III. Gm-C Filtering - Epublications - Université de Limoges
III. Gm-C Filtering - Epublications - Université de Limoges
III. Gm-C Filtering - Epublications - Université de Limoges
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IV.7 References<br />
[IV.1] Y. Tsividis and J. O. Voorman, Integrated continuous-time filters: principles, <strong>de</strong>sign,<br />
and applications. IEEE Press, 1993.<br />
[IV.2] T. Kugelstadt, “Active filter <strong>de</strong>sign techniques,” in Op Amps for Everyone: Design<br />
Reference, R. Mancini, Ed. Boston, MA: Newnes, pp. 271–281.<br />
[IV.3] Zhiqiang Gao, Jianguo Ma, Mingyan Yu, and Yizheng Ye, “A Fully Integrated<br />
CMOS Active Bandpass Filter for Multiband RF Front-Ends,” Circuits and Systems<br />
II: Express Briefs, IEEE Transactions on, vol. 55, no. 8, pp. 718-722, 2008.<br />
[IV.4] McVey, P.J., "Sensitivity in some simple RC active networks," Electrical Engineers,<br />
Proceedings of the Institution of, vol.112, no.7, pp.1263-1269, July 1965.<br />
[IV.5] R.D. Middlebrook, “The General Feedback Theorem: A Final Solution for Feedback<br />
Systems”, IEEE Microwave Magazine, Application Note, volume 7, no. 2, pp. 50-63,<br />
April 2006.<br />
[IV.5] M. Bernard, A. Daubeenfeld, T. Kervaon and S. Robert, “Middlebrook’s method for<br />
loop gain simulations”, NXP Internal report, January 2005.<br />
[IV.7] Willy M. C. Sansen, Analog Design Essentials. Springer, 2006.<br />
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