Murata Simplifies the Future of High-Efficient Networking, Computing, and Telecommunications Applications

­Murata launched a new product for distributed power architectures and intermediate bus converters for a wide array of applications including networking, power-over-ethernet, computing, telecommunications, and wireless communication modules. The MPS0117V2NBC provides hardware engineers with the flexibility to meet demanding system design goals. With a Pout rating of 200W at 95 percent efficiency, the solution can replace a much larger module, saving valuable PCB real estate. Features include a Vin range of 36-75Vdc, a tightly regulated 12V output. 

The module has an integrated baseplate that can be used to optimize the thermal performance in a closed box or air-cooled system application while providing I/O isolation of 2,250Vdc with a basic insulation system. Standard features include remote On/Off control, Vout trim functions, input under voltage, overcurrent, over temperature, and short circuit protection. It is available in an open frame configuration that will deliver 180W and is designed, tested, and qualified according to the industry standard IPC9592 design for reliability requirements. Electrical performance is state-of-the-art starting with an efficiency rating of 95 percent typical at half load and 2,250Vdc isolation with a basic insulation system all packaged in an industry standard sixteenth brick package measuring just 33.02 x 22.86 x 12.7mm (1.3 x 0.90 Xx 0.50 in). All I/O isolated MPS modules are designed to comply with IEC/EN/UL 62368-1 safety standards.

“Murata Power Solutions is proud to offer the MPS0117V2NBC DC-DC converter modules to systems architects around the world. Our commitment to high-reliability design, rigorous qualification, and superior manufacturing processes sets the industry standard for quality and dependability, enabling power system engineers to create high-performance, reliable systems,” said Derek Schmidt Product Marketing Manager, Murata Power Solutions. 

More information, including data sheets and sample requests, can be found here.