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JSSC 2019第9期MemorySRAMEmerging Memory

Self-Convergent Trimming SRAM True Random Number Generation With In-Cell Storage

首次实现基于4T-2R自对准氮化物SRAM单元的真随机数生成器,通过自收敛修调机制减少工艺变异影响。
未明确提及(需补充具体参数如CMOS工艺/电压/速度)
真随机数生成器SRAM随机电报噪声自收敛修调数据安全
4T-2R自对准氮化物SRAM单元集成设计
利用接触式RRAM的随机电报噪声实现真随机翻转
自收敛修调机制抑制工艺失配
Abstract
In this paper, a novel 4T-2R self-aligned nitride (SAN) cell-integrated static random-access memory (SRAM) cell is first implemented for true random number generator (TRNG) applications. The SRAM can be latched to either state by the unpredictable random telegraph noise (RTN) on the contact RRAMs (CRRAMs). With a self-convergent trimming mech- anism, mismatches in SRAM cells due to process variation can be effectively reduced, enabling the small RTN signal to toggle the states randomly. In additi