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| Your weekly digest of news, analysis and perspective on the global power electronics industry. |
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| Editor's Note |
| Maurizio Di Paolo Emilio – Editor-in-Chief |
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Electric motors are widely used in several electronic applications, to the point that we can say they are everywhere. In our homes, we have multiple examples, such as fans, hair dryers, fan heaters, kitchen appliances, and more. In this issue, we introduce the fundamental concepts that every designer should have to face when facing a motor control application. Other topics include GaN and several aspects of power management. GaN devices in particular can be switched at much higher frequencies, allowing for a reduction in the size of magnetics while also enabling reduced active count topologies such as the bridgeless totem-pole power factor correction (PFC)-based converter. The demand for greater performance within the same or smaller form factor focuses designers’ minds on techniques to increase power density. We analyze power management challenges, strategies for next-gen vehicles, and more. Enjoy!
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Highlights
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This article will introduce the fundamental concepts that every designer, maker, or student must master to face a motor control application…
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This article, based on a presentation made at the recent Electronica 2022 Power Forum by Thierry Bouchet, CEO of Wise Integration, explains how ultimate power supplies performance can be achieved by combining GaN FET and digital control.
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WBG semiconductors’ greater efficiency, reliability, and power density inspire the development of new materials science.
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The series encompasses enclosed-type, cost-effective power supplies with 120W, 240W, 360W, and 600W versions.
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Traction inverter and motor control systems are critical to enable optimal electric vehicle (EV) performance. To build the next generation of these systems, design engineers must reduce power losses and improve system efficiency to make EVs more reliable, increase drive range and enhance safety.
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