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• [1] Dousset D., Issaoun A., Ghannouchi F. M., Kouki A.B.: “Wideband closed-form expressions for direct extraction of HBT small-signal parameters for all amplifier bias classes”, IEE Proc Circuits Devices Syst., 2005, 152, pp.441–450.
• [2] Vijayakrishna V. J., Vaishnav S., DasGupta N., DasGupta A.: “Unified analytical model of HEMTs for analogue and digital applications”, IEE Proc Circuits Devices Syst., 2005, 152, pp.425–432.
• [3] Seoane N. and Garcia-Loureiro A. J.: “Study of parallel numerical methods for semiconductor device simulation”, Int. J. Numerical Modelling Electron Networks Devices Fields, 2006, 19, pp.15–32.
• [4] Güneş F., Güneş M., Fidan M.: “Performance characterization of a microwave transistor”, IEE Proceedings- Circuits Devices and Systems, 1994, 141-5, pp.337–344.
• [5] Güneş F, Çetiner B. A., “Novel Smith chart formulation of performance characterization for a microwave transistor”, IEE Proc Circuits Devices and Syst., 1999, 145-6, pp.419–428.
• [6] Demirel S., Güneş F.: “Performance characterization of a microwave transistor for maximum output power and the required noise”, IET Circuits, Devices and Systems, 2013, 7-1, pp. 9–20.
• [7] Güneş F., Demirel, S.: “Performance characterization of a microwave transistor subject to the noise and matching requirements”, International Journal Circuit Theory and Applications 2016; 44-5, pp.1012-1028.
• [8] Güneş F., Belen M. A., Mahouti P., “Competitive evolutionary algorithms for building performance database of a microwave transistor”, International Journal of Circuit Theory and Applications 2018; 46-2, pp.244-258.
• [9] Albinsson B. M., “A graphic design method for matched low-noise amplifiers,” IEEE Trans. Microw. Theory Techn., Feb. 1990, 38-2, pp. 118–122.
• [10] Henkes D.D., “A Design Tool for Improving the Input Match of Low Noise Amplifiers”, High Frequency Electronics, February 2007.
• [11] Henkes D.D., “LNA Design Uses Series Feedback to Achieve Simultaneous Low Input VSWR and Low Noise”, Applied microwave and Wireless, October 1998, pp. 18-25.
• [12] Vendelin G.D., “Feedback effects on the noise performance of GaAs MESFETs,” IEEE MTT-S Int. Microw. Symp. Dig., 12-14 May 1975, pp. 324–326.
• [13] Boglione L., Pollard R. D., Postoyalko V., “Optimum noise-source reflection-coefficient design with feedback amplifiers,” IEEE Trans. Microw. Theory Techn., Mar 1997, 45-3, pp. 402–407,
• [14] Victor A. and Nath J., “An analytic technique for trade-off of noise measure and mismatch loss for low noise amplifier design”, Proc. 11th Wireless and Microwave Tech. Conf. (WAMICON), 2010, pp. 1-4.
• [15] Victor A. and Nath J., “An analytic and Graphical Method for LNA Design with Feedback”, High Frequency Electronics, June 2010, pp 16-27.
• [16] Haus H. A. and Adler R. B., Circuit Theory of Linear Noisy Networks, New York, NY, USA: MIT Press, 1959.
• [17] Iversen, “The effect of feedback on noise figure,” Proc. IEEE, March 1975, 63-3, pp. 540–542.
• [18] Besser L., “Stability considerations of low-noise transistor amplifiers with simultaneous noise and power match”, IEEE MTT-S Int. Microwave Symp. Dig., 1975, pp. 327-329.
• [19] Niclas K. B., “The exact noise figure of amplifiers with parallel feedback and lossy matching circuits,” IEEE Trans. Microwave Theory Tech., May 1982, vol. MTT-30, pp. 832–835,
• [20] Niclas K. B., “Noise in broad band GaAs MESFET amplifiers with parallel feedback,” IEEE Trans. Microwave Theory Tech., Jan 1982, vol. MTT-30, pp. 63–70.
• [21] Ciccognani W., Longhi PE., Colangeli S., Limiti E.: “Constant mismatch circles and application to low-noise microwave amplifier design”, IEEE Trans. Microwave Theory Tech., 2013, 61, (12), pp. 4154–4167.
• [22] Lam V.M.T., Poole C. R., Yip P.C.L.: “Exact noise figure of a noisy two-port with feedback”, IEE Proceedings G-Circuits, Devices and Systems, August 1992, 139, (4), pp. 473-476.