G. Bibliographie-thèse, I. D. Mijuskovic, M. Bayer, T. Chomicz, N. Garg et al., Phase Noise in signal sources Frequency Synthesizers -Theory and Design Characterization of Phase and Frequency Instabilities Sources : Fifteen Years of Progress Cell- Based Fully Integrated CMOS Frequency Synthesizers Frequency Synthesis Handbook " , RF design Collection Synthétiseurs de fréquence Simulation of oscillator noise Analysis of Phase Noise in Oscillators The Fractal Dimension of Phase and Frequency Noises : Another Approach to Oscillator Characterization Fondements de la théorie de la transmission de l'information Frequency Syntheziser Design Handbook, Modélisation et simulation du bruit dans les circuits intégrés : Analyse fréquentielle et régime transitoire RF Design Presses polytechniques romandes IEEE standard Definition of Physical Quantities for Fundamental and Time Metrology IEEE Standard No 1139. [13] CCIR RecommandationStandards Frequencies and Time Signals), International Telecommunications Union, General Secretariat -Sales section , Place des Nations Unies Artech House Microwave Library Noise in Oscillators Proceedings of the IRE Bruit des oscillateurs asservis en phase. Application à l'étude des synthétiseurs entre 2 et 3GHz " , Revue technique Thomson-CSF, pp.1048-1075, 1960.

]. B. Linares-barranco, . Ota-c, ]. N. High-frequency-sinusoidal-oscillators, R. G. Nguyen, R. G. Meyer-nguyen et al., Si IC-Compatible Inductors and LC passive FiltersA 1.8GHz Monolithic LC Voltage-Controlled OscillatorStart-up of Frequency Stability in High-Frequency Oscillators, IEEE Journal of Solid States Circuits IEEE Journal of Solid States Circuits IEEE Journal of Solid States Circuits IEEE Journal of Solid States Circuits, vol.265, issue.5, pp.160-165, 1990.

R. Robert, . Cordell, D. T. Clarke, M. V. Hess-reading, M. Dufossez et al., Communication circuits : Analysis and Design Capacité commandée en tension Generation of Sinusoidal Voltage (Current) -Controlled Oscillators for Integrated Circuits An Integrated Wide-Tunable Sine Oscillator A Versatile Monolithic Voltage-to-Frequency Converter A 300-MHz CMOS Voltage-Controlled Ring Oscillator Interpolating ring VCO with V-to-F linearity Compensation, IEEE Journal of Solid State Circuits IEEE Transactions on Circuit Theory, Vol. CT. IEEE Journal of Solid States Circuits IEEE Journal of Solid States Circuits IEEE Journal of Solid States Circuits Electronics Letters, vol.30, issue.24, pp.1003-1009, 1972.

E. Bibliographie, ]. J. Stewart, J. L. Stewart, W. A. Edson, J. A. Mullen et al., Frequency Modulation Noise in oscillators Noise in Oscillators Background Noise in Nonlinear Oscillators The Effects of Noise in Oscillators Dynamic Flicker Frequency Modulation and Noise Instability of Oscillators A Product Theorem for Hilbert Transforms, Proceedings of the IRE Proceedings of the IRE Proceedings of the IRE Proceedings of the IRE Proceedings of the IRE Proceedings of the IEEE Nonlinear Effects of Noise in Electronics Clocks Proceedings of the IEEE, pp.1539-1542, 1954.

E. Résumé-une-structure, en comparant deux types de déclencheur de Schmitt et, en utilisant les résultats d'articles. Celle-ci fonctionne en mode différentiel et elle est constituée de deux capacités, de deux résistances de décharge des capacités, d'un déclencheur de Schmitt basé sur deux comparateurs et une bascule Une étude du bruit de phase du VCO à relaxation à été effectuée, avec l'aide d'une méthode pour simuler la gigue de la période. Celui-ci se rapproche du VCO à structure LC réalisé précédemment

F. Bibliographie1, ]. A. Grebene-abidi, R. G. Meyer, J. G. Sneep, C. J. Verhoeven et al., Phaselock Techniques Noise in Relaxation Oscillators Design of a low-noise 100-MHz balanced Schmitttrigger oscillator Modeling the phase noise of RC multivibrators A High Frequency Temperature-Stable Monolithic VCO A Low Power 128-MHz VCO for Monolithic PLL IC's A Wide-Band Current-Controlled Oscillator Using Bipolar-JFET Technology, Bipolar and Mos Analog Integrated Circuit Design Proc. Midwest Symp. Circuits Systems High-Frequency stable MonolithicVCP, pp.556-591, 1979.

G. Hamon and J. M. Baer, Nouveau guide de la télévision en couleurs Tome I, Tome II Emetteurs de radiodiffusion Récepteurs radioélectriques -Caractéristiques et conception, Chapitre 1 [1] L.Goussot " Les systèmes de télévision -En ondes métriques et décimétriques Syndicat des Constructeurs d'Appareils Radioélectriques et Téléviseurs (SCART), pp.407-414, 1980.

