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Gamma-ray irradiation and post-irradiation responses of high dose range RADFETs

机译:高剂量范围RADFET的伽马射线辐照和辐照后响应

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摘要

Gamma-ray irradiation and post-irradiation responses have been studied for the two types of radiation sensitive p-channel MOSFETs (RADFETs) from different manufacturers. In addition to, in dosimetric applications standard, threshold voltage measurements at a single specified current, transistor I-V and charge-pumping characteristics have been monitored. This has been shown to be useful in providing a more detailed insight into processes that occur during irradiation and subsequent annealing at elevated temperature. In particular, the role of switching oxide traps (also known as "border" traps) and electron traps in studied devices has been revealed.
机译:对于来自不同制造商的两种类型的辐射敏感p沟道MOSFET(RADFET),已经研究了伽马射线辐照和辐照后响应。此外,在剂量学应用标准中,还监视了单个指定电流下的阈值电压测量,晶体管的I-V和电荷泵特性。业已证明,这有助于更详细地了解辐照过程以及随后在高温下进行退火的过程。特别是,已揭示了在研究的器件中切换氧化物陷阱(也称为“边界”陷阱)和电子陷阱的作用。

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