SPHWH2HDNE08YHU3C1

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The wide application field of LED has enabled LED gear to become ubiquitous in various industries and markets, and the SPHWH2HDNE08YHU3C1 LED lighting system is no exception. The system consists of LED COBs (Chip on Board), LED engines, LED modules, and LED drivers, all of which are necessary components for the system to be functional and efficient.

LED COBs

LED COBs (Chip on Board) are the technology that enables groups of multiple LED chips to be connected directly to a board, and the main purpose of them is to increase the light output of the LED while improving the efficiency of light emission. The COBs are able to emit up to 350-370 lumens per watt with current control to improve its efficacy.

LED Engines

LED engines are the units that contains a single LED COB along with its associated optics, drivers, thermal management, and connections for power and control. The LED engine provides lighting engineers and professionals the flexibility to produce various lighting solutions without worrying about the components or the complexity of the system.

LED Modules

LED modules are versatile components for creating different solutions for solutions for illumination, such as for manufacturing, entertainment and retail display applications. These modules encompass various fixtures of arrays, lenses and heat sinks, and they enable the lighting engineer to design and construct custom lighting solutions, such as point source of flood light effects.

LED Drivers

LED drivers are the power supply components which provides the right amount of voltage and current to the LED. The drivers function as power supplies to convert AC to DC, and they should be chosen according to the LED engine’s current requirements to ensure that the LED system is working efficiently.

SPHWH2HDNE08YHU3C1 Working Principle

Working with the SPHWH2HDNE08YHU3C1 LED lighting system requires a few simple steps. The components (COBs, engines, modules, drivers) must first be connected together and configured correctly. Next, the system must be powered, either by directly connecting AC power or an external power supply. Finally, a controller can be used to configure the LED output, such as controlling its color temperature, light intensity and other functions.

These components of LED lighting systems, such as the SPHWH2HDNE08YHU3C1, combined together to enable the production of various light output and configurations. The SPHWH2HDNE08YHU3C1 system is a versatile platform for high performance, cost-effective and reliable LED lighting applications.

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