MVTD36BH090M010A00

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The MVTD36BH090M010A00 is an ac-dc module from Murata Power Solutions that can be employed in applications for high power solutions such as motor drives and uninterruptible power supplies. The module uses a Push-pull topology that gives high conversion efficiency at higher currents than competitive solutions. The module can accommodate both single and dual output voltages with a maximum output current of 10A. The module also includes an internal EMI filter that helps reduce unwanted emissions from the power supply. This evaluation board is ideal for customers who need to evaluate and test their power solutions.

The working principle of the MVTD36BH090M010A00 is based on the push-pull topology. This topology employs two power MOSFETs connected in parallel, each of which is driven with a separate switching signal. This results in a much higher current capability than a conventional full-bridge topology. In addition, the push-pull topology helps to reduce output ripple and minimize the number of external components. The module also uses advanced synchronous rectification technology to achieve high efficiencies at high output currents. This helps reduce power losses, minimizing power dissipation in the module and increasing system reliability.

The module can be configured to operate in a range of different application fields. It is suitable for use in motor drive applications as it can provide high-quality power supply in a wide range of environmental conditions. The module also can be used in uninterruptible power supply systems, providing a reliable power source during system outages. In addition, the module has been tested in electromagnetic compatibility (EMC) labs and complies with the most stringent EMC requirements.

Overall, the MVTD36BH090M010A00 evaluation board provides a high performance, high efficiency solution for applications where reliability and cost must be taken into consideration. The advanced features of the module, such as the synchronous rectification and advanced EMI filter, ensure that the module is capable of providing superior performance in demanding environments. The board’s flexibility and wide range of operating temperatures also provide customers with the assurance that their systems will continue to function reliably, even in the most extreme conditions.

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