ESSCIRC今年有4篇啊
时间：12-12
整理：3721RD
点击：
清华2篇复旦2篇，国内IC基本也就看这两个学校了
A 3us Wake-Up Time Nonvolatile Processor Based on
Ferroelectric Flip-Flops
Yiqun Wang2, Yongpan Liu2, Shuangchen Li2, Daming Zhang2, Bo
Zhao2, Mei-Fang Chiang1, Yanxin Yan1, Baiko Sai1, Huazhong Yang2
1Rohm Co., Ltd, Japan; 2Tsinghua University, China
A 12-Bit 110MS/s 4-Stage Single-Opamp Pipelined SAR ADC
with Ratio-Based GEC Technique
Rui Wang1, U-Fat Chio2, Sai-Weng Sin2, Seng-Pan U2, Zhihua
Wang1, Rui Paulo Martins2
1Tsinghua University, China; 2Universidade de Macau, Macau
A 10MHz Ripple-Based on-Time Controlled Buck Converter
with Dual Ripple Compensation and Real-Time Efficiency
Optimization
Danzhu Lu1, Jiale Yu1, Zhiliang Hong1, Jingwen Mao2, Hui Zhao2, Eric
Cirot2
1Fudan University, China; 2ST-Ericsson, China
A Low-Noise, 8.95-11GHz All-Digital Frequency Synthesizer
with a Metastability-Free Time-to-Digital Converter and a Sleepy
Counter in 65nm CMOS
Chen Jiang, Junren Liu, Yumei Huang, Zhiliang Hong
Fudan University, China
A 3us Wake-Up Time Nonvolatile Processor Based on
Ferroelectric Flip-Flops
Yiqun Wang2, Yongpan Liu2, Shuangchen Li2, Daming Zhang2, Bo
Zhao2, Mei-Fang Chiang1, Yanxin Yan1, Baiko Sai1, Huazhong Yang2
1Rohm Co., Ltd, Japan; 2Tsinghua University, China
A 12-Bit 110MS/s 4-Stage Single-Opamp Pipelined SAR ADC
with Ratio-Based GEC Technique
Rui Wang1, U-Fat Chio2, Sai-Weng Sin2, Seng-Pan U2, Zhihua
Wang1, Rui Paulo Martins2
1Tsinghua University, China; 2Universidade de Macau, Macau
A 10MHz Ripple-Based on-Time Controlled Buck Converter
with Dual Ripple Compensation and Real-Time Efficiency
Optimization
Danzhu Lu1, Jiale Yu1, Zhiliang Hong1, Jingwen Mao2, Hui Zhao2, Eric
Cirot2
1Fudan University, China; 2ST-Ericsson, China
A Low-Noise, 8.95-11GHz All-Digital Frequency Synthesizer
with a Metastability-Free Time-to-Digital Converter and a Sleepy
Counter in 65nm CMOS
Chen Jiang, Junren Liu, Yumei Huang, Zhiliang Hong
Fudan University, China
ADC能上是不容易，
不过澳门大学那个合作实验室ADC确实也挺牛的