Qualitative Risk Assessment in the Application of Circuit-based Protection Against SEL in Space Electronics

A. Yanenko
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Abstract

The article considers the peculiarities of single event latch-up (SEL) in microelectronic devices under space high-energy particles irradiation and shows the limitations and risks of the usage of circuit-based SEL protection in space electronics. Different parameters of multiple thyristor structures in common IC chip and fixed threshold current of SEL suppressor circuit lead to a possibility not to detect some of many SEL events under ion irradiation and increase the risk of hard error due to SEL. Several salvations of this problem are discussed in the paper.
空间电子系统中基于电路的SEL防护应用的定性风险评估
本文分析了空间高能粒子辐照下微电子器件的单事件锁存(SEL)特性,指出了在空间电子器件中使用基于电路的SEL保护的局限性和风险。由于普通IC芯片中多个晶闸管结构的参数不同,且SEL抑制电路的阈值电流固定,导致在离子照射下可能无法检测到许多SEL事件,增加了由于SEL而导致硬误差的风险。本文讨论了解决这一问题的几种方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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