Research on radiation hardened technology of silicon based high frequency low power transisto

He Lv, Hongwei Zhang, B. Mei, Qingkui Yu, Yi Sun, Pengwei Li
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Abstract

In this paper, Co-60 is used as the irradiation source, and the radiation evolution of the deep level defects and the electrical properties of 3DG2484 transistor are studied by using semiconductor parameter analyzer and deep level defect transient spectrometer. According to the radiation degradation and the transistor manufacturing technology, the radiation hardening methods such as optimizing the oxide layer process, increasing the passivation layer thickness, improving the base surface state, adjusting the base surface concentration and heavy metal doping (Platinum) are proposed. And the experimental verification is carried out.
硅基高频低功率晶体管抗辐射技术研究
本文以Co-60为辐照源,利用半导体参数分析仪和深能级缺陷瞬态光谱仪研究了3DG2484晶体管深能级缺陷的辐射演化和电学性能。根据辐射退化和晶体管制造工艺,提出了优化氧化层工艺、增加钝化层厚度、改善基面状态、调整基面浓度和掺杂重金属(铂)等辐射硬化方法。并进行了实验验证。
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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