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Guest Editorial 2023 Custom Integrated Circuits Conference T HIS Special Issue o
2023年CICC会议精选论文特刊，涵盖RF、毫米波、硅光子等多个IC设计领域。
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集成电路CICC会议RF设计毫米波硅光子
▸创新点1：亚太赫兹唤醒接收器架构 - 采用探测器优先架构和伪差分冷FET基CMOS太赫兹探测器，显著降低功耗，适用于超小型化、大规模部署平台，展示了在低功耗无线通信领域的系统创新。
▸创新点2：基于三耦合变压器的宽带低噪声放大器 - 利用三耦合变压器实现Gm提升和增强噪声消除，覆盖52-73GHz宽带范围，提供了在高频段实现低噪声性能的电路创新方法。
▸创新点3：免费周日教程教育承诺 - CICC通过提供免费周日教程轨道，增强了会议的教育和信息传播功能，体现了其在促进集成电路领域知识共享和人才培养方面的系统创新。
▸创新点4：双DTC辅助时间放大相位频率检测器的分数N电荷泵锁相环 - 采用双DTC辅助技术，有效抑制电荷泵带内噪声并同时消除量化误差，实现了24-28GHz范围内低于50fs的rms抖动，展示了在高精度时钟生成领域的电路创新。
Abstract
) features expanded versions of
key articles presented at the 2023 Custom Integrated Circuits
Conference (CICC), which was an in-person event held in
San Antonio, TX, USA, from April 23 to 26, 2023. As
the world’s premier conference devoted to integrated circuit
(IC) development, CICC remains a vibrant forum for sharing
the state-of-the-art techniques from world-renowned experts
in custom IC design and adjacent fields. Notably, CICC
demonstrates its commitment to its mission to educate and
disse