Memristives System

Research output: Intellectual Property › Patent application/Patent

Contributors

Abstract

The present invention is related to a memristive system and a method to induce a memristive effect. An object of the present invention is to design a memristive system containing a simple structure to feedback the signal, to find a method of inducing a memristive effect implying a simple feedback step and to be able to significantly change the characteristics of the memristive effect according to the fed in parameters. This object is achieved by a memristive system comprising means for generating a spin polarization mechanism and means for generating a memory effect in the voltage-current phase plane, where these means are arranged in a feedback loop architecture, as well as by a method of inducing a memristive effect where a feedback loop is established by a combining a spin polarization process with the action of the classical Hall effect.

Translated title of the contribution
Memristive system

Details

The present invention is related to a memristive system and a method to induce a memristive effect. An object of the present invention is to design a memristive system containing a simple structure to feedback the signal, to find a method of inducing a memristive effect implying a simple feedback step and to be able to significantly change the characteristics of the memristive effect according to the fed in parameters. This object is achieved by a memristive system comprising means for generating a spin polarization mechanism and means for generating a memory effect in the voltage-current phase plane, where these means are arranged in a feedback loop architecture, as well as by a method of inducing a memristive effect where a feedback loop is established by a combining a spin polarization process with the action of the classical Hall effect.

Original languageGerman
IPC (International Patent Classification)G06N 3/ 063 A N
Patent numberEP2503556B1
Country/TerritoryGermany
Priority date26 Mar 2012
Priority numberEP20120161274
Publication statusPublished - 12 Oct 2016
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Keywords

Research priority areas of TU Dresden