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Estimation of proton upset rates from heavy ion test data (ICs)

机译:根据重离子测试数据(IC)估算质子不正常发生率

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摘要

A simple method of calculating the proton upset rates from heavy ion test data is presented. Given the approximations made, particularly in fitting a curve to the experimental data, the error made in determining the upset rate can be as large as four or six. It is clear from this model that ICs with heavy ion thresholds <10 MeV/(mg/cm/sup 2/) will probably not upset with protons. In critical applications ICs with LET thresholds less than 10 MeV/(mg/cm/sup 2/) should be tested with protons, or at the minimum careful heavy ion test data should be taken in the low LET regions (for heavy ion upset considerations as well as proton upset).
机译:提出了一种根据重离子测试数据计算质子翻转速率的简单方法。在给出近似值的情况下,特别是在将曲线拟合到实验数据时,确定不正常率的误差可能会高达4或6。从此模型中可以清楚地看到,重离子阈值<10 MeV /(mg / cm / sup 2 /)的IC可能不会因质子而烦恼。在关键应用中,LET阈值小于10 MeV /(mg / cm / sup 2 /)的IC应该使用质子进行测试,或者至少应在低LET区域中获取仔细的重离子测试数据(出于重离子翻转的考虑)以及质子不安)。

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