]. H. De-bellescize, ]. R. Sepe, R. I. Johnson, F. M. Gardner-]-r, R. R. Best et al., La réception synchrone Frequency Multiplier and Frequency Waveform Generator Fondements de la théorie de la transmission de l'information Modulations Analogiques -Etudes des perturbations Phaselock Techniques Phase-Locked LoopsTheory, Design, and Applications A 50 MHz Phase-and Frequency- Locked Loop A 200 MHz CMOS Phase-Locked Loops with Dual Phase Detectors A 300 MHz BiCMOS Serial Data Transceiver A Monolithic 2.3-Gb/s 100-mW Clock and Data Recovery Circuit in Silicon Bipolar Technology Frequency-and Amplitude-dependent phase effects in Television Broadcast Systems, Lausanne, Presses Polytechniques Romandes, pp.230-240, 1932.

I. D. Mijuskovic, M. Bayer, T. Chomicz, N. Garg, F. James et al., Phase Noise in signal sources Frequency Synthesizers -Theory and Design Characterization of Phase and Frequency Instabilities Sources : Fifteen Years of Progress Cell- Based Fully Integrated CMOS Frequency Synthesizers Frequency Synthesis Handbook " , RF design Collection Synthétiseurs de fréquence Simulation of oscillator noise Analysis of Phase Noise in Oscillators The Fractal Dimension of Phase and Frequency Noises : Another Approach to Oscillator Characterization Fondements de la théorie de la transmission de l'information Frequency Syntheziser Design Handbook, Modélisation et simulation du bruit dans les circuits intégrés : Analyse fréquentielle et régime transitoire RF Design Presses polytechniques romandes IEEE standard Definition of Physical Quantities for Fundamental and Time Metrology IEEE Standard No 1139. [13] CCIR RecommandationStandards Frequencies and Time Signals), International Telecommunications Union, General Secretariat -Sales section , Place des Nations Unis Artech House Microwave Library Noise in Oscillators Proceedings of the IRE Bruit des oscillateurs asservis en phase. Application à l'étude des synthétiseurs entre 2 et 3GHz " , Revue technique Thomson-CSF, pp.1048-1075, 1960.

A. M. Nguyen, R. G. Meyer-nguyen, R. G. Meyer-nguyen, and R. G. Meyer, CMOS OTA-C High-Frequency Sinusoidal Oscillators Si IC-Compatible Inductors and LC passive FiltersA 1.8GHz Monolithic LC Voltage-Controlled OscillatorStart-up of Frequency Stability in High-Frequency Oscillators, Chapitre IEEE Journal of Solid States Circuits IEEE Journal of Solid States Circuits IEEE Journal of Solid States Circuits IEEE Journal of Solid States Circuits, vol.45, issue.5, pp.160-165, 1990.

R. Robert, . Cordell, D. T. Clarke, M. V. Hess-reading, M. Dufossez et al., Communication circuits : Analysis and Design Capacité commandée en tension Generation of Sinusoidal Voltage (Current) -Controlled Oscillators for Integrated Circuits An Integrated Wide-Tunable Sine Oscillator A Versatile Monolithic Voltage-to-Frequency Converter A 300-MHz CMOS Voltage-Controlled Ring Oscillator Interpolating ring VCO with V-to-f linearity Compensation, IEEE Journal of Solid State Circuits IEEE Transactions on Circuit Theory, Vol. CT. IEEE Journal of Solid States Circuits IEEE Journal of Solid States Circuits IEEE Journal of Solid States Circuits Electronics Letters, vol.30, issue.24, pp.1003-1009, 1972.

J. L. Stewart, J. L. Stewart, W. A. Edson, J. A. Mullen, and E. Bedrosian, Frequency Modulation Noise in oscillators Noise in Oscillators Background Noise in Nonlinear Oscillators The Effects of Noise in Oscillators Dynamic Flicker Frequency Modulation and Noise Instability of Oscillators A Product Theorem for Hilbert Transforms, Proceedings of the IRE Proceedings of the IRE Proceedings of the IRE Proceedings of the IRE Proceedings of the IRE Proceedings of the IEEE Nonlinear Effects of Noise in Electronics Clocks Proceedings of the IEEE, pp.1539-1542, 1954.

]. A. Grebene, A. A. Abidi, R. G. Meyer, J. G. Sneep, C. J. Verhoeven et al., Phaselock Techniques Noise in Relaxation Oscillators Design of a low-noise 100-MHz balanced Schmitttrigger oscillator Modeling the phase noise of RC multivibrators A High Frequency Temperature-Stable Monolithic VCO A Low Power 128-MHz VCO for Monolithic PLL IC's, Bipolar and Mos Analog Integrated Circuit Design Proc. Midwest Symp. Circuits Systems Wide-Band Current-Controlled Oscillator Using Bipolar-JFET Technology, pp.556-591, 1979.