Abstract: This work demonstrates the design, modeling and fabrication of a digital DC/DC power module featuring a record-high output power of 660 W and 96.2% efficiency for high-performance computing ...

Why conventional buck converters can struggle with high step-down non-isolated DC-DC conversion. How hybrid converter topologies can improve efficiency using charge-pump-assisted buck regulation.

Abstract: A steep step-down DC-DC converter is presented in this manuscript. The converter is synthesized from a classical buck converter. The required high step-down voltage conversion ratio is ...

Texas Instruments revealed a family of isolated power modules based on its IsoShield multichip packaging technology, claiming 3X higher power density than discrete solutions in isolated power designs.