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Assessment of sense measurement duration on BTI degradation in MG/HK CMOS technologies using a novel stacked transistor test structure

机译:使用新型堆叠晶体管测试结构评估MG / HK CMOS技术中BTI退化的感测持续时间

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The impact of sense measurement duration on BTI degradation in MG/HK devices is assessed by adapting a novel stacked transistor test structure in combination with a multiple drain current sensing scheme in the mu s and ms time range. For NBTI, a fast de -trapping component causes dispersion in the DC time evolution for the different sense measurement duration but only at short stress times. However, at long stress times, relevant for lifetime projections, the impact diminishes. For PBTI and AC stress, the sense measurement duration is not a contributing factor. For technology qualifications where prolonged stresses are exercised, sense duration in the mu s and ms time range yield equivalent model parameters. (C) 2017 Elsevier Ltd. All rights reserved.
机译:通过在ms和ms的时间范围内采用新颖的堆叠晶体管测试结构并结合多漏极电流检测方案,可以评估检测时间对MG / HK器件中BTI退化的影响。对于NBTI,对于不同的感测测量持续时间,但仅在较短的应力时间下,快速的去陷波分量会导致DC时间演变中的分散。但是,在较长的应力时间内(与寿命预测相关),影响会减小。对于PBTI和AC应力,感测持续时间不是影响因素。对于长时间使用应力的技术资格认证,在毫秒和毫秒时间范围内的感测持续时间会产生等效的模型参数。 (C)2017 Elsevier Ltd.保留所有权利。

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