Modeling of Memristors under Periodic Signals of Different Parameters

In this paper, the problem of modeling memristors is studied. Two types of memristors with carbon and tungsten doping fabricated by the Knowm Inc. are tested. The memristors have been examined with either sinusoidal or triangle voltage wave periodic excitation. Some different frequencies, amplitudes...

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Autor principal: Bartłomiej Garda
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Lenguaje:EN
Publicado: MDPI AG 2021
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spelling oai:doaj.org-article:54abe90ef3024ab2bc3fa85a57c0c3ef2021-11-11T16:01:08ZModeling of Memristors under Periodic Signals of Different Parameters10.3390/en142172641996-1073https://doaj.org/article/54abe90ef3024ab2bc3fa85a57c0c3ef2021-11-01T00:00:00Zhttps://www.mdpi.com/1996-1073/14/21/7264https://doaj.org/toc/1996-1073In this paper, the problem of modeling memristors is studied. Two types of memristors with carbon and tungsten doping fabricated by the Knowm Inc. are tested. The memristors have been examined with either sinusoidal or triangle voltage wave periodic excitation. Some different frequencies, amplitudes and signal shapes have been applied. The collected data have been averaged and subjected to high frequency filtering. The quality of measurement data has also been discussed. The averaged measurement has been modeled using three popular memristor models: Strukov, Biolek and VTEAM. Some additional feathers to the considered models have been proposed and tested. Memristor is usually modeled by a set of algebraic-differential equations which link both electrical values (i.e., voltage and current) and the internal variable(s) responsible for the element dynamics. The interior-point with box constrains optimization method has been used to obtain the optimal parameters of the memristor model that fit best to the collected data. The results of the optimization process have been discussed and compared. The sensitivity to the different frequency range has been also examined and reviewed. Some conclusions and future work ideas have been postulated.Bartłomiej GardaMDPI AGarticleSDC memristormemristor modelingmeasurementsStrukov modelBiolek windowVTEAM modelTechnologyTENEnergies, Vol 14, Iss 7264, p 7264 (2021)
institution DOAJ
collection DOAJ
language EN
topic SDC memristor
memristor modeling
measurements
Strukov model
Biolek window
VTEAM model
Technology
T
spellingShingle SDC memristor
memristor modeling
measurements
Strukov model
Biolek window
VTEAM model
Technology
T
Bartłomiej Garda
Modeling of Memristors under Periodic Signals of Different Parameters
description In this paper, the problem of modeling memristors is studied. Two types of memristors with carbon and tungsten doping fabricated by the Knowm Inc. are tested. The memristors have been examined with either sinusoidal or triangle voltage wave periodic excitation. Some different frequencies, amplitudes and signal shapes have been applied. The collected data have been averaged and subjected to high frequency filtering. The quality of measurement data has also been discussed. The averaged measurement has been modeled using three popular memristor models: Strukov, Biolek and VTEAM. Some additional feathers to the considered models have been proposed and tested. Memristor is usually modeled by a set of algebraic-differential equations which link both electrical values (i.e., voltage and current) and the internal variable(s) responsible for the element dynamics. The interior-point with box constrains optimization method has been used to obtain the optimal parameters of the memristor model that fit best to the collected data. The results of the optimization process have been discussed and compared. The sensitivity to the different frequency range has been also examined and reviewed. Some conclusions and future work ideas have been postulated.
format article
author Bartłomiej Garda
author_facet Bartłomiej Garda
author_sort Bartłomiej Garda
title Modeling of Memristors under Periodic Signals of Different Parameters
title_short Modeling of Memristors under Periodic Signals of Different Parameters
title_full Modeling of Memristors under Periodic Signals of Different Parameters
title_fullStr Modeling of Memristors under Periodic Signals of Different Parameters
title_full_unstemmed Modeling of Memristors under Periodic Signals of Different Parameters
title_sort modeling of memristors under periodic signals of different parameters
publisher MDPI AG
publishDate 2021
url https://doaj.org/article/54abe90ef3024ab2bc3fa85a57c0c3ef
work_keys_str_mv AT bartłomiejgarda modelingofmemristorsunderperiodicsignalsofdifferentparameters
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