Ho, Charlotte YukFan and Ling, Bingo WingKuen (2007) Stability of sinusoidal responses of interpolative sigma delta modulators. Chaos, Solitons and Fractals, 32 (2). pp. 480486. ISSN 09600779
Full content URL: http://dx.doi.org/10.1016/j.chaos.2006.06.074
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Abstract
In this paper, stability of sinusoidal responses of interpolative sigma delta modulators (SDMs) is investigated. It is found that interpolative SDMs may switch from unstable to stable behaviors even though the magnitude or the frequency of the input sinusoidal signals increase. Hence, the input magnitude stability margin and the input frequency stability margin are redefined as the minimum input magnitude and the minimum input frequency of the input sinusoidal signals such that the output of the loop filter is bounded
Item Type:  Article 

Additional Information:  In this paper, stability of sinusoidal responses of interpolative sigma delta modulators (SDMs) is investigated. It is found that interpolative SDMs may switch from unstable to stable behaviors even though the magnitude or the frequency of the input sinusoidal signals increase. Hence, the input magnitude stability margin and the input frequency stability margin are redefined as the minimum input magnitude and the minimum input frequency of the input sinusoidal signals such that the output of the loop filter is bounded 
Keywords:  SDM, Sinusoidal signals 
Subjects:  H Engineering > H620 Electrical Engineering H Engineering > H310 Dynamics 
Divisions:  College of Science > School of Engineering 
ID Code:  2674 
Deposited By:  Bev Jones 
Deposited On:  13 Jun 2010 11:14 
Last Modified:  13 Mar 2013 08:39 
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