CXA2520-0000-000N00Q230H

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COB (Chip On Board) LEDs are the latest generation of LEDs and offer solutions for the highest efficiency and highest wattage applications. The CXA2520-0000-000N00Q230H is an example of a COB LED. This article will discuss its application fields and working principle.

Application Fields

The CXA2520-0000-000N00Q230H COB LED is most often used in architectural lighting applications. This is due to its excellent light output combined with long life, low power consumption and reduced maintenance. The CXA2520-0000-000N00Q230H is perfect for any general lighting application, including outdoor applications. It can also be used for spotlights, downlights, and other types of lighting that require quality illumination.

In addition to lighting applications, the CXA2520-0000-000N00Q230H is often used in industrial, automotive, machine vision and display backlighting, as well as retail and commercial lighting installations.

Working Principle

The CXA2520-0000-000N00Q230H COB LED consists of an array of discrete, surface-mounted LED chips on a single substrate. The LED chips are connected in series and/or parallel configurations, and the overall power is controlled by a separate, external LED driver. The LED driver regulates the current and voltage, allowing the LED chips to reach the desired brightness level.

The heat produced by the LED chips is dissipated by a metal core printed circuit board (MCPCB), which is designed to provide the best thermal transfer from the LED substrate to the ambient air.

The CXA2520-0000-000N00Q230H COB LED produces high levels of light output with excellent efficiency. The light output can be further enhanced using optical lenses, which can focus and shape the light beam as desired. This makes the CXA2520-0000-000N00Q230H ideal for applications where precise beam control is required.

Conclusion

The CXA2520-0000-000N00Q230H COB LED is an ideal solution for a variety of lighting applications due to its high efficiency, light output, long life and low power consumption. It is often used in architectural, industrial, automotive, machine vision, display backlighting and retail lighting. The LED driver is used to regulate the current and voltage so that the LED chips can reach the desired brightness level, and the heat produced by the LED chips is dissipated by an MCPCB. The light output can also be modified using optical lenses for a more specific lighting effect.

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