Space applications frequently use flash memories for mass storage data. However, the technology applied in the memory array and peripheral circuity are not inherently radiation tolerant. This work introduces the results of radiation test campaigns with heavy ions and protons on a SLC NAND Flash. Static tests showed different failures types. Single events upsets and raw error cross sections were presented, as well as an evaluation of the occurrences of the events. Characterization of effects on the embedded data registers was also performed.Peer reviewe
We compare radiation effects on the highest density multi-level cell NOR and single-level cell NAND ...
Heavy ion single-event measurements and TID response for 8Gb commercial NAND flash memories are repo...
We analyzed floating-gate upsets in 25-nm multilevel cell NAND Flash memories irradiated with heavy ...
Besides being widely used in virtually all terrestrial applications requiring non-volatile storage, ...
Heavy-ion irradiation of NAND flash memories under operating conditions leads to errors with complex...
We review ionizing radiation effects in Flash memories, the current dominant technology in the comme...
We evaluated the effects of heavy ion and proton irradiation for a 3D NAND flash. The 3D NAND showed...
The authors report total ionizing dose and single event effects on 2Gb Samsung flash memory devices ...
This paper discusses the current problem of the electronic memory reliability in terms of the ionizi...
We study the effects of exposure to accelerated neutron beams of Floating Gate (FG) Flash memories ...
This paper studies the system-level reliability of 16nm MLC NAND flash memories under total ionizing...
higher density flash memories. Stand-by currents and functionality tests were used to characterize t...
We study total dose effects in advanced multi- and single-level NAND Flash memories. We discuss rete...
Electronic chips working in the space environment are constantly subject to both single event and to...
We study the effects of exposure to accelerated neu-tron beams of Floating Gate (FG) Flash memories...
We compare radiation effects on the highest density multi-level cell NOR and single-level cell NAND ...
Heavy ion single-event measurements and TID response for 8Gb commercial NAND flash memories are repo...
We analyzed floating-gate upsets in 25-nm multilevel cell NAND Flash memories irradiated with heavy ...
Besides being widely used in virtually all terrestrial applications requiring non-volatile storage, ...
Heavy-ion irradiation of NAND flash memories under operating conditions leads to errors with complex...
We review ionizing radiation effects in Flash memories, the current dominant technology in the comme...
We evaluated the effects of heavy ion and proton irradiation for a 3D NAND flash. The 3D NAND showed...
The authors report total ionizing dose and single event effects on 2Gb Samsung flash memory devices ...
This paper discusses the current problem of the electronic memory reliability in terms of the ionizi...
We study the effects of exposure to accelerated neutron beams of Floating Gate (FG) Flash memories ...
This paper studies the system-level reliability of 16nm MLC NAND flash memories under total ionizing...
higher density flash memories. Stand-by currents and functionality tests were used to characterize t...
We study total dose effects in advanced multi- and single-level NAND Flash memories. We discuss rete...
Electronic chips working in the space environment are constantly subject to both single event and to...
We study the effects of exposure to accelerated neu-tron beams of Floating Gate (FG) Flash memories...
We compare radiation effects on the highest density multi-level cell NOR and single-level cell NAND ...
Heavy ion single-event measurements and TID response for 8Gb commercial NAND flash memories are repo...
We analyzed floating-gate upsets in 25-nm multilevel cell NAND Flash memories irradiated with heavy ...