PFE500F12/T

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AC/DC converters play an important role in modern technology, and are used to turn an alternating current (AC) input into a direct current (DC) output. The PFE500F12/T AC/DC converter is a high-efficiency, full-bridge dc-to-dc converter ideal for telecom, datacom, and other mission-critical applications. It has a wide operating temperature range and is also suitable for use in Class I, Division II hazardous locations.

The PFE500F12/T is a fully isolated single-phase design offering low voltage, full power, and adjustable current-limit settings. It is based on a synchronous, full-bridge forward converter topology which allows for high efficiency at high power levels. Its small size and high power density also make it a great choice for tight spaces.

The PFE500F12/T was designed to provide reliable and efficient power conversion in mission-critical applications such as multi-cellular base stations, fast ethernet networks, and industrial equipment. It is also suitable for a wide range of applications including point-of-load converters, distributed power systems, and distributed communications.

The PFE500F12/T operates on a high-frequency resonance principle. Its patented finite-airgap (FAG) technology is designed to provide its high reliability and improved power density. When AC power is supplied to the device, the input voltage is rectified to DC and the bridge is driven by the input current waveform. The bridge is then controlled by a sinusoidal oscillator, which sets the switching frequency.

The PFE500F12/T output is adjustable through an external feedback loop and is regulated to the desired voltage. Additionally, the device offers an external current-limit feature designed to protect itself from overloads. The device also includes built-in output protection features, such as overvoltage, overcurrent, and overtemperature protection.

The PFE500F12/T is a highly efficient and reliable DC-to-DC converter, making it an ideal solution for telecom, datacom, and other high-power mission-critical applications. Its small size, high power density, and adjustable output make it a great choice for tight spaces. In addition, its patented FAG technology ensures high reliability and power density.

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