首页> 外文会议>NATO Advanced Research Workshop on Advanced Experimental Methods for Noise Research in Nanoscale Electronic Devices >LOW FREQUENCY NOISE STUDIES OF Si NANO- CRYSTAL EFFECTS IN MOS TRANSISTORS AND CAPACITORS
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LOW FREQUENCY NOISE STUDIES OF Si NANO- CRYSTAL EFFECTS IN MOS TRANSISTORS AND CAPACITORS

机译:MOS晶体管和电容器中Si纳米晶体效应的低频噪声研究

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Recent developments in the novel generation of Non Volatile Memories (NVM) containing a plane of Si nano-crystals (Si-nc), embedded in the gate oxide MOS transistors, created a need for a better understanding of the basic physics of the charge/release phenomena on the Si-nc's. Such studies are also important because the expected retention time is interesting for practical memory applications. Here, for the first time to our knowledge, low frequency noise (LFN) studies on MOS capacitors and transistors "With the Si-nc's are presented. The results obtained in the structures with and without Si-nc's are compared. The implication of the Si-nc's in the LFN generation and charge dynamics in the devices are discussed.
机译:嵌入在栅极氧化物MOS晶体管中的含有Si纳米晶体(Si-NC)平面的非挥发物(NVM)的最新发展产生了需要更好地理解电荷的基本物理/在SI-NC的释放现象。此类研究也很重要,因为实际存储器应用的预期保留时间很有趣。在这里,介绍了我们的知识,提出了对MOS电容器和晶体管的低频噪声(LFN)研究,与SI-NC进行了。比较了在结构和没有SI-NC的结构中获得的结果。含义讨论了LFN生成和电荷动态的SI-NC。

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