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CubeSat: Real-time soft error measurements at low earth orbits

Brian D. Sierawski,Robert A. Reed,Kevin M. Warren,Andrew L. Sternberg,Rebekah Austin,J. M. Trippe,Robert A. Weller,Michael L. Alles,Ronald D. Schrimpf,Lloyd W. Massengill,Daniel M. Fleetwood,Gerald W. Buxton,Jonathan C. Brandenburg,W. Burns Fisher,Robert Davis

2017 IEEE International Reliability Physics Symposium (IRPS)（2017）

Cited 3|Views23
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Abstract
Vanderbilt has developed a low-cost on-orbit system to assess the radiation reliability and survivability of advanced semiconductor components in space. This system was integrated into the AO-85 CubeSat to enable comparisons between measured data and proton error rate predictions. The Vulcan payload includes the Low-Energy Proton (LEP) Experiment that provides data on the single-event-upset rate of a commercial SRAM. Three additional missions are underway to investigate the upset rate of various technology nodes.
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Key words
satellites,radiation hardness assurance,proton radiation effects,single event effects
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