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NBTI Tolerant 4T Double-Gate SRAM Design

机译:NBTI宽容4T双门SRAM设计

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摘要

In this paper, we propose 4T FinFET SRAM cells which are robust against NBTI effect. The cells, which only use NMOS or PMOS transistors in their structures, are called 4TLLFBNO and 4TDLFBPO, respectively. The simulation results at iso-area design reveal that 4TLLFBNO has the highest read current and 4TDLFBPO has the least power consumption among different cells. Both cells are expected to be robust for at least 3 years against the NBTI degradation considering the read and hold SNMs. Read current is also not degraded considerably in comparison with previous cells. The cells have good write SNM and write time and outperform the pervious cells in terms of the maximum number of cells per column without degrading by NBTI effect.
机译:在本文中,我们提出了4T FinFET SRAM细胞,其对NBTI效应具有稳健。仅在其结构中使用NMOS或PMOS晶体管的电池分别称为4TLLFBNO和4TDLFBPO。 ISO区设计的仿真结果表明,4TLLFBNO具有最高读电流,4TDLFBPO在不同单元格之间具有最小的功耗。考虑到读取和保持SNMS,这两个细胞预计至少3年才能抵抗NBTI劣化。与先前的单元格相比,读电电流也不会显着降低。细胞具有良好的写入SNM和写入时间并在每列的最大细胞数方面倾斜,而不会通过NBTI效应降低。

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