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Guest Editorial Introduction to the Special Section on the 2022 Asian Solid-Stat
2022年亚洲固态电路会议(A-SSCC)精选论文特辑介绍,涵盖模拟、电源、生物医学、射频电路及机器学习SoC等领域。
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固态电路亚洲会议碳中性混合模式SoC
▸创新点1:超低电压频率锁定睡眠计时器采用时间域放大器和无开关电阻倍增器架构,在0.4V电压下仅消耗63nW功耗,温度依赖性低至2.73 ppm/°C,显著提升了低功耗计时器的能效比和温度稳定性(电路创新)
▸创新点2:交叉耦合电流镜混合电平移位器实现了0.3-1.2V电压转换,传播延迟20.08ns且每次转换能耗仅18.11fJ,通过混合结构优化了传统电平移位器的速度-功耗折衷(电路创新)
▸创新点3:2022 A-SSCC以'实现碳中世界的硅集成电路'为主题,首次将固态电路研究与全球碳中和目标深度结合,推动集成电路领域向可持续方向发展(系统创新)
▸创新点4:会议采用线上线下混合模式举办,吸引创纪录的594名参会者(线下345+线上249),通过技术手段实现学术交流的低碳化转型(方法创新)
Abstract
ue of the IEEE J OURNAL OF SOLID -
STATE CIRCUITS (JSSC) highlights outstanding papers
presented at the 2022 Asian Solid-State Circuits Conference
(A-SSCC), which was held from November 6 to 9, 2022 in
Taipei, Taiwan, under the conference theme “Silicon ICs
Enabling a Carbon Neutral World.” As one of the five con-
ferences fully supported by the IEEE Solid-State Circuits
Society, A-SSCC has gained prominence since its inception in
2005 as a leading global forum for showcasing advancements
in sol