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Mitigation of Soft Error Rate using Design, Process and Material Improvements

机译:通过设计,工艺和材料改进来减轻软错误率

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To meet specific product and field application needs, customers frequently ask the product's design teams and semiconductor foundries for more stringent Soft Error Rate (SER) radiation reliability requirements. These stretched product applications' needs call for special mitigation techniques and improvements to achieve robustness on SER by product design, process improvements and material changes to meet the requirements. In some cases even the combination of the design, process and material improvements are needed to achieve the stringent targets on product's SER. This paper presents some of the SER mitigation techniques by design, process and material improvements that are used to achieve the stringent SER targets along with the experiments and their results.
机译:为了满足特定的产品和现场应用需求,客户经常向产品的设计团队和半导体代工厂询问更严格的软错误率(SER)辐射可靠性要求。这些扩展的产品应用需求需要特殊的缓解技术和改进,以通过产品设计,工艺改进和材料更改来达到SER的鲁棒性,从而满足要求。在某些情况下,甚至需要设计,工艺和材料改进的组合来实现产品SER的严格目标。本文通过设计,工艺和材料改进介绍了一些SER缓解技术,这些技术可用于实现严格的SER目标以及实验及其结果。

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