New Mathematical Methods for Oscillation and Nnoise Spectrum Analysis in Microwave Oscillators in the Time and Frequency Domains, Ph.D. Dissertation Sharif University of Technology ;
Abstract
New mathematical approaches for noise and oscillation analysis of oscillators are presented. First a new approach for computing the phase noise spectrum of microwave oscillators at every offset frequency from the carrier is introduced. This method uses the harmonic balance formulation to obtain time domain functions used in the existing time domain phase noise analysis methods to compute the phase noise spectrum. In spite of the large signal nature of the phase noise in oscillators, it is analytically proved that for the purpose of phase noise calculations for moderate offset frequencies, the phase noise process can be considered as a small signal stationary process. By this consideration, a...
Cataloging briefNew Mathematical Methods for Oscillation and Nnoise Spectrum Analysis in Microwave Oscillators in the Time and Frequency Domains, Ph.D. Dissertation Sharif University of Technology ;
Abstract
New mathematical approaches for noise and oscillation analysis of oscillators are presented. First a new approach for computing the phase noise spectrum of microwave oscillators at every offset frequency from the carrier is introduced. This method uses the harmonic balance formulation to obtain time domain functions used in the existing time domain phase noise analysis methods to compute the phase noise spectrum. In spite of the large signal nature of the phase noise in oscillators, it is analytically proved that for the purpose of phase noise calculations for moderate offset frequencies, the phase noise process can be considered as a small signal stationary process. By this consideration, a...
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