LM1901-9RG

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LM1901-9RG is a AC/DC converter for providing power to widely used electronics. It is used in various applications and its main area of use is providing power for plug-based and DC-based devices. This device is used to convert AC power to DC power, which is then used to power electronics. It is typically used when a high performance AC/DC power source is required in order to power electronics, such as medical systems, communications systems, industrial equipment and embedded systems.

LM1901-9RG is a three phase or seven phase full-bridge converter providing up to 1200W. The device has a variety of operating modes, such as active current sharing, easy synchronization, powerful fault protection, wide input range, integrated switching FETs, ultra-low voltage saturation, easy debugging, integrated PFC, and flexible remote control.

The working principle of LM1901-9RG is relatively simple. It is designed to accept both AC and DC power inputs and convert them to the required power output. It does this by first measuring the AC power input and then converting it to DC power. The device then controls the switching of the FETs in order to maintain the required output voltage. LM1901-9RG has built in safety features that protect it against current over voltage, current out of phase, and short circuit.

LM1901-9RG is a versatile power converter suitable for a wide range of applications. Its main application fields include medical systems, communications systems, embedded systems, industrial equipment, and consumer electronics. The device can provide a wide range of power levels, from 3W to 1200W, making it suitable for a variety of applications. It is also capable of providing a wide input voltage range, from 36V to 75V.

The LM1901-9RG is an ideal solution for those looking for efficient, reliable and versatile power converters. It offers a wide range of features, including wide input range, high efficiency, low voltage saturation, easy synchronization, powerful fault protection, active current sharing, and flexible remote control. In addition, its low power consumption, low cost, and long operating life make it an ideal choice for a variety of applications, including industrial equipment, communications systems, embedded systems, and medical systems.

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