SWF240P-24-T

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SWF240P-24-T AC DC Converters

Application Field

High-efficiency is one of the most important characteristics of the SWF240P-24-T AC DC converters. This type of AC DC converter is suitable for multiple applications such as industrial automation, testing and measurement, professional audio, LED lighting, security, computer components and peripherals, and automotive electronics. It has numerous features such as 85-264V AC input voltage (autoranging capability), -32V DC output voltage, 750 mA output current, maximum power of 24 Watts, and active-clamp topology allowing single-stage conversion of voltage regulation.

The SWF240P-24-T AC DC converter is designed for UL60950-1 safety certification, with 6kVac I/O isolation and Low No Load Power Consumption. It is reliable, efficient and cost-effective. It is also RoHS compliant and is designed according to the EN 61204-3 requirements for medical applications.

Working Principle

The converter works by taking AC input voltage, rectifying it via a diode bridge, and then converting it into a DC voltage by using a buck topology. The DC voltage is then regulated using an active-clamp circuit built into the buck topology, providing extremely precise output voltage regulation and dynamic control. With the active-clamp topology, the converter is able to work without any additional components such as inductors and transformers, resulting in lower cost and improved efficiency.

The SWF240P-24-T AC DC converter also includes various features such as remote sensing, soft-start, and inrush current limit. These features are used to provide greater precision and reliability in output voltage regulation. Additionally, the converter also provides over-voltage, over-current, over-temperature, and under-voltage protection.

The SWF240P-24-T AC DC converter is a unique, efficient, and reliable solution for multiple applications in industrial automation, testing and measurement, professional audio, LED lighting, security, computer components and peripherals, and automotive electronics.

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