[1] Du S C*, Yin H X, Huang W B, Zhang G X, Liang Z W, CURRENT-MODE 3.1-10.6GHZ HIGH LINEARITY UP-MIXER FOR UWB TRANSMITTERS, Electronics World,120(1933),pp30-33,2014(SCI收录:000329878600008)
[2] Du S C*, Yin H X, Huang W B, Wang C H, Current-Mode Amp Powers 2.4 GHz, Microwaves &RF,52(5),pp104-108,2013(SCI收录:000319480100019)
[3] Du S C*, Huang W B, Wang C H, Yin H X, Liang Z W, A single-chip highly efficient CMOS class-e power amplifier for WLAN applications. IETE Journal of Research ,59(6),pp762-767, 2013(SCI收录)
[4] Du S C*, Wang C H, Shi X Y, and Guo S Q, A 3.1–10.6GHz high linear Low Noise Amplifier for Ultra-wideband Receivers. Frequenz,64(1-2),pp11-13,2010(SCI:000276039900002, EI:12016129)
[5] Du S C*, Wang C H, Zhang G X, Current Reuse Enhances UWB LNA. Microwaves &RF,51(2),pp56-61,2012(SCI收录:000301097600011)
[6] Du S C*, Huang W B, Wang C H, Zhang G X, Zhang J Q, A High Linearity and Low Power 3.1~10.6GHz CMOS Up-Conversion Mixer for UWB Applications, Wireless Pers Commun, 70(4),pp1623-1632,2013(SCI收录: 000320464900025)
[7] 杜四春,王春华*,张光祥,具有平坦增益的3.1-10.6GHz UWB CMOS低噪声放大器设计,湖南大学学报(自科版),第39卷,第7期,49-53页,2012(EI收录).
[8] Tu Y X, Guo X R, Wang C H*, Jin J,Du S C, Sun J R, An improved 860-960 MHz fully integrated CMOS power amplifier designation for UHF RFID transmitter, AEU-INTERNATIONAL JOURNAL OF ELECTRONICS AND COMMUNICATIONS,67(7),pp574-577,2013(SCI收录: 000320291800005)
[9] Zhang Q J, Wang C H*, Sun J R, and Du S C, A new type of current conveyor and its application in fully balanced differential current–mode elliptic filter design, Journal of Electrical Engineering,62(3), pp1-8,2011 (SCI:000293111000002)
[10] Wang C H*, Zhao Y, Zhang Q J, and Du S C, A New Current Mode SIMO-Type Universal Biquad Employing Multi-Output Current Conveyors (MOCCIIs), Radioengineering, 18(1),pp 83-88, 2009(SCI:000265405800013, EI: 10706065)
[11] Wang C H*, Keskin A ü, Leng Y, Zhang Q J, and Du S C, Minimum configuration insensitive multifunctional current-mode biquad using current conveyors and all-grounded passive components, Radioengineering, 19(1),pp178-184,2010(SCI:000276841100029)
[12] Wang C H*, Xu J, Keskin A ü, Du S C, and Zhang Q J, A new current-mode current-controlled SIMO-type universal filter, AEü - International Journal of Electronics and Communications, 65(3),pp231-234,2011(SCI:000287462400010, EI: 12224963)
[13] Wang C H*, Shi X Y, Du S C, Wang Q Z, and Sun J R, A Low Power Highly Linear CMOS Current Mode Up-Conversion Mixer, Frequenz,64(11-12),pp1-6,2010( SCI:000286718600009, EI: 12101941)
[14] Ma M L, Wang C H﹡, Du S C, Low Voltage Current Mode Switched-Current-Mirror Mixer, Radioengineering, 18(3),pp295-299,2009(SCI收录) (SCI:000269744600006, EI: 11224536)
[15] Cao X D,WANG C H*, Sun J R, and Du S C, CMOS LNA supports many receiver standards, MicroWaves&RF,50(11),pp58-66,2011(SCI收录:000297186200018)
[16] Chunhua Wang*, Ma Minglin, Jingru Sun, Du Sichun, Guo Xiaorong, A differential low-voltage high gain current-mode integrated RF receiver front-end, Journal of Semiconductors, 32(2),pp1-6,2011(EI: 20110813679137)
[17] 罗文远,王春华*,杜四春, 2~12 GHz CMOS 超宽带低噪声放大器设计,微电子学,第40卷,第2期,243-247页,2010
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