The 2,200-V PowiGaN technology enables higher power density, greater efficiency, and safer and simpler system architectures for AI data centers, EVs, photovoltaics, and HVDC infrastructure.
From ancient civilizations tracking the stars to MEMS precision timing devices driving modern electronics, Part 1 of this series explores the remarkable journey that transformed our ability to measure time.
Advanced tools like the NI Nigel AI Advisor will change the way engineers address test and measurement, reducing complexity and accelerating workflows.
In this special episode of Inside Electronics, Dr. Florian Harzenetter, senior director and global advisor for industrial customers at PTC, talks about how simulation and connected product data can help engineers make better decisions before production begins.
<p>1. The Coralboard SL is powered by a Synaptics <a href="https://www.electronicdesign.com/technologies/embedded/article/55323361/electronic-design-synaptics-astra-sl2610-ai-soc-targets-edge-computing">SL619 AI SoC</a>.</p>
A recent report on renewable thermal technologies looks at the promising results garnered from a suite of commercially proven solutions being adopted by African paper mills, steel plants, and cement plants.
Learn how to design compact, thermally sound robotic joints by managing motor power, regenerative energy, sensing, and control with integrated motor-control platforms.
Van’s Aircraft has teamed with magniX to re-power its popular RV-10 with a 235-shp electric powerplant. Test flights are expected to begin in late 2026.
<p>A Van’s Aircraft RV-10 is destined to be retrofitted with a magniX 175-kW electric motor, inverter, and battery system that’s able to generate a peak output of 235 shaft horsepower.</p>
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