The total ionizing dose（TID） response of 65-nm CMOS transistors is studied by 10-ke V x-ray and 3-Me V protons up to 1 Grad（SiO_2） total dose.The degradation levels induced by the two radiation sources are differe...The total ionizing dose（TID） response of 65-nm CMOS transistors is studied by 10-ke V x-ray and 3-Me V protons up to 1 Grad（SiO_2） total dose.The degradation levels induced by the two radiation sources are different to some extent.The main reason is the interface dose enhancement due to the thin gate oxide and the low energy photons.The holes＇ recombination also contributes to the difference.Compared to these two mechanisms,the influence of the dose rate is negligible.展开更多
文摘The total ionizing dose（TID） response of 65-nm CMOS transistors is studied by 10-ke V x-ray and 3-Me V protons up to 1 Grad（SiO_2） total dose.The degradation levels induced by the two radiation sources are different to some extent.The main reason is the interface dose enhancement due to the thin gate oxide and the low energy photons.The holes＇ recombination also contributes to the difference.Compared to these two mechanisms,the influence of the dose rate is negligible.
