An Electric-Based Model for Coupling Traps Effect on Random Telegraph Noise | Zendy

Thales Exenberger Becker | Zendy; Pedro Alves | Zendy; Eduardo Pellin Moser | Zendy; Gilson Wirth | Zendy

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An Electric-Based Model for Coupling Traps Effect on Random Telegraph Noise

Author(s) -

Thales Exenberger Becker,

Pedro Alves,

Eduardo Pellin Moser,

Gilson Wirth

Publication year - 2020

Publication title -

journal of integrated circuits and systems

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.125

H-Index - 11

eISSN - 1872-0234

pISSN - 1807-1953

DOI - 10.29292/jics.v15i2.148

Subject(s) - coupling (piping) , noise (video) , trapping , protein filament , physics , statistical physics , amplitude , current (fluid) , work (physics) , condensed matter physics , computer science , materials science , quantum mechanics , ecology , composite material , artificial intelligence , metallurgy , image (mathematics) , biology , thermodynamics

In this work, we present a novel understanding about the anomalous Random Telegraph Noise (aRTN), asserting the existence of coupling effect among multiple traps regarding current amplitude deviation. Based on the examination in the literature of anomalous current fluctuation, we propose a model able to describe the equivalent filament resistance changes due to this process. Notwithstanding, the results obtained with our model fits with experimental current over time observations presented on literature. Given that RTN is still a concern for different technologies, such as MOSFETs, FinFets and ReRAMs, the model can be applied to understanding the dynamics of filament distribution and the trapping de-trapping activity.

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