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2016•Unpublished venueOpen access

Modelling the generic TiO2 memristor with the parasitic components

Bartłomiej Garda, Maciej Ogorzałek

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Abstract

In this paper the problem of existence of parasitic components in a real memristor has been analysed. These unwanted components have some impacts on behaviour of the memristors causing discrepancies in the observed dynamic characteristics. To model this kind of behaviour additional L and C elements have to be introduced in the memristor model. Simulation tests have been carried out to uncover the changes of behaviour caused by the introduced parasitics. Several graphs show comparisons between characteristics of an ideal element and the model of real one with parasitics.

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What this paper is about

In this paper the problem of existence of parasitic components in a real memristor has been analysed. These unwanted components have some impacts on behaviour of the memristors causing discrepancies in the observed dynamic characteristics. To model this kind of behaviour additional L and C elements have to be introduced in the memristor model. Simulation tests have been carried out to uncover the changes of behaviour caused by the introduced parasitics. Several graphs show comparisons between characteristics of an ideal element and the model of real one with parasitics.

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Available abstract

In this paper the problem of existence of parasitic components in a real memristor has been analysed. These unwanted components have some impacts on behaviour of the memristors causing discrepancies in the observed dynamic characteristics. To model this kind of behaviour additional L and C elements have to be introduced in the memristor model. Simulation tests have been carried out to uncover the changes of behaviour caused by the introduced parasitics. Several graphs show comparisons between characteristics of an ideal element and the model of real one with parasitics.

Key concepts: Parasitic extraction, Memristor, Ideal (ethics), Electronic engineering, Computer science, Topology (electrical circuits), Engineering, Electrical engineering

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