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Full 3D Simulation of 6T-SRAM Cells for the 22nm Node

机译:用于22nm节点的6T-SRAM单元的全3D模拟

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摘要

6T-SRAM cell designs for the 22nm node are compared via full 3-dimensional cell simulation with Sentaurus (v.2008.09), to allow the benefits of advanced MOSFET structures to be accurately assessed. Segmented MOSFET (SegFET) technology provides for enhanced read stability and write-ability, as compared to conventional planar and tri-gate technologies. It also provides for improved SRAM cell yield, primarily because of improved robustness to process-induced variations, and improved immunity to soft errors.
机译:通过Sentaurus(v.2008.09)的全3维小区模拟比较了22nm节点的6T-SRAM单元设计,以便准确评估高级MOSFET结构的优势。与传统的平面和三门技术相比,分段MOSFET(SEGFET)技术提供了增强的读取稳定性和写入能力。它还提供了改善的SRAM细胞产量,主要是因为改善了处理诱导的变化的鲁棒性,并改善了对软错误的免疫力。

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