Research & Development

Mechanisms of Electrical Switching in Antiferromagnets

A study lead by researchers from the Johannes Gutenberg University Mainz proves that switching in antiferromagnet is controlled by the combination of two mechanisms when those materials are subjected to a current pulse. Researchers imaged antiferromagnets, which are considered very promising materials for future spintronic applications such as data storage and computation, at the PEEM end station of the CIRCE beamline at ALBA.
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e-Power Technology

EV Power & Propulsion Systems Deliver Maximum Electrification Properties With Components Containing Magnetic Metals’ Tape Wound Toroidal & Cut Cores 

Magnetic Metals’ tape wound toroidal & cut cores deliver the essential magnetic properties and efficiencies required for:  Transformers that power EV Charging Stations,  Transformers that control & monitor AC induction & DC motor performance  Power […]

Magnetics/Assemblies

Revolutionizing SiC Applications: New Gate Drive Transformer from VAC

 VACUUMSCHMELZE (VAC), a manufacturer of high-quality inductive components, is excited to announce the launch of its latest gate drive transformer, the T60403-F5046-X102. This innovative component is specifically designed for silicon carbide (SiC) applications, setting new standards in speed, efficiency, and loss reduction. […]