MATLAB/Simulink modeling of offset and flicker noise in Delta-Sigma modulators has been developed, providing a fast tool for the estimation of ADC performances. Since high accuracy and resolution are fundamental in sensor applications, a brief analysis of the main noise sources in second order Delta-Sigma modulators is presented, together with the typical solutions found in the literature. Generalization of system-level chopper technique for the rejection of the converter overall offset and low-frequency noise has been proposed and their effectiveness is evaluated by means of high-level simulations.

Analysis and Simulation of Chopper Stabilization Techniques Applied to Delta-Sigma Converters

Catania, A.
;
Ria, A.;Del Cesta, S.;Piotto, M.;Bruschi, P.
2018-01-01

Abstract

MATLAB/Simulink modeling of offset and flicker noise in Delta-Sigma modulators has been developed, providing a fast tool for the estimation of ADC performances. Since high accuracy and resolution are fundamental in sensor applications, a brief analysis of the main noise sources in second order Delta-Sigma modulators is presented, together with the typical solutions found in the literature. Generalization of system-level chopper technique for the rejection of the converter overall offset and low-frequency noise has been proposed and their effectiveness is evaluated by means of high-level simulations.
2018
9781538651520
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11568/946426
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