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NBTI and irradiation related degradation mechanisms in power VDMOS transistors

机译:功率VDMOS晶体管中的NBTI和与辐射有关的退化机制

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In this paper it is shown that NBT stress effects in previously irradiated devices are strongly dependent on the total dose received. Namely, in the case of low-dose irradiation the subsequent NBT stress seems to lead to further device degradation. On the other hand, in the case of devices previously irradiated to higher doses, NBT stress seems to have positive role as it practically anneals a part of radiation-induced degradation. The total dose received at which NBT stress almost completely anneals radiation-induced degradation is determined to be around 60 Gy.
机译:在本文中,表明先前辐照过的设备中的NBT应力效应强烈取决于所接收的总剂量。即,在低剂量照射的情况下,随后的NBT应力似乎导致进一步的器件劣化。另一方面,对于先前已接受更高剂量辐照的设备,NBT应力似乎具有积极作用,因为它实际上可以退火一部分辐射引起的降解。 NBT应力几乎完全消除辐射引起的降解的总剂量确定为60 toGy。

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