Here’s a RoundUp of this week’s must-read articles – we’ll delve into the latest developments on PEN eBook March 2026, SiC-Based Motor Drives, and QSPICE Power Electronics Course! Here’s a RoundUp of ...

The 250 kW solid-state transformer (SST) uses 3.3 kV and 1.2 kV SiC devices to convert 3.3 kV AC to 800 VDC for AI data centers. Navitas Semiconductor and École Polytechnique Fédérale de Lausanne ...

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Tracing the history of scientific and technological progress shows that breakthroughs are rarely isolated events. Instead, they emerge within narratives—anchored in markets and institutions—that frame ...

The state of the current power electronics is increasingly focused on reliable power converters that can reduce the costs of the entire system. Over time, the engineering approach has been directed ...

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 ...

In sensorless control systems, the magnetic angle of the motor is estimated from the motor phase voltages and currents. Its position is determined by monitoring certain electrical parameters of the ...

Power electronics plays a role in optimizing efficiency and power density. A powertrain is a system of components in a vehicle that converts the chemical energy of the fuel into mechanical energy that ...

The operating voltage of a battery management system (BMS) generally exceeds the safe voltage threshold for the human body. A degradation in insulation performance may lead to increased leakage ...

This article describes how to design a simple class D power amplifier using the High Voltage GreenPAK™ IC. A class D amplifier operates by deriving a two-state signal from a continuous control signal ...

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 ...

GaN transistors are significantly faster and smaller than silicon MOSFETs. GaN switching devices are available in two different types. Silicon power MOSFETs have not kept pace with the evolutionary ...