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Studying of hot-carrier effect in floating body SOI MOSFETs by the transient charge pumping technique

机译:瞬态电荷泵技术研究浮体SOI MOSFET中的热载流子效应

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摘要

The newly introduced transient charge pumping (TCP) technique is used to characterize hot-carrier effects in floating body SOI MOSFETs for the first time. Its unique advantage is the possibility to characterize SOI transistors without a body contact. The method was tested on state-of-the-art 0.13-μm partially depleted devices. TCP measurements performed in the course of a hot-carrier stress allow monitoring the interface traps density. It was observed that the measured trap density kinetics correlates well with the device parameter degradation. The results obtained demonstrate a high potential for our TCP method in the evaluation of the reliability of floating body transistors.
机译:新引入的瞬态电荷泵(TCP)技术首次用于表征浮体SOI MOSFET中的热载流子效应。它的独特优势是无需身体接触即可表征SOI晶体管的可能性。该方法已在最新的0.13μm部分耗尽的设备上进行了测试。在热载流子应力过程中执行的TCP测量允许监视接口陷阱密度。观察到,所测量的阱密度动力学与器件参数的下降有很好的相关性。获得的结果证明了我们的TCP方法在评估浮体晶体管的可靠性方面具有很高的潜力。

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