男，1978年11月生，博士，研究员。2008年获中科院上海微系统与信息技术研究所学士和博士学位。2008年至2012年先后在瑞典查尔姆斯技术大学和英国贝尔法斯特女王大学工作。2010年荣获欧盟WP7玛丽居里资深研究员“Marie Curie experienced Researcher”称号。回国之后，先后主持和参与了超过2000万元的科研项目。目前在研课题包括国家自然基金青年基金“基于片上变压器的微波单片集成电路线性化技术研究”（2014-2016）;中科院重点部署项目“风云四号卫星毫米波辐射计芯片”（2014-2015）;上海市科技创新计划“EBand无线高速毫米波芯片关键技术研究”（2013-2015）;国家863计划“5G-毫米波超大容量室内无线接入技术研究与验证”（2015-2016）和ZZ探索项目“100GBPs毫米波通信链路”(2015-2016）。
张健研究员长期从事毫米波集成电路及无线通信系统设计的研发工作。作为主要撰写人编著了两部专业著作的章节。在国际期刊和会议上发表了超过30篇文章。
受教育经历：
1995/09– 1999/06，东南大学，自动控制系，本科/学士
2003/09– 2008/06，中国科学院上海微系统与信息技术研究所，微电
子学与固态电子学系，博士
研究工作经历：
2012/11–至今，中科院上海微系统与信息技术研究所，研究员
2010/10– 2012/10，英国贝尔法斯特女王大学（Queens University of
Belfast）玛丽居里资深研究员（Marie Curie Experienced Researcher）
2008/10 – 2010/10，瑞典查尔姆斯技术大学（Chalmers University
of Technology）微波电子实验室, 博士后
2008/7 – 2008/9， RFMD上海设计中心（RFMD Shanghai design center）PA设计
1999/07– 2002/10，信息产业部武汉邮电科学研究院，研发工程师
产品 /项目研发经历：
华为公司 E-Band Phase Array E-Band MMIC
联合华为，推动E-Band(71-76GHz/81-86GHz)成为中国5G(第五代移动通信)的毫米波通信候选频段。在2016年6月，击败Macom /Triquint/ Gotmic等国际大厂，赢得华为5G毫米波移动基站样机射频芯片的商业招标合同，，实现了华为毫米波芯片国内产商零的突破
国家空间科学中心 V-Band radiometer 辐射计
为国家空间科学中心“风云四号”气象卫星辐射计载荷地面样机研制开发V-Band辐射计
中电54所E-Band 射频&中频模组
为中电54所E-Band 10Gbps 点对点无线通信系统研发射频单元，中频单元和天线
ZZ 探索100 Gbps E-Band P2P通信系统
为ZZ 探索项目E-Band 10/100Gbps 点对点无线通信系统研发射频单元，中频单元和天线
澳大利亚CSIRO&中科院 10 Gbps E-Band P2P通信系统
和澳大利亚CSIRO联合开发E-Band 10Gbps 点对点无线通信系统，负责射频单元，中频单元和天线。该项目2014年在CSIRO的年度报告里被评为世界上首个10Gbps无线通信系统
奥利地Infineon 60GHz SiGe MMIC
EU WP7 ‘GigaRadio’ 60GHz 无线通讯系统，负责WP4 System Development模块，发展SiGe基 60GHz MMIC
瑞典ERICSSON公司 X-Ka波段高线性度混频器倍频器
提出了变压器/电容器耦合(transformer /capacitor coupling)的跨导增强(Gm-boosted)技术，为Ericsson Minilink产品设计了当前公开报道的线性度最高的混频器
瑞典ERICSSON公司 X-Ka波段宽带倍频器
提出了变压器/电容器耦合(transformer /capacitor coupling)的跨导增强(Gm-boosted)技术，为Ericsson Minilink产品设计了当前公开报道的带宽最宽输出功率最大的倍频器
瑞典Ruag公司 X波段超高线性功率放大器
提出了基于级联放大器谐波注射的功率放大器线性化方法，为该公司的卫星接收机设计X波段线性功率放大器
文章与著作：
[1]Jian Zhang，,“ A High-Speed Power Detector for E-Band Communication”, IEEE Asia Pacific Microwave Conference APMC 2016”
[2] Jian Zhang，Yu Ye,“ A W band High Conversion Gain, Single Balanced Subharmonically Gate Pumped Mixer with Novel Size-Reduced Marchand Balun”, IEEE International Microwave Symposium MTT-S 2015
[3] KeWu Han; Jian Zhang ,“A W Band Balanced Tripler MMIC With Excellent Harmonic Suppression and Low Conversion Loss”, IEEE International Wireless Symposium IWS 2015
[4] Liu Tang; Jian Zhang,“A V-band Radiometer MMIC for Geostationary Atmospheric ”, IEEE International Wireless Symposium IWS 2015
[5] Liu Tang; Jian Zhang,“Design and realization of E-band 4-bit phase shifter MMIC ”, IEEE ICCT 2015
[6] Yu Ye ; Jian Zhang ; Xiao-Wei Sun, ,“A W-Band Traveling-Wave Frequency Doubler With Output Power of 9 dBm and Power Efficiency of 11.2%”, IEEE Microwave and Wireless Components Letters, Volume: 24 , Issue: 10 2014
