Etude et conception de structures de filtrage actif radiofréquence ...

Chapitre III : Amplificateur différentiel passe-bande du 4 ème ordre faible bruit à 2 GHz
IX. Bibliographie
[1] A. N. MOHIELDIN, SANCHEZ-SINENCIO, J. SILVA-MARINEZ
“A 2.7V, 1.8GHz, 4th Order Tunable LC Bandpass Filter with ±0.25dB Passband
Ripple”
European Solid-State Circuits Conference, Florence, Italy, 27 sept. 2002, page(s) :
427-430
[2] W. B. KUHN, F. W. STEPHENSON, A. ELSHABINI. RIAD
“A 200-MHz CMOS Q-enhanced LC bandpass filter”
IEEE Journal of Solid State Circuits, Vol. 31, août 1996, page(s) : 1112–1122
[3] A. I. ZVEREV
“Handbook of Filter Synthesis”
New-York, Wiley, 1967
[4] R. DUNCAN, K. W. MARTIN, A. SEDRA
“A Q-enhanced active RLC bandpass filter”
IEEE Transaction Circuits System II, Vol. 44, mai 1997, pages(s) : 341–346
[5] D. SZMYD, R. BROCK, N. BELL, S. HARKER, G. PATRIZI, J. FRASER, R.
DONDERO
“QUBIC4 : a silicon RF-BiCMOS technology for wireless communication Ics”,
Proceedings of the 2001 bipolar/BiCMOS Circuits and Technology Meeting,
page(s) : 60-63
[6] D. LI AND Y. TSIVIDIS,
“A 1.9-GHz Si active LC filter with on-chip automatic tuning”
IEEE Int. Solid State Circuits Conference Digest Tech, 2001, page(s) : 368–369
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