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Introduction to the Special Issue on the 35th European Solid-State Circuits Conf
本期IEEE JSSC特刊精选了2009年第35届欧洲固态电路会议（ESSCIRC）的论文，涵盖RF、模拟和数字电路领域。
130 nm CMOS, 6.7 kbps OOK解调器
固态电路RF电路模拟电路数字电路ESSCIRC
▸创新点1：130 nm CMOS集成能量供应与检测电路采用超低功耗设计（纳瓦级），专为定位系统优化，同时可作为6.7 kbps的OOK解调器，实现了能量效率与通信功能的双重突破（方法创新）。
▸创新点2：60 GHz宽带功率放大器基于标准CMOS SOI 65 nm工艺，采用两级共源共栅结构，饱和功率达10-16.5 dBm，峰值功率附加效率(PAE)超过20%，解决了毫米波频段的高效功率放大难题（电路创新）。
▸创新点3：超低功耗定位系统整合了纳瓦级能量供应与检测电路，通过创新架构实现微型化与低功耗的协同优化，适用于物联网等对功耗敏感的应用场景（系统创新）。
▸创新点4：GSM兼容型本地振荡器在65 nm CMOS工艺下仅占用0.06 mm²面积，工作电流9 mA（1.2V供电），输出13-15 GHz信号并集成分频器，展现了高频振荡器的微型化设计突破（电路创新）。
Abstract
ecial Issue of the IEEE J OURNAL OF SOLID-
STATE CIRCUITS traditionally covers a selection of pa-
pers that were presented at the European Solid-State Circuits
Conference (ESSCIRC). This Special Issue contains extended
papers from the 35th ESSCIRC, held September 14–18, 2009,
in Athens, Greece. The conference was jointly organized for the
8th time together with ESSDERC.
The papers in this issue were selected from all papers pre-
sented at ESSCIRC 2009, based on the feedback from about
100 member