Stability analysis of periodic solutions in non-linear autonomous circuits: a discrete time approach
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hdl:2117/97804
Document typeArticle
Defense date1996-07
Rights accessRestricted access - publisher's policy
Abstract
Steady-state methods have been devised to compute periodic wave-forms without having to integrate the
autonomous circuit equations until the transients die out. Stability analysis of the computed solutions is the
next topic to be addressed by a steady state circuit simulator. Shooting methods based on Newton's iteration
are expensive in terms of computing time, because each iteration step requires integration of the variational
equation, but directly provide information on the stability of the final On the other hand, when
making use of harmonic balance methods, the stability of the computed solutions is typically investigated
from a continuation point of view.4 Recently a discrete time approach (DTA) was proposed for the analysis
and optimization of non-linear autonomous circuits.' This letter describes how the stability of the
computed periodic wave-forms may be easily determined (I posteriori with no modification to the DTA
solution method.
CitationMiro, J., Palà-Schönwälder, P., Mas, Orestes. Stability analysis of periodic solutions in non-linear autonomous circuits: a discrete time approach. "International journal of circuit theory and applications", Juliol 1996, vol. 24, p. 511-517.
ISSN0098-9886
Collections
- SIR - Service and Industrial Robotics - Articles de revista [70]
- Departament d'Enginyeria Minera, Industrial i TIC - Articles de revista [217]
- Departament de Teoria del Senyal i Comunicacions - Articles de revista [2.185]
- CIRCUIT - Grup de Recerca en Circuits i Sistemes de Comunicació - Articles de revista [20]
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