[7] Jian Zhang, Laurence Richard, GuoChi Huang, George Goussetis, Vincent. Fusco, Franz Dielacher,“Low Noise Amplifier with Integrated Balanced Antenna for 60 GHz Wireless Communications”, IEEE Transaction on Antenna Propagation, Vol. 62 , Issue: 6 2014
[8] Zhang, J.; Bao, M.; Kuylenstierna, D.; Lai, S.; Zirath, H, “Broadband High Linearity HBT Gm-Boosted Transconductance Mixers with Transformer”, Microwave Theory and Techniques, Vol. 62 , Issue: 1 2014
[9] Yu Ye ; Jian Zhang ; Xiao-Wei Sun, ,“A W-Band Traveling-Wave Frequency Doubler With Output Power of 9 dBm and Power Efficiency of 11.2%”, Microwave and Wireless Components Letters, Volume: 24 , Issue: 10 2014
[10] Zhang, J.; Hengrong Cui; “E-Band Receiver and Transmitter for High Speed Wireless Communication” IEEE International Symposium on Communications and
Information Technologies ISCIT2014 (INVITED)
[11] Kewu Han; Zhang, J; “The design of a 60 GHz low loss hybrid phase shifter with 360 degree phase shift” IEEE International Symposium on Communications and
Information Technologies ISCIT2014
[12] Jian Zhang; YuYe; “A linear differential IQ modulator with LO chain for E-band wireless communication” IEEE International Wireless Symposium IWS 2014
[13]Jian Zhang; YuYe; “A highly integrated direct conversion receiver for E-band wireless communication” IEEE International Wireless Symposium IWS 2014
[14] YuYe; Jian Zhang; “A linear resistive single side-band (SSB) up-converter for E-band wireless communication” IEEE International Wireless Symposium IWS 2014
[15]Jian Zhang, “On the Development of E-BAND MMIC Design in SIMIT IEEE International Wireless Symposium IWS 2013 (INVITED)
[16] Zhang, J.; Zirath, H.; Vincent Fusco.; “Linearity improvement using a modified DS method in cascaded stages amplifier”, IET Microwaves, Antennas & Propagation, Vol 6, Issue 8; 2012
[17] Jian Zhang; Guochi Huang; Vincent Fusco; “SiGe V Band Wide Tuning Range VCO and Frequency Divider for Phase Locked Loop”, IEEE Integrated Nonlinear Microwave and Millimeter-wave Circuits (INMMiC), 2012;
[18] Zhang, J.; Guochi Huang; Vincent Fusco.; “Miniaturized SiGe V-Band Active Transmit Balun”, IET Millimeter wave technologies for gigabit per second wireless communications , 2012;
[19] Zhang, J.; Vincent Fusco*.; “SiGe V-Band 6-port receiver MMIC with integrated IF amplifier” IET Millimeter wave technologies for gigabit per second wireless communications , 2012
[20] Zhang, J.; Vincent Fusco.; “A Miniaturized V-Band 4×4 Butler Matrix SiGe MMIC”, Europe Antennas and Propagation (EUCAP), Proceedings of the 6th European Conference on 2012
[21] Zhang, J.; Guochi Huang; Vincent Fusco.; “SiGe V-Band Single-ended and Differential Low noise amplifier”, IET Millimeter wave technologies for gigabit per second wireless communications , 2012; (INVITED)
