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Design of Low Phase Noise Frequency Synthesizer for Digital MMDS Downconverter  

김영진 (동의대학교 전기전자정보통신공학부)
Publication Information
Journal of the Korea Institute of Information and Communication Engineering / v.6, no.2, 2002 , pp. 151-158 More about this Journal
Abstract
In this paper, Phase locked microwave oscillator having the low phase noise and high stability for digital MMDS down converter was designed. we have been analyzed the low phase noise properties by the active device nonlinear equivalent circuits and derived the necessary and sufficient conditions for high stable voltage control oscillator. And it is applied to phase locked loop, we design the phase locked microwave oscillator of frequency synthesizer. Experimental results of designed phase locked oscillator shows -85dBc/Hz @ 10KHz phase noise properties and simulation result is -90Bc/Hz @ 10kHz respectively we shows that proposed low phase noise and stable conditions of phase locked microwave oscillator can be applied to design the high stable digital MMDS frequency synthesizer.
Keywords
Frequency Synthesizer; MMDS; Phase Locked Oscillator;
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  • Reference
1 Jake Goldstein, 'DC, linear AC and nonlinear AC stability analysis using bifurcation and Nyquist theory' Microwave Journal, pp 282-300
2 Ulrich L. Rohde, 'Feedback technique improves oscillator phase noise' Microwave & RF November 1998, pp 66-70
3 Frank Creede,' Datacasting with LMDS and MMDS Systems.' Applies Microwave & Wireless, Vol.13, No.8 Aug. 2001, pp 36-40
4 ADS, Version 6.0 Agilent 2001
5 Marc Zuta, 'A new PLL with fast settling time and low phase noise' Microwave Journal, June 1998, pp 94-108
6 Jim Carlini, 'A 2.45GHz low cost, high performance VCO' Microwave Journal, April 2000, pp 22-36
7 Edouard Ngoya, 'Steady stated analysis of free or forced oscillators by harmonic balanced and stability investigation of periodic and Quasi-periodic regimes' International Journal of Microwave and Millimeter Wave Computer Aided Engineering, Vol. 5, No.3, 1995, pp 210-223   DOI   ScienceOn
8 E.Camargo, Design of FET Multipliers and Harmonic Oscillators, Artech House Inc., Boston, 1998, pp 3
9 Julio C. Costa, Extracting 1/f noise coefficients for BJT's IEEE transactions on electron devices. Vol. 41, No.11, November 1994, pp 1992-1999   DOI   ScienceOn
10 M.Nezami,' Guideline dictate the Performance of MMDS Downconverters.' Microwave & RF, Vol.36, No.3 March 1996, pp 58-72
11 Aeroflex Comstron, 'A fast switching, low noise, indirect synthesizer' Microwave Journal, March 1999, pp 156-160
12 California Eastern Laboratories AN1026 '1/f Noise characteristics influencing phase noise'
13 Robert Nagy, 'Broadband VCO phase noise sensitivity to oscillator circuit parameters' IEEE Instrumentation and Measurement Technology Conference, May 2001, pp 1041-1044
14 Jwo-Shiuu Sun, 'Design and implementation of an L-band PLL frequency synthesizer' Microwave Journal, April 1999, pp 90-102
15 Leeson,' A Simple Mode of Feedback Oscillator Noise Spectrum.' Proc. IEEE, Vol.54, No.2, 1966, pp 329   DOI   ScienceOn
16 Michal Odyniec, 'Oscillator stability analysis' Microwave Journal, June 1999, pp 66-76
17 Koji Harada, An S-parameter transmission model approach to VCO analysis RF design, March 1999, pp 33-37