LXC75-0450SW

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LED Drivers are electronic devices used to control the amount of current that is supplied to all types of LEDs. They create a constant voltage or current that is utilized to power LEDs, while they are able to adjust and reduce power consumption. LED Drivers are becoming increasingly popular as more efficient lighting solutions are being sought. LXC75-0450SW is an LED Driver from LITE-ON, designed for high-power LED applications.

The LXC75-0450SW is a high-efficiency LED Driver offering built-in features such as thermal shutdown and over-current protection. It offers a high power efficiency of up to 94%, and a wide range of input voltage from 90VAC to 264VAC. Additionally, the LXC75-0450SW offers dimming control through an analog input or PWM signal from 1-10kHz.

The working principle behind LXC75-0450SW LED Driver is based on the AC/DC conversion of the input voltage. The AC mains voltage is converted to a different waveform that is suitable for powering LEDs. During the AC/DC conversion process, the energy of the input voltage is stored in an electrical capacitor, which is then used to transfer energy to the LED. The energy stored in the capacitor is regulated and controlled by the current and voltage settings, allowing for the desired brightness to be achieved.

The LXC75-0450SW LED Driver is suitable for a wide range of LED applications, such as lighting fixtures, street lights, and solar Led systems. It is a perfect solution for those looking for an efficient, cost-effective, and reliable solution for lighting projects. Additionally, the built-in dimming and protection features offer enhanced safety and durability.

In conclusion, the LXC75-0450SW LED Driver from LITE-ON offers a versatile, efficient, and cost-effective solution for LED-powered lighting projects. With its built-in protection and dimming features, it is the perfect solution for residential and commercial applications. Its high power efficiency and wide range of input voltage make it well-suited for a variety of LED applications.

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