A quest for energy efficiency has fostered development of switched reluctance motors that are inherently simple and can supply variable speeds. They can be more efficient than induction motors and ...
Consumers are increasingly choosing more sophisticated and highly-efficient electronics. To achieve this, these electronics require motors that deliver high efficiency, wide variable speed and ...
Bearingless switched reluctance motors (BSRMs) represent a significant advancement in motor technology, integrating the functions of mechanical support and rotational drive within a single ...
How the switched reluctance motor's (SRM) architecture eliminates the need for magnets and rotor windings. Why SRMs are some of the most rugged and cost-effective motor technologies available. A look ...
This Application Note describes the design of a sensorless 3-Phase Switched Reluctance (SR) motor drive based on Freescale’s 56F80x / 56F8300 dedicated motor control devices. SR motors are gaining ...
DYSPROSIUM and neodymium are not exactly the best-known elements in the periodic table, but for makers of high-end electric motors they have become vital. Both are strongly magnetic and thus crucial ...
Continuing headlines about superefficient electric drives might lead some observers to wonder about the future of three-phase induction motors. The truth is that induction motors aren’t going away any ...
A quest for energy efficiency has fostered development of switched reluctance motors that are inherently simple and can supply variable speeds. They can be more efficient than induction motors and ...
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