EEPower
Building a Traction Inverter Around a Low-Inductance SiC Card

Building a Traction Inverter Around a Low-Inductance SiC Card

Fuji Electric’s new 3D-wired SiC module uses copper pins and a resin IMS to cut inductance by 76% and switching losses by 56%, boosting performance and design flexibility for EV inverters.


Ferrari Yacht Sails Smoothly on Renewable Energy and DC Power

Ferrari Yacht Sails Smoothly on Renewable Energy and DC Power

ABB and Ferrari are collaborating on an electric sailing yacht with an integrated DC microgrid.


Why the Next Era of Film Capacitors Will Be Won on Thermal Margin

Why the Next Era of Film Capacitors Will Be Won on Thermal Margin

Engineers who think of thermal stability as a first-class design variable will build systems that last.


TDK Intros Non-Isolated 12.5 kW 3-Phase Power Supplies

TDK Intros Non-Isolated 12.5 kW 3-Phase Power Supplies

The 12.5-kW TPF12500-385 is a non-isolated three-phase supply delivering 385 VDC at 97.5% efficiency to feed isolated DC-DC converters and DC microgrids.


RLC Roundup: New Passives Push Power, Frequency, and Temp Limits

RLC Roundup: New Passives Push Power, Frequency, and Temp Limits

New passive components from TDK, Vishay, Murata, and Bourns address higher capacitance, RF power handling, automotive power circuits, and high-temperature operation.


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Briefs: Companies Ramp Up Transformers, Semiconductors, and Lithium

Briefs: Companies Ramp Up Transformers, Semiconductors, and Lithium

Infineon, Eaton, Navitas, Nexperia, Tata Electronics, Siemens, and Rock Tech Lithium are advancing essentials in power technology.


News Oct 01, 2026 by Karen Hanson
VPT Launches FLX Series Configurable DC-DC Converters

VPT Launches FLX Series Configurable DC-DC Converters

The modular power platform integrates DC-DC conversion and EMI filtering in a single qualified assembly rated from -55°C to 110°C, with no derating, suitable for military and space applications.


Powering AI Safely in a New Era of High Voltage Data Centers

Powering AI Safely in a New Era of High Voltage Data Centers

As AI workloads push rack power into megawatt territory, data centers are shifting to 800 VDC and beyond — raising arc-flash risk and outpacing today's safety standards.