PBW15F-12-VN

AC/DC converters are used to convert an alternating current (AC) from one voltage level to another battery voltage level. The PBW15F-12-VN is an AC/DC power converter designed to provide a 12V DC output from an AC supply. It is compact, efficient, and designed to meet international safety standards.

The PBW15F-12-VN AC/DC converter is a two-stage device that includes a high-frequency switching converter and a low-frequency transformer. In the first stage, the high-frequency converter rectifies and filters the AC voltage from the input. The filtered DC voltage is then switched at a high frequency, typically above 20kHz. This creates an alternating current that is fed to the transformer in the second stage. The transformer steps up the AC voltage to a higher level, and the output voltage is then fed to the load.

The PBW15F-12-VN has a wide range of applications because it can be customized for specific output requirements. It is suitable for use in residential lighting systems, commercial and industrial lighting systems, medical equipment, fire protection systems, and many other applications requiring a 12V DC supply. It is robust, efficient, and compliant to international safety standards such as CE, UL, and RoHS.

The PBW15F-12-VN converter has an efficiency of about 90% and a power factor of 0.99, making it one of the most efficient AC/DC converters available. It is also protected against short circuit, overload, and overvoltage. Its maximum output current is 15A continuous, and its temperature range is -40°C to +70°C.

The PBW15F-12-VN is designed for easy installation and maintenance. It has an operating voltage range of 90-264V AC, a peak efficiency of 95%, and an overall power efficiency of 0.99. It also features a low flicker index of 0.01%, which reduces interference with LED lighting systems.

The PBW15F-12-VN AC/DC converter is a reliable and efficient type of power conversion solution for a variety of applications. Its high-frequency switching offers low cost and low noise operation, as well as immunity to mains surges and spikes. Furthermore, its excellent regulating characteristics mean that it is suitable for use in an open loop system, providing stable output voltage even under varying loads.