L2C2-40901202E0900

Application Field and Working Principle of L2C2 40901202E0900

The L2C2-40901202E0900 is a type of lighting solution from the General Electronics (GE) Lighting division. It is a custom optimized LED COB solution, which is designed for many types of difficult lighting applications.

This type of lighting solution is suitable for the following applications:

• Automotive
• Commercial
• Industrial
• Residential
• Medical
• Architectural

The L2C2-40901202E0900 is a high-efficiency COB (Chip on Board) solution that offers superior lighting performance in several lighting applications. The high-efficiency optical design combines superior lumen maintenance and consistent color performance over time. This product has a wide variety of beam angles, lumen packages, and wattage options which allows flexibility for system designers and engineers to develop custom lighting solutions.

The working principles of the L2C2-40901202E0900 lighting solution can be summarized as follows:

This LED COB functions by utilizing a CC Driver, which converts a low voltage DC supply into a higher voltage AC supply. This high-voltage AC supply is then rectified by the LEDs, which supplies them with the necessary current to produce light. The engineered high optical reflector then focuses the light in multiple directions, thus maximizing the light output from each LED.

This LED COB solution provides superior lighting performance and lifetime through its innovative design and engineering. It is designed for superior heat dissipation, color consistency, heat management, and lumen maintenance, which together offer a superior LED lighting solution at an economical cost.

In conclusion, the L2C2-40901202E0900 is an innovative LED COB solution designed for many different difficult lighting applications. It utilizes a CC Driver to convert low voltage DC supply into a higher voltage AC supply, and its engineered optical reflector focuses light in multiple directions, maximizing the light output from each LED. This LED COB solution promises superior heat dissipation, color consistency, heat management, and lumen maintenance, thereby providing a superior LED lighting solution at an economical cost.