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Term: Radiation Hardened
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Why GaN in Space?

Jun 28, 2020

Why GaN in Space?

Alex Lidow, Ph.D., CEO and Co-founder

Packaged SEE Immune and Radiation Hardened enhancement mode gallium nitride (eGaN) devices offer dramatically improved performance over the aging Rad Hard silicon MOSFET, enabling a new generation of power converters in space operating at higher frequencies, higher efficiencies, and greater power densities than ever achievable before.

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GaN Wine Lounge

Pushing Power Density Limits: BrightLoop’s GaN Journey with EPC

Pushing Power Density Limits: BrightLoop’s GaN Journey with EPC

GaN for AI Data Centers and Space: Insights from UT Austin’s Alex Huang

GaN for AI Data Centers and Space: Insights from UT Austin’s Alex Huang

GaN Talk Podcast

Every Watt Counts: GaN Power Architectures for Space VPX Platforms

Every Watt Counts: GaN Power Architectures for Space VPX Platforms

JetFleet’s G18 Platform Showcases the Power Density Advantage of EPC GaN FETs

JetFleet’s G18 Platform Showcases the Power Density Advantage of EPC GaN FETs

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How2AppNotes

The Growing Ecosystem for eGaN FET Power Conversion (How2AppNote 005)

How to Design an eGaN FET-Based Power Stage with an Optimal Layout (How2AppNote 007)

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