CXB1820-0000-000N0UR240H

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LED technology has significantly improved over the years, offering much brighter and more efficient lighting. An example of this is the CXB1820-0000-000N0UR240H, a state-of-the-art LED component that offers maximum brightness and efficiency. It is part of the larger category of LED Lighting – COBs, Engines, Modules, and is an excellent choice for a variety of applications.

Applications

The CXB1820-0000-000N0UR240H is designed for a variety of applications, such as automotive headlights, spotlights, task lighting, and more. It is especially well-suited for low-voltage applications, such as those found in battery-powered devices. Moreover, due to its superior power efficiency, the CXB1820-0000-000N0UR240H is an excellent choice for applications that require long-running performance, such as periodic night lighting.

Working Principle

The CXB1820-0000-000N0UR240H operates by combining a series of high-powered LEDs with a single integrated circuit (IC) on a pre-fabricated printed circuit board (PCB). This allows the component to achieve maximum brightness levels while still remaining cooler and more power-efficient than other LED lighting components.

The CXB1820-0000-000N0UR240H also utilizes several advanced technologies to ensure efficient operation. For instance, the LEDs are optimized with a double-die technology to maximize their efficiency. Additionally, the LEDs are placed closely enough that is it possible to achieve very high brightness levels while still avoiding any issues with heat dissipation or glare.

Finally, the CXB1820-0000-000N0UR240H utilizes a combination of Direct Lighting LED arrays and LED clusters, allowing it to achieve even higher levels of brightness. These two technologies are also very energy efficient, helping to further reduce the overall power consumption of the component.

Conclusion

The CXB1820-0000-000N0UR240H is an excellent example of a high-powered LED lighting component. Its combination of high brightness levels and energy-efficiency make it an ideal choice for a wide range of applications. Additionally, its advanced technologies help to ensure that the component remains cooler and more power-efficient than other similar components.

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