PW172KB4803F01

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PW172KB4803F01 application field and working principle belongs to the AC DC Desktop, Wall Adapters. This type of adapter is suitable for use in areas where the AC power supply is not available. It has a variety of applications.

PW172KB4803F01 is a highly efficient, compact, rugged and reliable DC-DC buck-boost converter. It is able to accept input voltages between 3V and 48V and has an adjustable output voltage range of -24V to -48V. With a wide 3:1 input range, it is perfect for applications such as point-of-sale, industrial, and broadcast equipment.

The working principle of this AC DC Desktop Wall Adapters is based on a switch mode topology. This topology utilizes a primary switched semi-conductor performing both input rectification and step down power conversion on the high voltage side. Transistors are used as the main switches and MOSFETs as the control switches. The converter also includes an active low-dropout voltage regulator for providing constant output voltage and a current-mode control for regulating the output voltage.

PW172KB4803F01 is highly flexible and is able to work in a wide variety of load conditions. It is able to provide up to 30W of power and its high line regulation ensures stable output in varying input conditions. It is also short-circuit protected, thus providing safe power delivery. This makes it the perfect choice for applications such as POS terminals, remote monitor equipment, industrial measurement instrumentation, automotive, marine, audio, medical, broadcast, and other applications.

In conclusion, PW172KB4803F01 is an AC DC Desktop Wall Adapters with a high efficiency, compact size, robust construction, and reliable performance. It is highly flexible and is able to handle a wide range of load conditions. It is able to provide up to 30W of power, and its high line regulation ensures stable output in varying input conditions. It is also short-circuit protected, thus providing safe power delivery. This makes it an ideal choice for a wide range of applications.

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