机译:在16纳米CMOS FinFET中使用自偏置深N阱实现IoT的180mV高效81.2%开关电容倍压器
Taiwan Semiconductor Manufacturing Company, Hsinchu, Taiwan;
School of Electrical and Electronic Engineering, University College Dublin, Dublin 4, Ireland;
Taiwan Semiconductor Manufacturing Company, Hsinchu, Taiwan;
Taiwan Semiconductor Manufacturing Company, Hsinchu, Taiwan;
Taiwan Semiconductor Manufacturing Company, Hsinchu, Taiwan;
School of Electrical and Electronic Engineering, University College Dublin, Dublin 4, Ireland;
Capacitors; Capacitance; Clocks; FinFETs; Method of moments; Junctions; Voltage measurement;
机译:180 MV 81.2%的效率开关电容电压倍增,用于10次以16-NM CMOS FinFET在16-NM CMOS FinFET中的自偏置深N-井
机译:190 mV启动和效率为59.2%的CMOS栅极升压倍压电荷泵,采用0.18 urn标准CMOS工艺进行能量收集
机译:采用180nm CMOS技术的低压低功耗双尾比较器的设计
机译:4.7 A亚纳秒级响应的片上开关电容器DC-DC稳压器使用32nm SOI CMOS中的深沟道电容器以90%的效率提供3.7W / mm 2 sup>
机译:使用HD2自抑制和拉动缓解,0.85mM2在16-NM FinFET中为16-NM FINFET中的0.85mM2 51%的效率11-DBM紧凑型DCO-DCO-DCO-DCO-DCO-DCO-DCO-DCO-DCO-DCO-DCO-DCO-DCO-DCO-DCO-TX