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Electronics / Memory scrubbing / Single event upset / ECC memory / Soft error / Error detection and correction / Reliability engineering / Radiation hardening / Redundancy / Computer memory / Electronic engineering / Engineering


SYSTEM EFFECTS OF SINGLE EVENT UPSETS A. M. Finn United Technologies Research Center Silver Lane East Hartford, CT 06108
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Document Date: 2005-06-10 07:54:26


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Monterey / Hartford / /

Company

IBM / Prentice-Hall / MIT Press / SEU Fault Rates Semiconductor / John Wiley and Sons / Background Semiconductors / Aeronautics and Astronautics Inc. / /

Event

Product Issues / Extinction / /

Facility

NASA Langley Research Center / American Institute of Aeronautics / /

IndustryTerm

high-energy particle / memory chip / watchdog processors / aerospace applications / nonlinear energy deposition rates / given chip / aerospace computer / software execution / reliability systems / process technology / redundant processors / metal interconnections / faulty chips / satellite memory / control system software / minimum geometry devices / Memory chips / /

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MIT / Mw / American Institute of Aeronautics and Astronautics / National Aeronautics and Space Administration / NASA Langley Research Center / /

Product

word / digit / digits / probability / memory digits / chips / /

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New Jersey / Connecticut / California / /

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Kbit / /

Technology

semiconductor / alpha / radiation / RAM / EVENT UPSETS A. M. Finn United Technologies / random access / SRAM / operating system / process technology / Memory chips / watchdog processors / 4 static RAM chips / semiconductors / memory chip / permanently faulty chips / simulation / given chip / 1K bit static RAM chips / integrated circuit / /

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