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Evaluation of ultra-low power Tunneling Field Effect Transistor power management unit

机译:超低功率隧穿场效应晶体管功率管理单元的评估

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In this paper, we propose a TFET (Tunneling Field Effect Transistor) PMU (power management unit) of R80515 for ultra-low power. Both the dynamic power and leakage power are evaluated by HSPICE circuit simulation with Verilog-A models. From the simulation, we find the dynamic power of TFET circuits can be reduced by 80% and leakage power reduction can be nearly 30% compared with 130nm CMOS (Complementary Metal Oxide Semiconductor) implementation. The results indicate that TFET can achieve much higher power efficiency and the replacement can be vital to the whole design.
机译:在本文中,我们提出了R80515的TFET(隧道效应晶体管)PMU(电源管理单元),用于超低功耗。动态功率和泄漏功率均通过使用Verilog-A模型的HSPICE电路仿真进行评估。通过仿真,我们发现与130nm CMOS(互补金属氧化物半导体)实现方案相比,TFET电路的动态功率可以降低80%,泄漏功率的降低可以降低近30%。结果表明,TFET可以实现更高的功率效率,而替换对于整个设计至关重要。

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