[1]Ham D. & Hajimiri A., “Design and optimization of a low noise 2.4GHz CMOS VCO with the integrated LC tank and MOSCAP tuning”,IEEE int’lSymp. On Circuit and Systems, pg.3331-334, May 2000.
[2]Lim Q.S. I.,Kordesch A. V. & Majlis B.Y.,.”The Effects of Interconnect Parasitics on a 2.4GHz LC Oscillator Design,” NSM 2005 (to be published).
[3] Tsai, M-D., Liu, R-C., Lin, C.-S., and Wang, H,:”A low-voltage fully-integrated 4.5-6GHz CMOS variable gain low noise amplifier,”European Microwave Conf.,2003,pp.13-16
[4]Y.S. Wand L.-H. Lu,”5.7GHz low-power variable-gain LNA in 0.18um CMOS,”Electronics letters 20th Jan 2005 vol.41, No. 2
[5]M. Inamori, et al.,”A New GaAs Variable Gain Amplifier MMIC with A Wide-Dynamic-Range and Low-Operation Linear Attenuation Circuit,”IEEE Rasio Frequency Integrated Citcuit Symposium, 1999, pp.39-42.
[6]Shuoqi Chen,et al.,”A Ka/Q-Band 2 Watt MMIC Power Amplifier Using Dual Recess 0.15um PHEMT Process,”IEEE MTT-S Digest 2004,pp.1669-1672.
[7]Kevin W. Kobayashi.et.al.,”GaAs HBT 0.75-5 GHz Multifunctional Microwave-Analog Variable Gain Amplifier,”IEEE journal of solid-state circuits.vol. 29. NO 10, Oct 1994.
[8]Masahiro Muraguchi and Masayoshi Aikawa,”A Linear Limiter : A 11-GHz Monolithic Low Distortion Variable Gain Amplifier,”IEEE MTT-S Digest. 1991.
[9]Vamsi Paidi, et al.,”High Linearity and High Efficiency of Class-B Power Amplifiers in GaN HEMT Technology,”IEEE transactions on microwave theory and techniques.vol. 51,NO. 2,Feb 2003.
[10] 袁杰 ,高頻電路分析與設計 全威圖書有限公司
[11] 白中和,高頻電路設計應用技術 建興出版社
[12]書名:微波通訊半導體電路,原著:本城和彥,編譯:呂學士,出版社:全華科技圖書股份有限公司
[13]袁帝文等編著,高頻通訊電路設計,二版,高立圖書有限公司
[14]書名:高頻電路設計GHz時代の高周波回路設計,原著:市川裕一,青木勝,編譯:卓聖鵬,出版社:全華科技圖書股份有限公司
[15]王胤晴, “毫米波頻段共平面波導微波電路與積體電路之設計”, 碩士論文, 國立中央大學,2003[16]張佑誠,“可控制增益寬頻功率放大器之設計與製作”,碩士論,逄甲大學,2003[17]林睿輝, “積體化微波被動元件之研製與2.4GHz射頻電路設計” ,碩士論文,國立中央大學,2001