The demand for higher efficiency, reduced power losses, and compact designs in modern electronics has driven significant advancements in power conversion topologies and components. This presentation explores the role of Würth Elektronik's High-Current Multiphase Dual Inductors (WE-HCMD) in enabling Trans-Inductor Voltage Regulator (TLVR) topologies to address these challenges. The TLVR topology is pivotal for applications requiring high current density and fast transient response, particularly in next generation computing and data center systems. The exceptional current-handling capacity, low DC resistance, and robust thermal performance of WE-HCMD inductors make them notably strategic to enhance TLVR designs. This session will examine how the combination of TLVR architecture and WE-HCMD inductors optimizes energy efficiency, reduces power losses, and supports scalable solutions in demanding environments. By focusing on critical technical parameters and addressing common design trade-offs, this session provides a practical guide to improving power converter performance. Attendees will benefit from a review of the key design considerations, practical examples and actionable knowledge that underscore the value of this integration to advance applications with leading-edge technologies.
