Infineon Unveils Industry’s First Radiation-Hardened Buck Controller with Integrated Gate Drive for Space and Extreme Environments Designed for PoL power rails in commercial space and other harsh environments, the new gate drive is ideal for distributed satellite power and digital processing payloads such as FPGA and ASIC systems.

Infineon Unveils Industry’s First #RadiationHardened #BuckController with Integrated #GateDrive for #Space and Extreme Environments

Columbia Engineers Develop Radiation-Hardened Chips for the Large Hadron Collider In one of the most extreme environments on Earth—the Large Hadron Collider—normal electronics fail almost instantly. But engineers at Columbia University have created custom microchips that not only...

Columbia Engineers Develop Radiation-Hardened Chips for the Large Hadron Collider #Science #Physics #AppliedPhysicsandEngineering #LargeHadronCollider #RadiationHardened #ColumbiaEngineering

Infineon Debuts First In-House JANS-Certified Radiation-Hardened GaN Transistors for Space Applications Infineon’s radiation-hardened GaN transistors are specifically designed for mission-critical applications in on-orbit satellites, crewed space missions, and deep-space exploration probes.

Infineon Debuts First In-House #JANS Certified #RadiationHardened #GaN Transistors for #SpaceApplications

EPC Space Launches Rad-Hard EPCS4001 Buck Converter Controller with Comprehensive Reference Design for Demanding Environments The EPCS4001 is a rad-hard CMOS ASIC co-developed with CERN and built to operate with EPC’s GaN-based rad-hard power stage.

EPC Space Launches #RadiationHardened EPCS4001 #BuckConverter Controller with Comprehensive #ReferenceDesign for Demanding Environments

The global radiation-hardened #electronics market is projected to rise from $1,691.9M in 2024 to $2,104.2M by 2030, growing at a CAGR of 3.7%.

Check it out here: bityl.co/RqvG

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