MBC41-1T15L-2

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AC/DC converters are electronic devices that are used to convert alternating current (AC) to direct current (DC). The MBC41-1T15L-2 is a type of AC/DC converter that is used for applications that require high current and/or high voltage outputs. It is also used for DC to AC inverter applications.

The MBC41-1T15L-2 is designed for high current applications such as electric car and bus charging and has a total output current of 40 Amps. It is also rated for a maximum input voltage of 340 Volts AC and output voltage of 48 to 310 Volts DC. The working frequency of the MBC41-1T15L-2 is adjustable, allowing it to be used for any AC line frequency between 45 Hz and 65 Hz.

In terms of its working principle, the MBC41-1T15L-2 utilizes an AC/DC converter switching topology. It has a full bridge rectifier with two high voltage diodes that are used to rectify the AC input voltage into DC. This DC voltage is then converted by a switching boost converter into a high voltage DC output. The converter can switch thousands of times per second to limit the input current drawn from the AC line. The frequency of the switching is controlled by an in-built power factor correction (PFC) IC.

The MBC41-1T15L-2 is a very efficient converter, capable of achieving 95% conversion efficiency, making it ideal for electric vehicles or buses, or any other application that requires a high current and/or high voltage output. It also has in-built protection features such as over current protection, over temperature protection and under voltage protection. This ensures the safety of users and surrounding equipment.

The MBC41-1T15L-2 AC/DC converter can be used in a variety of applications such as industrial machines, power supplies, LED drivers, battery chargers and DC/AC inverters. In addition, this unit is RoHS compliant and UL certified.

The MBC41-1T15L-2 is an efficient and reliable AC/DC converter that can be used for applications that require high current and/or high voltage outputs. It is a great choice for electric car and bus charging as it can switch thousands of times per second to limit the input current drawn from the AC line, while also providing protection features and 95% conversion efficiency.

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