The Impact of Space Radiation on Spacecraft Electronics: Adverse Effects on Measurement Processes and Strategies for Mitigating Data Corruption

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The Impact of Space Radiation on Spacecraft Electronics: Adverse Effects on Measurement Processes and Strategies for Mitigating Data Corruption

Journal Title: Scientific Work - Year 2024, Vol 18, Issue 11

Abstract

Abstract The article investigates the effects of cosmic radiation on spacecraft electronics and measurement systems, as well as ways to prevent system failures. In contrast to interplanetary, magnetospheric and ground-based effects, this study provides a brief summary of the main effects of cosmic radiation on satellite and spacecraft electronics. The intensity of solar activity includes the complex effects of geomagnetic storms that can endanger the life of satellites and spacecraft, as well as adverse effects on spacecraft measurement processes and electronics due to electromagnetic emissions and energetic particles. During operation, the spacecraft is constantly exposed to radiation from various high-energy particles, which can lead to performance degradation and operational failures. In some cases, particles with sufficient energy penetrate the satellite surface, causing errors in measured values. Such events can lead to mismanagement of the overall system and even permanent system failure. It is important to understand the dynamics of the space radiation environment and related factors for the sustainable operation, design and operation of spacecraft according to the intended environment. This study investigates various anomalies related to the space radiation environment and outlines some strategies to mitigate their effects.

Authors and Affiliations

Elnur Ahmadzade

Keywords

Keywords: cosmic radiation effects of cosmic rays reliability of electronics radiation induced errors degradation of electronic components mitigation strategies

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EP ID EP751810
DOI 10.36719/2663-4619/108/165-173
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