寧寧

一、研究領域簡介

主要從事ADC/DAC數模混合集成電路與系統設計、高速時鐘和數據介面電路設計，電源管理集成電路設計等領域的研究工作工作，特別在超高速、高速高精度、低壓低功耗ADC和顯示驅動等領域有一定成果積累。

二、研究方向

研究內容1：數模混合集成電路與系統設計

（1）新型系統架構設計和ADC/DAC自動校正演演算法研究。

（2）高速高精度、低壓低功耗數模混合集成電路設計技術。

研究內容2：高速時鐘和數據介面電路設計

（1）高速鎖相環、延遲鎖相環、時鐘接收等時鐘電路研究。

（2）MIPI、LVDS、CML等高速數據輸入輸出介面電路設計技術。

研究內容3：電源管理集成電路設計

（1）新型數模混合、軟硬體協同電源驅動技術研究。

（2）顯示驅動、綠色照明、電源管理等領域的集成電路設計開發。

三、承擔參與的科研項目情況

先後主持或主研參與了國家973項目子專題1項、國家自然科學基金面上項目1項、部級預先研究項目2項、教育部中央高校基金重大培育項目1項、教育部博士點基金1項、廣東省戰略新興產業化項目2項以及多項橫向合作項目等，共10餘項科研項目。成果轉讓1項。

代表性期刊論文

Jing Li,Shuangyi Wu,Yang Liu,Ning Ning, Qi Yu."A Digital Timing Mismatch Calibration Technique in Time-Interleaved ADCs",IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS—II: EXPRESS BRIEFS, 2014, 61(7):486-490.

Ling Du,Ning Ning*,Shuangyi Wu,Qi Yu, Yang Liu. "A digital background calibration technique for SAR ADC based on capacitor swapping",IEICE Electronics Express, 2014, 11(12):1-11.

Ning Ning*, Zhenxiao Tong, Dejun Yu, Shuangyi Wu, Wenbin Chen, and Chunyi Feng. “Highly AC Voltage Fluctuation-Resistant LED Driver with Sinusoid-Like reference”,Journal of Power Electronics, 2014, 14(2): 257-264.

Ning Ning*, Zhiling Sui, Jing Li, Shuangyi Wu, Hua Chen, Shuangheng Xu, Qi Yu. “Multi Scaling Coefficients Technique for Convergence Speed Boosting in Gain Error Background Calibration of Pipelined ADC”,Journal of Circuits, System, and Computers, 2014, 23(3), pp: 145003401-145003412.

Ning Ning*, Siyuan Zhao, Kejun Wu, Shuangyi Wu, Taizhong Liu, Junming Han, Liang Li. “A Subthreshold MOSFET Voltage Reference Based on Current Mirror Technology Under 55 nm CMOS Process”,Nanoscience and Nanotechnology Letters, 2014, 6(2), pp:128-133.

Ning Ning*,Ling Du, Hua Chen, Shuangyi Wu, Qi Yu, Yang Liu. “A Dithering Technique for SHA_Less Pipelined ADC”,Journal of Circuits, System, and Computers, 2014, 23(1), pp:14500601-14500612.

Ning Ning*, Wenbin Chen, Dejun Yu, Chunyi Feng, Chengbi Wang. “Self-adaptive load technology for multiplestring LED drivers”,Electronics Letters, 2013, 49(18), pp:1170-1171.

Ling Du,Ning Ning*, Jun Zhang, Qi Yu , Yang Liu. “Self-Calibrated SAR ADC Based on Split Capacitor DAC without use of Fractional Value Capacitor”,IEEJ Transactions on Electrical and Electronic Engineering, 2013, 8(4), pp:408-414.

Ning Ning*, Chunyi Feng, Zhentao Xu, Shuangyi Wu, Kejun Wu, Rui Luo, Qi Yu. “A Sub-1 V Bandgap Reference Based on Different Threshold MOSFETs Under 40 nm Process”,Nanoscience and Nanotechnology Letters, 2012,4(9), pp:919-923.

Ning Ning*, Chunyi Feng, Zhentao Xu, Shuangyi Wu, Kejun Wu, Rui Luo, Qi Yu. “A Sub-1 V Bandgap Reference Based on Different Threshold MOSFETs Under 40 nm Process”,Nanoscience and Nanotechnology Letters, 2012, 4(9): 919-923.

Ning Ning*, Sui Zhiling, Chen Hua, Xu Shuangheng, Jun Zhang, Jie Zheng, Shuangyi Wu, Qi Yu. “Transfer characteristic shift technique for full input range in pipelined ADCs with background calibration”,Electrical Review,2012, 11a: 214-217.

Ning Ning*, Yang Fan, Zhiling Sui, Yingshuai Cao, Shuangyi Wu, Qi Yu. “A Fully Differential Operational Transconductance Amplifier under 40nm CMOS Logic Process”,Nanoscience and Nanotechnology Letters, 2012, 4(8): 849-853.

