Unfolding the local activity of a memristor

This work models some dynamical properties of a volatile thermally-activated micro-scale memristor and the emergence of nonlinear oscillations when a capacitor is placed in parallel to it. A bias voltage input with a series resistor is used to drive the memristor into a locally-active state, from wh...

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Published inProceedings (International Workshop on Cellular Neural Networks and Their Applications) pp. 1 - 2
Main Authors Ascoli, A., Slesazeck, S., Tetzlaff, R., Mahne, H., Mikolajick, T.
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.07.2014
Subjects
Capacitors
Equations
Integrated circuit modeling
Mathematical model
Memristors
Oscillators
Predictive models
Online AccessGet full text
ISSN2165-0144
DOI10.1109/CNNA.2014.6888591

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Abstract This work models some dynamical properties of a volatile thermally-activated micro-scale memristor and the emergence of nonlinear oscillations when a capacitor is placed in parallel to it. A bias voltage input with a series resistor is used to drive the memristor into a locally-active state, from which, as theoretically envisioned by Chua, complex nonlinear behaviors may arise. Experimental measurements and modeling results based on Chua's unfolding concept indicate that the local activity of the memristor is indeed at the basis for the occurrence of the limit-cycle oscillations.
AbstractList This work models some dynamical properties of a volatile thermally-activated micro-scale memristor and the emergence of nonlinear oscillations when a capacitor is placed in parallel to it. A bias voltage input with a series resistor is used to drive the memristor into a locally-active state, from which, as theoretically envisioned by Chua, complex nonlinear behaviors may arise. Experimental measurements and modeling results based on Chua's unfolding concept indicate that the local activity of the memristor is indeed at the basis for the occurrence of the limit-cycle oscillations.
Author Tetzlaff, R.
Mikolajick, T.
Slesazeck, S.
Mahne, H.
Ascoli, A.
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  givenname: T.
  surname: Mikolajick
  fullname: Mikolajick, T.
  email: thomas.mikolajick@namlab.com
  organization: Nano-Electron. Mater. Lab., NaMLab gGmbH, Dresden, Germany
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Snippet This work models some dynamical properties of a volatile thermally-activated micro-scale memristor and the emergence of nonlinear oscillations when a capacitor...
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SubjectTerms Capacitors
Equations
Integrated circuit modeling
Mathematical model
Memristors
Oscillators
Predictive models
Title Unfolding the local activity of a memristor
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