Tsuriel Avraham and his colleagues from Ariel University reviewed reliability challenges and models for SiC and GaN power devices.

At over 100 years old, the automotive industry now faces the challenge of transitioning to sustainable and electric modes of transportation.

NVIDIA’s 800 VDC architecture represents the next generation of power systems, purpose-built to deliver efficient and reliable energy for the megawatt-scale computing infrastructure of the future.

In recent years, advancements in power transistor efficiency have shifted the focus toward enhancing the performance of power inductors. Low-loss inductors offer a significant opportunity to increase ...

Insights from an Exclusive Interview with Cem Basceri, CEO of Qromis. The world of power electronics is constantly evolving due to the ongoing demand for improved performance and efficiency in ...

iDEAL Semiconductor announced its 150-V and 200-V SuperQ MOSFETs that improve conventional silicon designs and rival even WBG materials.

In the field of power electronics, modelling circuits with controlled switches is crucial for understanding and optimizing their performance.

This year, Bosch took advantage of the PCIM event to assert its ambition to secure a significant position in the SiC market.

Infineon’s Marijana Vukicevic discusses the evolving role of MCUs in high-performance motor control and power conversion applications.

In Part 1, we began an overview of gallium nitride–based solutions provided by leading electronic components manufacturers. In this article, we continue our roundup of GaN products by exploring ...

One of the more spirited seminars at APEC, due to its topic of GaN versus SiC, was an insightful discussion with many compelling arguments.

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