Development of SPICE-models of the Complementary Bipolar Transistors with Account for Dose Effect

Yu.Yu. Gulin, A. Ryabev, M. Gorchichko
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Abstract

. This article discusses the ongoing development of SPICE-models of the complementary bipolar transistors (CBT) with account for dose radiation effects. The conducted research included exposing the transistors to the source of gamma rays. The ex-perimental characteristics, reflecting the degradation parameters of the bipolar transistors under the influence of the accumulated dose of radiation are attained, as well as at the extracted parameters of the SPICE-model. Based on the extracted parameters, a SPICE-model of complementary bipolar transistors has been developed, with account for the radioactive degradation with the dosage absorbed ranging from 0 to 100 krad (Si).
考虑剂量效应的互补双极晶体管spice模型的建立
. 本文讨论了考虑剂量辐射效应的互补双极晶体管(CBT)的spice模型的发展。进行的研究包括将晶体管暴露在伽马射线源下。得到了反映双极晶体管在累积辐射剂量影响下退化参数的实验特性,以及提取的spice模型参数。基于提取的参数,建立了互补双极晶体管的spice模型,该模型考虑了吸收剂量在0 ~ 100 krad (Si)范围内的放射性降解。
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