Development and Optimization of Re-Oxidized Tunnel Oxide with Nitrogen Incorporation for the Flash Memory Applications

Jung-Geun Jee, W. Kwon, Woong Lee, Jung-Hyun Park, Hyeong-Ki Kim, Ho-Min Son, Wonjong Chang, Jae-Jong Han, Y. Hyung, Hyeon-deok Lee
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引用次数: 12

Abstract

The reliability properties of NOR flash memory with 65nm node being developed in Samsung electronics are greatly improved by using the newly proposed re-oxidized tunnel oxide. Especially, by optimizing the process variables such as the re-oxidation thickness/time, the partial pressure of NO during annealing, and the kinds of re-oxidizing materials, the Vth shifts post cycling and after post-cycling bake were decreased to the level of 28% and 42% of conventional NO annealed tunnel oxide, respectively.
用于快闪存储器的含氮再氧化隧道氧化物的开发与优化
三星电子正在开发的65nm节点NOR快闪存储器的可靠性,由于采用了新提出的再氧化隧道氧化物,得到了很大的提高。通过优化再氧化厚度/时间、退火过程中NO的分压、再氧化材料种类等工艺变量,循环后和循环后焙烧的Vth位移分别降至常规NO退火隧道氧化物的28%和42%。
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