This paper describes a unified method to quantify and compare amplitude and phase noise induced by white and colored noise sources in electrical oscillators. The proposed approach relies on the Floquet theory of linear time-varying systems and on the application of averaging techniques to simplify the stochastic equations. Closed-form expressions for the phase and amplitude power spectrum are provided. These results are validated via comparisons with SpectreRF simulations and measurements.

A Unified Method for the Analysis of Phase and Amplitude Noise in Electrical Oscillators

MAFFEZZONI, PAOLO;PEPE, FEDERICO;BONFANTI, ANDREA GIOVANNI
2013

Abstract

This paper describes a unified method to quantify and compare amplitude and phase noise induced by white and colored noise sources in electrical oscillators. The proposed approach relies on the Floquet theory of linear time-varying systems and on the application of averaging techniques to simplify the stochastic equations. Closed-form expressions for the phase and amplitude power spectrum are provided. These results are validated via comparisons with SpectreRF simulations and measurements.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11311/746587
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