QGPF-U500S24

AC DC Converters

The QGPF-U500S24 AC DC converters are an effective way to convert alternating current (AC) power to direct current (DC) power. It provides a stable DC output voltage that is not affected by input voltage or current fluctuations.

The QGPF-U500S24 AC DC converters are designed for applications such as machine tool, instrumentation, distributed power systems, industrial equipment and more. It can be used as a step-down AC to DC converter as well as a DC to DC converter.

Application Field of QGPF-U500S24 AC DC Conveters

The QGPF-U500S24 AC DC converters are designed for applications in which AC input voltage may vary while maintaining a steady DC output voltage. The converter is specifically designed for applications that require a wide input voltage range and low DC output voltage, such as instrumentations, industrial equipment and distributed power systems.

The QGPF-U500S24 AC DC converters are also designed for applications that require a high power density. It is a compact and efficient AC to DC Converter that offers a high power density and superior system efficiency.

Working Principle

The QGPF-U500S24 AC DC converters use a full-wave bridge rectifier to convert the AC voltage to a DC voltage. The output voltage can then be regulated using either linear or pulse width modulation (PWM) technology.

Linear mode regulation works by controlling the current flow through a power transistor, which is used as a variable resistor to adjust the output voltage. PWM works by rapidly switching the transistor on and off at a frequency higher than the switching frequency of the AC input, resulting in a stable DC output voltage.

In addition, the QGPF-U500S24 AC DC converters are equipped with several features that ensure a powerful and reliable performance, such as over-temperature protection and short-circuit protection.

The QGPF-U500S24 AC DC converters are a reliable and cost-effective solution for applications that require a wide input voltage range and low voltage output. Its compact design, high power density and superior efficiency makes it an ideal solution for industrial equipment, instrumentation and distributed power systems.