they require a 12 Volts direct current supply and a thermal solution. The LEDs use electroluminescence to produce white light from a blue light source, making them an ideal choice for many applications.

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