In this paper, space radiation environment and single event effect(SEE) have been analyzed for the KOMPSAT-2 operational orbit. As spacecraft external and internal space environment, trapped proton, SEP(solar energetic particle) and GCR(galactic cosmic ray) high energy protons and heavy ions spectrums are analyzed. Finally, SEU and SEL rate prediction has been perfomed for the Intel 80386 microprocessor CPU that is planned to be used in the KOMPSAT-2. As the estimation results, under nominal operational condition, it is predicted that trapped proton and high energetic proton induced SEU effect will not occur. But, it is predicted that heavy ion induced SEU can occur several times during KOMPSAT-2 3-year mission operation. KOMPSAT-2 has been...
KITSAT-1, launched in 1992, passes through Inner Van Allen Radiation Belt in which high energy proto...
Recent improvements in the radiation transport code HZETRN/BRYNTRN and galactic cosmic ray environme...
Real-time estimation of cosmic-ray fluxes on satellite orbits is one of the greatest challenges in s...
In this paper, space radiation environment and total ionizing dose(TID) effect have been analyzed fo...
One of the important effects of the space environment on the satellites and spacecrafts is the singl...
This paper addresses the results of HAUSAT-2 radiation environment and effect analyses, including TI...
During a solar particle event (SPE) a spacecraft can suffer a large number of single event effect (S...
In this paper are first summarized representative examples of anomalies observed in systems operatin...
State-of-the-art commercial microprocessors are attractive for use in cost effective space missions ...
The intense heavy ion environment encountered in space applications can cause a variety of effects i...
This study examines the problems encountered by spacecraft due to the space radiation environment. P...
Radiation encountered in space environments can be damaging to microelectronics and potentially caus...
Today’s small satellites employ powerful microcircuits to control virtually every aspect of the spac...
Today\u27s small satellites employ powerful microcircuits to control virtually every aspect of the s...
Abstract: The Cosmic Ray Energetics and Mass (CREAM) instrument is currently being reconfigured for ...
KITSAT-1, launched in 1992, passes through Inner Van Allen Radiation Belt in which high energy proto...
Recent improvements in the radiation transport code HZETRN/BRYNTRN and galactic cosmic ray environme...
Real-time estimation of cosmic-ray fluxes on satellite orbits is one of the greatest challenges in s...
In this paper, space radiation environment and total ionizing dose(TID) effect have been analyzed fo...
One of the important effects of the space environment on the satellites and spacecrafts is the singl...
This paper addresses the results of HAUSAT-2 radiation environment and effect analyses, including TI...
During a solar particle event (SPE) a spacecraft can suffer a large number of single event effect (S...
In this paper are first summarized representative examples of anomalies observed in systems operatin...
State-of-the-art commercial microprocessors are attractive for use in cost effective space missions ...
The intense heavy ion environment encountered in space applications can cause a variety of effects i...
This study examines the problems encountered by spacecraft due to the space radiation environment. P...
Radiation encountered in space environments can be damaging to microelectronics and potentially caus...
Today’s small satellites employ powerful microcircuits to control virtually every aspect of the spac...
Today\u27s small satellites employ powerful microcircuits to control virtually every aspect of the s...
Abstract: The Cosmic Ray Energetics and Mass (CREAM) instrument is currently being reconfigured for ...
KITSAT-1, launched in 1992, passes through Inner Van Allen Radiation Belt in which high energy proto...
Recent improvements in the radiation transport code HZETRN/BRYNTRN and galactic cosmic ray environme...
Real-time estimation of cosmic-ray fluxes on satellite orbits is one of the greatest challenges in s...