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SRAM Write-Ability Improvement With Transient Negative Bit-Line Voltage

机译:利用瞬态负位线电压改善SRAM的写入能力

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摘要

Increasing variations in device parameters significantly degrades the write-ability of SRAM cells in deep sub-100 nm CMOS technology. In this paper, a transient negative bit-line voltage technique is presented to improve write-ability of SRAM cell. Capacitive coupling is used to generate a transient negative voltage at the low-going bit-line during Write operation without using any on-chip or off-chip negative voltage source. Statistical simulations in a 45–nm PD/SOI technology show a $10^{3}{rm X}$ reduction in the Write-failure probability with the proposed method.
机译:器件参数变化的不断增加大大降低了深亚100 nm CMOS技术中SRAM单元的可写性。本文提出了一种瞬态负位线电压技术来提高SRAM单元的可写性。电容耦合用于在写操作期间在低位位线上产生瞬态负电压,而无需使用任何片上或片外负电压源。在45纳米PD / SOI技术中的统计模拟显示,使用所提出的方法,写入失败概率降低了10 ^ {3} {rm X} $。

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