L2C3-3590209D06000

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LED lighting is increasingly used for a wide range of applications, from everyday indoor lighting up to more complex setups of industrial lighting systems. The L2C3-3590209D06000 is a COB (chip-on-board) based LED module which is used in both applications due to its versatility and highly efficient performance. This article looks at the application fields and working principle of the L2C3-3590209D06000.

Application Fields

The L2C3-3590209D06000 is primarily designed for general indoor lighting applications. It can be used for large area illumination in commercial buildings, office spaces, schools, hospitality and retail establishments. It is also suitable for use in public and private transport systems, as well as for street lighting and signage. The module is ideal for applications which require a high degree of energy efficiency and as such, it is also suitable for industrial applications such as machine vision and process control.

The L2C3-3590209D06000 can also be used in automotive applications, providing efficient and powerful light for interior and exterior lighting. Additionally, due to its excellent thermal management, it can be used in enclosed areas without the need for active thermal management solutions.

Working Principle

The L2C3-3590209D06000 LED module is based on a Chip-on-Board (COB) technology. This means that the individual LED components are mounted directly onto the substrate of the circuit board, allowing for a lower profile and more efficient thermal management. An additional advantage of this design is the reduced risk of failure due to the improved robustness of the module.

The L2C3-3590209D06000 is powered by a nominal voltage of 12V. This voltage is typically provided by a compatible switching power supply or a DC power source. When power is supplied to the module, the COB LEDs produce light as a result of the recombination of electrons and holes within the semiconducting material. This process is known as electroluminescence.

The light output of the module is determined by the colour temperature and the colour rendering index (CRI). The colour temperature of the module can be adjusted using a compatible dimming system. The colour rendering index indicates the quality of the light produced by the module, with a higher CRI indicating a more accurate representation of the colours of the illuminated object.

The L2C3-3590209D06000 LED module has a 60 degree beam angle, which makes it suitable for even illumination of large areas. Additionally, the module has a power factor of greater than 0.95, ensuring low power loss and improved efficiency.

Conclusion

The L2C3-3590209D06000 LED module is a highly efficient and versatile solution for a wide range of indoor and outdoor lighting applications. By using the chip-on-board (COB) technology, the module offers improved thermal management, reduced risk of failure, adjustable colour temperatures and improved light quality. Additionally, the module has a high power factor and a large beam angle which make it suitable for even illumination of large areas.

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