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Validation of the component degradation simulation tool (CODES)

机译:验证组件退化仿真工具(CODES)

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SEE mechanisms in modern technologies radiation have increasing complexity. This paper reviews CODES and SVFIT (Sensitive Volume Fit) models, which have been developed to evaluate device sensitivity to radiation and predict SEU rates. These models are the object of an engineering tool that is currently under development. The models are based on the Geant4 radiation transport program combined with irradiation test data. For models validation the Reference SEU Monitor (RSEUM) has been fully simulated. The models allow a very good reconstruction of SEU cross-section curves for ions and protons based on ion test data simulation. The description of direct and indirect ionization profiles at the RSEUM sensitive volume for all particles and energies is presented. This paper describes the models, the overall framework and some of the most relevant results.
机译:现代技术辐射中的SEE机制越来越复杂。本文回顾了CODES和SVFIT(敏感体积拟合)模型,这些模型已被开发用来评估设备对辐射的敏感性并预测SEU率。这些模型是当前正在开发的工程工具的对象。这些模型基于Geant4辐射传输程序并结合了辐射测试数据。对于模型验证,已完全模拟了参考SEU监视器(RSEUM)。基于离子测试数据模拟,这些模型可以很好地重建离子和质子的SEU截面曲线。介绍了所有粒子和能量在RSEUM敏感体积处的直接和间接电离曲线的描述。本文介绍了模型,总体框架以及一些最相关的结果。

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