Navitas Semiconductor - World's First & Fastest GaN Power IC
Navitas Semiconductor - World's First & Fastest GaN Power IC

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Compound Semiconductor: A GaN device for all markets

Compound Semiconductor: A GaN device for all markets

“GaN power device maker, Navitas, believes its latest half-bridge power IC will deliver the high powers and efficiencies that mobile phone chargers, electric vehicles, photovoltaics and data centres need”. “IN EARLY September this year, California-based GaN power...

GaNCam: Overview of NV6247, GaNSense™ Half-Bridge Power IC

GaNCam: Overview of NV6247, GaNSense™ Half-Bridge Power IC

GaNSense half-bridge power ICs integrate two GaN FETs with drive, control, sensing, autonomous protection, and level-shift isolation, to create a fundamental power-stage building block for power electronics. This revolutionary single-package solution reduces component...

Navitas Recognized as Industry-Leading Sustainability Company

Navitas Recognized as Industry-Leading Sustainability Company

“Electrify Our World™” mission recognized in ESG Investing’s ‘Best Sustainability’ and ‘Best Climate-Related’ categories El Segundo, CA – October 3rd, 2022— Navitas Semiconductor (Nasdaq: NVTS), the pure-play, industry leader in next-generation power...

Navitas Showcases Pure-Play WBG Solutions for EV at ECCE 2022

Navitas Showcases Pure-Play WBG Solutions for EV at ECCE 2022

Industry-leading, high-speed GaNFast™ and GeneSiC™ technologies deliver energy savings, faster charging, extended range, and lower system costs El Segundo, CA – September 29th, 2022— As US auto sales are forecasted to be majority EV by 2030, Navitas Semiconductor...

WEKA FACHMEDIEN Interviews Navitas Semiconductor

WEKA FACHMEDIEN Interviews Navitas Semiconductor

Navitas Semiconductor the only pure-play, next-generation power semiconductor company and industry leader in GaN power ICs recently announced the industry’s first GaNSense™ half-bridge power ICs. Ralf Higgelke, Technical Editor at WEKA FACHMEDIEN interviewed...

Current Sensing: Past, Present, and Future

Current Sensing: Past, Present, and Future

While measuring voltage is often a simple task, measuring current is usually not so straightforward. This article demonstrates a new, highly integrated, “lossless,” and localized approach to current sensing that deals with many of the challenges. John Stevens,...