PFE1000FA-12

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AC DC converters are used in a variety of applications. One example is the PFE1000FA-12, a switch-mode power supply which provides power to electronic equipment. It is a universal input, high power density, and compact, reliable, and efficient converter.

The PFE1000FA-12 achieves a universal input range from 130 VAC to 275 VAC, with frequency range of 50/60 Hz. The output power is 1000W with an output voltage range of +3.3V to +57V. This converter offers high power density up to 4.54 W/in³. It is designed to protect Electronic equipment in extreme environmental conditions where wide input voltage is applied. It is reliable and efficient (PFE = Power Factor Enhanced).

In the AC DC converters, the PFE1000FA-12 is able to provide a high peak to constant current ratio. This is achieved by the combination of features of a boost converter, a buck converter, and a linear regulator, which are all integrated in one device. The basic operating principle of this device is a series of pulses of varying widths and frequencies, depending on the value of the input voltage and the desired output. The pulses generate alternating magnetic fields, which result in the conversion of AC voltage from the input to DC voltage at the output. These pulses also control the output current which is determined by the presence or absence of those pulses.

The PFE1000FA-12 features many additional protections including overvoltage and undervoltage shut down, over temperature or overcurrent shut down, and overload, overvoltage, and overcurrent protection. All these features help to increase the safety and reliability of the system, as well as its long term performance. The user can easily control and monitor the output voltage and current via an external potentiometer and LED indicators.

The PFE1000FA-12 AC DC converter is an effective solution for powering a variety of electronic equipment. Its universal input range, high power density, and integrated protection features ensure that it is reliable and efficient. It is the perfect choice for powering sensitive electronic systems in a variety of environments.

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