XPGDWT-U1-0000-00EE1

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LED lighting has become increasingly commonplace in recent years, due to its energy efficiency, long life, and broad light output range. The XPGDWT-U1-0000-00EE1 is a high power white LED driver capable of providing stable power to a wide range of white LED lighting applications. In this article, we will take a closer look at the XPGDWT-U1-0000-00EE1 and explore its application fields and working principle.

LED Driver Types

The XPGDWT-U1-0000-00EE1 is a buck-boost LED driver. Buck-boost LED drivers are designed to convert variable DC input voltages into a constant output voltage. They are highly efficient and can maintain a consistent output voltage regardless of changes in the input power supply. In addition, buck-boost LED drivers provide active current regulation, allowing them to operate reliably over a wide range of input voltages and currents. The XPGDWT-U1-0000-00EE1 is a highly efficient LED driver that can achieve up to 95% efficiency. As such, it is well-suited to a variety of LED lighting applications, including street lighting and commercial lighting.

Features and Benefits

The XPGDWT-U1-0000-00EE1 LED driver offers numerous features and benefits. It is capable of supplying up to 1600mA of current, making it well-suited for high power LED applications. In addition, it offers auto-sensing, dimming, dim-to-off, active PFC, and active current regulation, allowing it to operate reliably across a wide range of input power supplies. The driver is also UL-certified, making it suitable for a variety of commercial and industrial applications. The XPGDWT-U1-0000-00EE1 is also RoHS compliant and offers over-voltage, over-temperature, and over-current protection, providing additional peace of mind.

Working Principle

The XPGDWT-U1-0000-00EE1 uses a buck-boost architecture to convert input voltage into a constant output voltage. At the heart of the driver is the power MOSFET, which acts as the primary switching element. The power MOSFET is controlled by the driver\'s internal microcontroller, which monitors the input voltage and current, as well as the output voltage and current. Based on this information, the microcontroller adjusts the power MOSFET\'s duty

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