MG12200D-BN2MM

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The MG12200D-BN2MM is a high-voltage module IGBT module. Its use is ideal in applications where the operation of the power components involve the exchange of high-energy with the help of an electrical network. These types of modules have become commonplace in the industry thanks to their ability to control and monitor energy management. The MG12200D-BN2MM module especially stands out due to its robustness and great capacity of maximum energy handling.

This powerful module is composed of two IGBTs in a H-bridge configuration, mounted on a double sided printed circuit board with four semiconductors. Each of its transistors is capable of handling up to 2,200 volts in a symmetrical configuration. Furthermore, it exhibits very low losses in its transmission, reaching the most optimal operation with frequencies up to 13KHz.

The working principle behind this module is quite simple. First, two DC power sources operate on two sides of the bridge, and as a consequence, the energy runs in both directions, thus generating the current flow. This current flow is what is used to control the energy within the system. Robust design allows the MG12200D-BN2MM to be capable of handling large currents and high voltages, allowing for an efficient operation.

Due to its exceptionally low library-entry losses, and maximum insulated gate voltage rating of 2,200 volts, this module can be used in a vast array of applications, including air-conditioners, uninterruptible power supplies, elevators, chargers, welding machines and other power-consuming equipment. Additionally, this module can be used for the regulation and control of temperatures and mechanical movement, when coupled with an electronic circuit and adequate software.

Overall, the MG12200D-BN2MM is an instrument which, thanks to its functional electronics and robust design, simplifies the way energy flows in applications and systems, by allowing a better management of its resources and ensuring, at the same time, a safe work environment for operators.

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