Negative capacitance has the potential to improve GaN device performance and open new possibilities in power electronics and telecommunications. Gallium nitride transistors have rapidly emerged in ...

NoMIS is advancing silicon carbide (SiC) as a reliable foundation for more efficient and sustainable power systems. In power electronics, the advantages of silicon carbide (SiC)—including enhanced ...

With the increasing adoption of EVs and a growing focus on environmental sustainability, electric motors are expected to be used more extensively. Electric motors are the beating heart of sustainable ...

2024 has been a crucial year for the power electronics sector in terms of development, preparing for radical changes in 2025 and beyond. 2024 has been a crucial year for the power electronics sector ...

The technological results obtained by electric motors and batteries have required developing power conversion systems and motor control techniques capable of maximizing efficiency and reliability.

While the failure mechanisms in gallium nitride (GaN) high electron mobility transistors (HEMTs) have been widely studied and significant improvements made in their reliability, this field is still ...

Lower-voltage GaN FETs are reducing size, minimizing cooling requirements and improving efficiency. Applications for 100-V (and lower) GaN FETs are numerous, from reducing distortion in Class D audio ...

This article provides an interesting overview of the top books on wide bandgap technologies. From electrification to smart grids, power electronics is used in a wide variety of crucial applications.

A fully programmable motor control solution that integrates MCU and gate-driver IC enables compact, efficient, and high-performance products. Due to their higher efficiency, compact size, low ...

Gallium nitride–based high-electron–mobility transistors (HEMTs) have been widely adopted in both consumer and industrial power conversion due to their many material and device advantages over legacy ...

Future Electronics’ power system design laboratory, based in London, has implemented a SiC-MOSFET-based design for a 3-kW LLC power supply, which steps a nominal 390-VDC input down to a 49-VDC nominal ...

The DC-DC converter is a more or less complex device whose task is to carry out a DC voltage transformation from one level to another Often, the need to convert one DC voltage into another in the ...