With the tubular structure of its LinX motors, ANCA Motion maximizes the magnetic flux generated by the permanent magnets contained in their stainless steel shaft. Employing the full shaft surface for magnetic force, the motors […]
Motivated to develop a new current sensing technology using the best possible properties of a gap-less magnetic core and a single core construction as in single-core closed loop transducers, Slovenian test and measurement specialist Dewesoft […]
ePropelled, a developer of electric propulsion systems and power generation solutions, has unveiled a new line of permanent-magnet electric pump motors designed to bring greater energy efficiency to pools, spas and industrial applications. […]
Do you know that permanent magnets are behind the action for your detachable keyboard, the pencil that attaches to your tablet, and the wireless charging pad that attaches to your phone? Smart screen covers for phones, tablets, magnetically latching wall-mount security cameras and countless electronic devices in day-to-day life rely on permanent magnets for providing the magnetic attaching mechanism. […]
By placing the permanent magnets in a Halbach array and using flat coils, Hitachi and Hitachi Astemo have developed a powerful yet lightweight direct-drive system for electric vehicles that combines the motor, inverter and brake […]
Magnetics technology plays a key role in much of today’s energy research – looking for breakthroughs in electric propulsion for aviation, high-temperature superconductors, fusion energy, machine modeling for power magnetics, new embedded cooling and winding topologies for improving permanent-magnet motors, even magnetic resonance imaging of crop roots. Visitors to the U.S. Department of Energy’s ARPA-E Energy Innovation Summit & Technology Showcase can explore a fascinating array of these and meet the scientists behind them, as well as many other aspects of energy R&D. It will be held in Denver in May. This article highlights some of the magnetic-related projects. […]
Researchers at Toshiba Corporation have developed a new magnetic material that delivers major improvements in motor efficiency at minimum cost, and with the potential to win significant reductions in power consumption. It has been found to greatly boost motor energy conversion efficiency when it is used as the wedges in the motor, particularly in medium to large induction motors. The material can be installed at minimal cost with no need for design changes. […]
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