PMOS剂量计片上高温退火的研究

A. Kelleher, W. Lane, L. Adams
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引用次数: 13

摘要

辐射敏感pMOS剂量计只能测量最大剂量,而最大剂量是由RADFET的类型、灵敏度和辐照条件决定的。在达到最大剂量时,通常必须更换剂量计。这项工作的目的是研究使用片上多电阻加热器将剂量计退火到辐照前阈值电压的可行性。该研究表明,片上加热是实现辐照后退火的可行选择,并且所获得的衰落特性与先前在NMRC radfet上进行的烤箱退火的研究结果一致。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of on-chip high temperature annealing of PMOS dosimeters
Radiation sensitive pMOS dosimeters can measure only to a maximum dose which is determined by the type, sensitivity and irradiation conditions of the RADFET. On reaching the maximum dose, the dosimeters normally have to be replaced. The aim of this work is to study the feasibility of using on-chip poly-resistor heaters to anneal the dosimeters back to their pre-irradiation threshold voltage. This study shows that on-chip heating is a viable option to achieve post-irradiation annealing, and that the fading characteristics obtained agree with those of oven annealing from a previous study which was carried out on the NMRC RADFETs.
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