Titlebook: Single-Event Effects, from Space to Accelerator Environments; Analysis, Prediction Ygor Quadros de Aguiar,Frédéric Wrobel,Rubén Garcí Book‘

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Radiation Environment and Their Effects on Electronics,chieve this, it is important to have a solid understanding of different radiation environments and their effects on matter. This chapter aims to provide the necessary foundations to comprehend the dynamics of radiation environments, including space and Earth’s atmosphere, as well as particle acceler

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Single-Event Effect Prediction Methodologies,ld of electronics for understanding the behavior of MOS transistors. Likewise, in the investigation of electronic components’ susceptibility to radiation effects, numerous models have been developed and documented in the literature to analyze the diverse interaction mechanisms at both the device and

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Radiation Hardening,d hardening techniques to improve the resilience of electronic systems. Considering that the radiation environment and the operation conditions are known, as it will be shown in this chapter, several techniques can be applied to increase the robustness of a circuit. The radiation hardening technique

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Analysis of Circuit-Based RHBD Techniques,ction levels. Here, we evaluate the charge sharing effect, considering its dependence on cell placement and logic synthesis. Subsequently, an optimization methodology is proposed to enhance overall circuit hardness through signal probability–based pin swapping.

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