LHC1-4090-1211

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LED (Light Emitting Diode) technology has been utilized for illumination purposes for quite some time now, and LED lighting technology specifically has been used to great effect within the lighting industry. LED lighting technology is powered by semiconductor devices, or LEDs, that can be utilized to generate a wide variety of colors and brightness levels. These LED semiconductors can be packaged in a variety of ways, and when properly configured, can be used to produce specific effects or create a certain ‘look’ with regard to lighting effects.

As a form of LED lighting, COB (Chip-On-Board) lighting is one of the most efficient and cost effective LED lighting technologies available. The standard COB LED packaging includes LED chips bonded directly onto a single PCB with multiple mounting posts. The LED chips are interconnect through a ‘daisy chain’ of circuit lines which allows for the power to be spread uniformly across all the chips, resulting in an overall higher efficacy of the lighting device. This method of LED packaging also allows for a larger number of LED chips to be packed onto a single board, further increasing the efficacy of the overall light output.

The LHC1-4090-1211 is an LED engine powered by the COB technology. The LHC1-4090-1211 is an L-Type Horizontal COB, a type of COB designed for increased light output efficiency. These types of COBs possess an angular design and are often used in recessed lighting applications, as the angular design allows for more precise light spread as compared to traditional round COBs. The LHC1-4090-1211 also has a high output of 12,000 lumens, making it a viable alternative when high brightness lighting is required.

In order to properly utilize the LHC1-4090-1211 engine, additional components will be required to complete the circuit. When utilizing COB technology, an LED base, driver, and optics are the three most important components to consider. LED bases are available in various shapes, sizes, and finishes to accommodate the engine and leverage the desired look of the final product. LED drivers control the current being sent to the COB, allowing for further control of dimming or variable output. Changing the voltage being sent to the COB can cause numerous effects, from dimming to changing the color output of the in the light spectrum. Optics are most often included in the COB package and are designed to alter the shape or direction of light emitted from the COB, creating variation in the beam angle or beam spread.

In conclusion, the LHC1-4090-1211 engine is a powerful and efficient COB powered by LED lighting technology. This engine provides a high output of 12,000 lumens and is an ideal choice when requiring high brightness output. The angular design of the engine allows for more precise light spread as well as the additional option of using various optics to control beam angle and beam spread. With proper configuration and the addition of required components, the engine can be used to create the desired effect desired by the consumer.

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