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    Technical Features

    November 2018
    Eliminating the EMI Design Cycle in High-Voltage Defense Power Systems

    Figure 1: CE102 limits for MIL-STD-461. From the limits shown for 28V systems, we can see that at 500kHz and above, the limit is 1mV into 50Ω

    Eliminating the EMI Design Cycle in High-Voltage Defense Power Systems
    Josh Gertz, VP of Engineering at Northwest Power, a Vicor company

    ­Today's defense electronics need high-voltage-to-SELV conversion at unprecedented power levels and board densities. The specific challenge is converting 270V to a 28V or 48V bus while still meeting MIL-STD-461 conducted emissions limits (EMI), a requirement that is both a technical problem and a program schedule
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    Date:
    10/28/2026
    Archive

    Low-Loss Inductors for High-Efficiency Power Converters

    Sep 29,2026
    Annika Frankemölle; Editor: Gerhard Stelzer, Würth Elektronik

    Gate Driver Choices for High Power Density Intermediate Bus Converters in AI Servers

    Aug 31,2026
    Jeffrey Cumabig, Product Application Engineer, and Lei Song, Product Definition Engineer, both for gate drivers at Infineon Technologies AG

    Silicon Carbide Semiconductors: Gaining Widespread Adoption

    Jul 30,2026
    Jens Baringhaus, Chief Expert for Wideband Gap Technology and responsible for Bosch's SiC technology roadmap

    Innovation through Lean AI

    Jun 1,2026
    Crystal Chen, Product Marketing & Product Management, Infineon HiRel

     

     

     

     

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