BXRA-27E2000-B-03

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BXRA-27E2000-B-03 is a type of LED COB (chip-on-board) lighting module, which is created by Osram Opto Semiconductors. LED COB lighting modules are used in order to take advantage of the unique properties of LED technology; they are becoming increasingly popular due to their small size, low power consumption, and high light output. The BXRA-27E2000-B-03 module is suitable for a variety of lighting applications, such as indoor lighting and backlighting.

The BXRA-27E2000-B-03 module uses a metal core printed circuit board (MCPCB). The MCPCB provides excellent thermal transfer from the LEDs to an aluminum heat sink, allowing the module to operate at its maximum efficiency. The LEDs used in this module have a color temperature of 2700K, which is considered to be in the warm white range. The module produces a total luminous flux of 2000 lumens, with a beam angle of 120 degrees.

The working principle of the BXRA-27E2000-B-03 module is quite straightforward; electricity is supplied to the LEDs, which then emits light. The MCPCB helps to dissipate the heat generated by the LEDs, thus improving the efficiency of the module. The wide beam angle helps to ensure that the light emitted by the module is evenly distributed, creating a pleasant ambient lighting effect.

The BXRA-27E2000-B-03 module is a great choice for a variety of lighting applications, such as general indoor lighting, accent lighting, and backlighting. The high light output, combined with the narrow beam angle, makes the module suitable for spot lighting applications. This module is also a great choice for retail, restaurant, and office lighting, as the warm white color temperature provides a pleasant atmosphere.

In conclusion, the BXRA-27E2000-B-03 LED COB lighting module is an excellent choice for a variety of lighting applications. This module offers high light output, low power consumption, and wide beam angle, which makes it suitable for both residential and commercial lighting applications. The MCPCB helps to dissipate the heat generated by the LEDs, thus allowing the module to operate efficiently.

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