LXC100-0350SW

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LED drivers are an important part of lighting technology, as they are essential for powering and controlling LED lights. The LXC100-0350SW is an LED driver manufactured by Lepower Lighting. It is a fully dimmable driver with a wide range of features and applications.

This LED driver has input voltage capabilities ranging from 110V to 277V AC, an output voltage of 10 to 24V DC and a maximum load of 350W. It has high efficiency, low output ripple, and is designed for long-term reliability and durability. It also has an MTBF of ≥50,000 hours and comes with a 5-year warranty.

The LXC100-0350SW is specially designed to work with LED luminaires and is suitable for a wide range of applications including commercial buildings, schools, hospitals and retail stores. It is also suitable for indoor or outdoor use and is capable of meeting the requirements of a variety of dimming protocols.

The working principle of the LXC100-0350SW is based on power conversion using a circuit with a switch mode power supply (SMPS). This circuit converts high frequency AC voltage to a low frequency DC voltage that is suitable for LED lighting devices. In addition, the drive has a built-in thermal protection system to protect the lighting system from overheating.

The LXC100-0350SW is also designed with a range of features such as overvoltage, surge, open circuit and short circuit protection. It also meets the UL8750/EN60598-2-22 standards, making it safe and reliable to use. Furthermore, the driver is RoHS compliant and has been tested to meet the highest level of safety and performance.

In summary, the LXC100-0350SW is an excellent LED driver that is suitable for a wide range of applications. It has a wide range of input and output voltage capabilities, is highly reliable and durable, and is compliant with safety and performance standards. Furthermore, its built-in thermal protection system ensures that the lighting system is not damaged due to overheating and it also has a range of features including overvoltage, surge, open circuit and short circuit protection.

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