LSR1-04C32-5780-00

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Light-emitting diode (LED) technology has revolutionized the lighting industry. LEDs are quickly replacing traditional light sources such as incandescent and fluorescent bulbs, due to their long-lasting life, low energy usage, and high quality of light. When it comes to RGB or full-color lighting, LEDs are the only feasible option due to their ability to produce a broad spectrum of colored light.

LSR1-04C32-5780-00 is an LED module designed to provide high quality, full-color lighting. It is classified under “LED Lighting - COBs, Engines, Modules” and its application field and working principle will be discussed here.

Application Field

LSR1-04C32-5780-00 is ideal for a wide range of full-color lighting applications. Its superb efficiency and advanced dimming technology make it suitable for commercial, industrial, and residential lighting. It has application in advertisements, traffic signals, public gardens, urban lighting, as well as indoor lighting.

Working Principle

The LSR1-04C32-5780-00 LED module is build up with three LED chips - Red, Green, and Blue chips. These LED chips are driven independently by a high-protection LED driver unit and each of them can be controlled individually. For full color lighting, the LED driver has built-in algorithms to combine the outputs of the LED chips to produce desired effects, such as dimming, strobing, etc.

The LSR1-04C32-5780-00 LED module is also noted for its high luminous efficiency and long-lasting performance. It has advanced heat management system and thermal protection to ensure that the LEDs do not overheat or get damaged. The module has a power factor correction circuit which helps to ensure consistent power even when the input current is fluctuating.

Conclusion

LSR1-04C32-5780-00 is a high-performance LED module designed to provide full-color lighting solutions. It has wide application in commercial, industrial and residential lighting. The module is designed with advanced heat management system and thermal protection, ensuring that the LEDs do not overheat or suffer damage. The built-in algorithms combine the outputs of the LED chips to produce desired effects, such as dimming and strobing. The power factor correction circuit ensures efficient and consistent power even when the input current is fluctuating.

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