LXD100-1400SW

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Introduction to LED Drivers

Light-emitting diode (LED) drivers provide the power required for LED systems. The device type, size and power requirements of the LEDs determine the type of driver needed. There are many different types and sizes of LED drivers available, and one of the most popular is the LXD100-1400SW LED driver.

Application Field of LXD100-1400SW

LXD100-1400SW LED drivers are highly efficient and capable of providing stable output power regardless of changes in temperature or line voltage. This makes them suitable for many applications, such as:

• Street lighting
• Building & structure lighting
• Security & sign lighting
• Decorative & garden lighting
• Automotive & industrial lighting

This type of driver is also known for its ability to dim and control either single or multiple strings of LEDs. This makes it an ideal choice for replacing traditional lighting in a variety of applications.

Working Principle of LXD100-1400SW

LXD100-1400SW LED drivers use a buck converter circuit to regulate the power delivered to the LEDs. The buck converter contains an inductor, a switching transistor, and a diode. The transistor is connected to a voltage source and acts as a switch between the isolated (inductor side) and regulated (diode side) circuits. When the transistor is open, the inductor can accumulate energy from the voltage source. When the transistor is closed, the energy in the inductor is released into the diode side of the circuit, and current flows to the LEDs. The power delivered to the LEDs is regulated by controlling how long the transistor is open and/or closed.

The LXD100-1400SW LED driver also uses external components such as resistors, capacitors and diodes to refine the supply voltage and output power, as well as to protect the LED circuit from over-voltage, over-current, and transient spikes. All these components work together to ensure that the LED circuit is supplied with the appropriate power.

Conclusion

The LXD100-1400SW LED driver is a popular and effective device for providing the power needed to drive LEDs in a variety of applications. It uses a buck converter circuit and external components to efficiently regulate the power and protect the LED circuit from damage. With its high efficiency and stable output, the LXD100-1400SW is an ideal choice for LED lighting systems.

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