L2C3-4095109E06000

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L2C3-4095109E06000 is an LED module from Lite-On Technology Corporation, specifically designed for general lighting applications. It features a wide emitting angle of 120 degrees, a luminous flux of up to 610 lm, and a power efficiency rating of up to 100 lm/W. The module includes 10 LEDs arrayed on a 4.95mm2 (4.4 mm x 4.4 mm) ceramic substrate, each of which has a power output of up to 5 W. This layout enables the module to provide uniform illumination over a larger area, making it perfect for various lighting applications.

Due to its efficient, energy-saving design, the L2C3-4095109E06000 module is suitable for use in a wide range of lighting applications, from industrial lighting and commercial lighting to hospitality lighting and residential lighting. Its high efficiency helps to reduce power costs, while its superior heat dissipation capabilities ensure increased safety for users in potentially hazardous environments. In addition, the module can be used to create unique lighting designs, which can be adapted to the particular needs of each project.

The working principle of the L2C3-4095109E06000 module is relatively simple. The module contains a substrate with 10 LEDs, grouped in 4 separate emitters. When power is applied, the module\'s base layer pumps electrons through the LED array, resulting in photons being emitted, which is otherwise known as light. The light produced by the LED array is then directed outwards, providing a source of visible illumination. The photons emitted by the LED array are of a specific frequency, and so the light produced has a particular spectral distribution.

The L2C3-4095109E06000 module is a highly efficient and reliable LED module, perfect for numerous lighting applications. Its wide emitting angle and high efficiency allow it to provide a high level of illumination with relatively low power consumption. In addition, its superior heat dissipation and safety capabilities ensure increased safety for users in potentially hazardous environments. The module\'s unique design also enables it to be used for creating unique lighting designs that can be adapted to each particular project.

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