Parametric evaluation of the SEE rate on the SEU and SEL monitors aboard the Alphasat using the IRPP model
Calculating Single Event Effect (SEE) rates is essential to ensure space mission reliability. Standard methods rely on ground-data which is not fully representative of the space radiation environment. In this paper, we evaluate these methods using SEE data collected during 5.5 years from the Single...
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| Veröffentlicht in: | IEEE transactions on nuclear science 2023-08, Vol.70 (8), p.1-1 |
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| creator | Pinto, M. Poivey, C. Gupta, V. Pesce, A. Poizat, M. Vuolo, M. Evans, H. |
| description | Calculating Single Event Effect (SEE) rates is essential to ensure space mission reliability. Standard methods rely on ground-data which is not fully representative of the space radiation environment. In this paper, we evaluate these methods using SEE data collected during 5.5 years from the Single Event Upset and Single Event Latch-up Monitors aboard the Alphasat spacecraft in Geostationary orbit. |
| doi_str_mv | 10.1109/TNS.2023.3239536 |
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Standard methods rely on ground-data which is not fully representative of the space radiation environment. 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| source | IEEE Electronic Library (IEL) |
| subjects | Alphasat CTTB Extraterrestrial radiation Galactic Cosmic Rays Geostationary orbit Geosynchronous orbits Ionization Latch-up Monitoring Monitors Parametric statistics Protons Radiation Radiation Effects SEE Rate Sensitivity Single Event Effects Single event upsets Space missions Space vehicles Spacecraft SRAM |
| title | Parametric evaluation of the SEE rate on the SEU and SEL monitors aboard the Alphasat using the IRPP model |
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