[22] Zhang, J.; Vincent Fusco.; “A Compact V-Band Active SiGe Power Detector”, European Microwave Conference (EUMC), Proceedings of the 42th on 2012;
[23] Yunhua Zhang; Steven Christie; Vincent Fusco; Jian Zhang, “Retrodirective Rotman Lens Constraining Factors” Europe Antennas and Propagation (EUCAP), Proceedings of the 6th European Conference on 2012;
[24] Zhang, J.; Bao, M.; Kuylenstierna, D.; Lai, S.; Zirath, H; “Broadband Gm -Boosted Differential HBT Doublers With Transformer Balun”, Microwave Theory and Techniques, IEEE Transactions on Vol. 59 , Issue: 11 2011;
[25] Jian Zhang, and Herbert Zirath; “Broadband Gm -Boosted Differential HBT Doublers with Transformer Balun”, Active RF Devices, Circuits and Systems Seminar IET 2011;
[26] Zhang, J.; Vincent Fusco.; “Design A V-band 4×4 Butler Matrix for Switched Beam-forming Operation”, Active RF Devices, Circuits and Systems Seminar IET 2011;
[27] Jian Zhang.; Minghui Yang.; Shuqi Zheng.; Xiaowei Sun , “A Low-cost Doppler Radar syste with 24 GHz PLL for remote Detection of Heart Beat”, Microwave and Optical Technology Letter, Vol. 50, No. 12, December 2008;
[28] Jian Zhang.; Wei Xue.; Xiao-Wei Sun, “Miniaturization and harmonic suppression branch-line coupler using short-circuit anti-coupled line”, International Journal of Electronics, Vol. 95, Issue 8, 2008;
[29] J. Zhang, X.W. Sun, “Harmonic suppression of branch- line and rat-race couplers using CSRR cell”, Progress in Electromagnetic Research Letters, Vol. 2, 73–79, 2008;
[30] Fuhong Guan; Xiaowei Sun; Wei Xue; Jian Zhang, “Design of A Tunable Dual-Band Filter Using Step-Impedance Resonators with Wide Stopband” Millimeter Waves, 2008. GSMM 2008. Global Symposium on;
[31] Zhang, J.; Linyun,Li.; Jianzhong, Gu.; Xiaowei, Sun, “Compact and Harmonic Suppression Wilkinson Power Divider With Short Circuit Anti-Coupled Line”, IEEE Microwave and wireless component letters ,Volume 17 No9. 2007;
[32] Zhang J., Cui B., Gu J.-Z., and Sun X.-W, “A Harmonic suppressed Wilkinson power divider using CSRR”, Journal of Electromagnetic Waves and Applications，Volume 21, No 6, 2007;
[33]J. Zhang, J.-Z. Gu, B. Cui, and X. W. Sun, “Compact and Harmonic Suppression Open-loop Resonator Band-pass Filter with Tri-section SIR”, Progress In Electromagnetic Research, Volume 69, 2007;
[34] J. Zhang, B. Cui, S. Lin, and X.-W. Sun, “Sharp-rejection Low-pass Filter with Controllable Transmission Zero using CSRR”, Progress In Electromagnetic Research, Volume 69, 2007
著作：
Jian Zhang, Mury Thian, Guochi Huang, George Goussetis and Vincent F. Fusco.; Microwave and Millimeter Wave Circuits and Systems: Emerging Design, Technologies and Applications. 2012 John Wiley &Sons, Ltd