• Gen 4 SiC Tech Advances Performance in High-Power Applications
    Gen 4 MOSFETs provide a versatile foundation for various application-optimized bare die, module, and discrete products.
    Heiko Kabutz
    mclari_spider_promo
    Most animals run fairly quickly and faster than most humans. But can a robot run faster than most living beings?
    GaN-Powered Innovations for AI & Robotics
    At PCIM 2025, EPC showcased GaN-based power solutions for next-generation servers and other cutting-edge applications.
    Dreamstime_rimantas-abromas_1073670
    dreamstime_rimantasabromas_1073670
    Lithium-air design could achieve 4X greater energy density than today’s EV batteries.
    TE Connectivity
    evtol1_promo
    TE Connectivity’s Matt McAlonis discusses how engineers can use the “follow-the-wire” approach to enhance connectivity in eVTOL aircraft.

    Recommended

    Power Supply Part 0
    This article series aims to provide a simplified understanding and renewed appreciation for the art of power-supply design.
    Dairny | Dreamstime
    Promo Daimy Dreamstime Xxl 17105064
    Sign up for our DC-DC converter design event at Engineering Academy.
    75868080 © Vladimir Timofeev | Dreamstime.com
    Data_Center_Power_Promo_Dreamstime
    Dive into the complexities of designing and testing power delivery solutions for AI data centers.
    Dreamstime_ai_emilyprofamily_377505084
    dreamstime_aiemilyprofamily_377505084
    Understanding the magnetic materials inside devices like chokes and transformers can help guide engineers to make smart selections that lead to significantly higher power density...
    ID 364017276 © Can Tuna Ozturk | Dreamstime.com
    police_dreamstime_l_364017276
    Austin, Texas is a model for other cities to follow for reducing fleet expenses through electrification, though the percentage of BEVs depends completely on OEM capabilities.
    Dreamstime_sehenswerk_29437028
    server_dreamstime_sehenswerk_29437028
    Integrating the Schottky diode into a GaN transistor helps boost power-system efficiency by reducing dead-time losses.