Jing Li,Ning Ning, Ling Du, Qi Yu, Yang Liu. “The Impact of Gate Leakage Current on PLL in 65nm Technology: Analysis and Optimization”,Journal of Semiconductor technology and Science, 2012, 12(1): 99-106.

Ning Ning*, Yu Qi, Wang Xiang-zhan, Yang Mo-hua, Liu Yuan, Dai Guang-hao. “Settling State Optimization for Folded-Cascode OTA with a Novel Compensation Strategy”.Chinese Journal of Electronics, 2007, 16(1): 63-65.

Ning Ning*, WU Shuang-yi, WANG Xiang-zhan, YANG Mo-hua. “A Novel Power Optimization Method by Minimum Comparator Number Algorithm for Pipeline ADCs”.Journal of Electronic Science and Technology of China, 2007, 5(1): 75-80.

Ning Ning*, Yu Qi, Wang Xiangzhan, Dai Guanghao, Liu Yuan, Yang Mohua. “A Novel Clock Feedthrough Frequency Compensation for Fast-Settling of Folded-Cascode OTA”.Chinese Journal of Semiconductors, 2006, 27(10): 1737-1741.

代表性會議論文

Ling Du,Shuangyi Wu,Min Jiang,Ning Ning,Qi Yu, Yang Liu."A 10-bit 100MS/s Subrange SAR ADC with Time-Domain Quantization",ISCAS2014（國際A類會議）,Melbourne, June 2014.

Shuangyi Wu,Ling Du, Min Jiang,Ning Ning, Qi Yu, Yang Liu.“A 10-bit 100MS/s Time Domain Flash-SAR ADC”,EDSSC2014, Chengdu, June 2014.

Ning Ning,Yong Hu, Jing Li, Chang Yang, Shuangyi Wu, Qi Yu. “Design of a four phase 25% duty cycle DLL with calibration”,EDSSC2013, Hong Kong, June 2013.

Ning Ning,Zhiling Sui, Jing Li, Shuangyi Wu, Hua Chen, Shuangheng Xu, Qi Yu. “Multi scaling coefficients technique for noisy signal based gain error background calibration”,EDSSC2012, Bangkok Thailand, Dec. 2012.

Jing Li,Ning Ning,Yong Hu, Kejun Wu. “A Low-jitter Low-area PLL with Process-independent Bandwidth”,IEEEICSICT-2012, Xi'an, Oct. 2012.

Ao Qian, Chen Rongguan,Ning Ning, Sun Guozhi, Zhang Xiaochen, Zheng Jie, Kong Deyu. “High-definition Image Processing Algorithm and Digital Platform Design”,CIT2012, Chengdu, Oct. 2012.

Qi Yu, Wen Luo,Ning Ning, Zhenya Sun, Chengbi Wang, Yong Hu, Tianzhu Li. “A CMOS dB-linear Variable Amplifier Using Curve matching”,IEEE MEC 2011, Jilin, Aug. 2011.

Qi Yu, Zhentao.Xu,Ning Ning, Yunchao Guan, Bijiang Chen. “Design of a relaxation oscillator with low power-sensitivity and high temperature-stability”,EEIC 2011, Nanchang, June 2011.

Qi Yu, Zhi Chen,Ning Ning, Hao Liu, Hong Chen, Wandong Zhang. “A High Order Curvature-Compensated Op-Amps-Avoided Bandgap Reference”,IEEE ICSICT-2010, Shanghai, Nov. 2010.

Ning Ning, Long Fan, Shuang-yi Wu, Yuan Liu, Guo-qing Liu, Qi Yu, Mo-hua Yang. “An 8-Bit 250MSPS Modified Two-Step ADC”.IEEE ICCCAS 2nd. Guilin, June 2006.

Qi Yu, Xiang-zhan Wang,Ning Ning, Lin Tang, Hong-Bin Li, Mo-hua Yang. “A 10-Bit 100MSPS 0.35µm Si CMOS Pipeline ADC”,IEEE ICSICT 7th, Beijing, Oct. 2004.

出版刊物

1.《科教結合協同育人行動計劃進展報告(2012-2013年)》(高等教育人才培養改革叢書), 高等教育出版社, 2014年8月,ISBN: 978-7-04-040776-1.

一、在讀研究生規模

★目前在本人研究領域攻讀學位的在讀博士和碩士研究生共20餘名；每年計劃招收的研究生數量為6~7名。

二、研究生畢業走向

★與新加坡南洋理工大學、美國德克薩斯大學達拉斯分校、荷蘭埃因霍溫理工大學等國際知名高校，TI、Marvell、VeriSilicon、華為、展訊等企業，以及中電集團第24所、29所等研究所和研究機構之間具有長期的合作關係。

★畢業生出國深造主要在美國、新加坡等國家。

★畢業生就業主要集中在微電子產業集中地區，如長三角、珠三角、京津和川渝等國內外知名企業和研究機構。