Memristor-based logic gate and its application in pulse train controlled Buck converter

Zhaokun Li; Dongsheng Yu; Zongbin Ye; Herbert H.C. Iu; Tyrone Fernando

doi:10.1002/cta.3260

Memristor-based logic gate and its application in pulse train controlled Buck converter

Zhaokun Li, Dongsheng Yu, Zongbin Ye, Herbert H.C. Iu, Tyrone Fernando

Electrical, Electronic and Computer Engineering

Research output: Contribution to journal › Article › peer-review

3 Citations (Scopus)

Abstract

Memristor (MR) has attractive characteristics of nanoscale volume and low-power dissipation and hence possesses superiorities in designing integrated-circuits. In this paper, a flux-controlled binary MR emulator is proposed and discussed by detailing its constitutive mathematical relation between memristance and magnetic flux. MR based logical gates are then constructed and applied to pulse train (PT) controlled Buck converters to improve its output voltage response performance. In order to suppress low-frequency voltage oscillation of PT controlled Buck converters in continuous conduction mode (CCM), inductor current based PT (IC-PT) control method using the MR-based logic gates is newly proposed and analyzed. The sampled simulation and experimental results reveals that the IC-PT controlled Buck converter by utilizing MR based logic gates can achieve fast transient response and minimized low-frequency voltage oscillation in CCM mode.

Original language	English
Pages (from-to)	2190-2209
Number of pages	20
Journal	International Journal of Circuit Theory and Applications
Volume	50
Issue number	6
DOIs	https://doi.org/10.1002/cta.3260
Publication status	Published - Jun 2022

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title = "Memristor-based logic gate and its application in pulse train controlled Buck converter",

abstract = "Memristor (MR) has attractive characteristics of nanoscale volume and low-power dissipation and hence possesses superiorities in designing integrated-circuits. In this paper, a flux-controlled binary MR emulator is proposed and discussed by detailing its constitutive mathematical relation between memristance and magnetic flux. MR based logical gates are then constructed and applied to pulse train (PT) controlled Buck converters to improve its output voltage response performance. In order to suppress low-frequency voltage oscillation of PT controlled Buck converters in continuous conduction mode (CCM), inductor current based PT (IC-PT) control method using the MR-based logic gates is newly proposed and analyzed. The sampled simulation and experimental results reveals that the IC-PT controlled Buck converter by utilizing MR based logic gates can achieve fast transient response and minimized low-frequency voltage oscillation in CCM mode.",

keywords = "Buck converter, memristor emulator, memristor-based logic gate, PT control",

author = "Zhaokun Li and Dongsheng Yu and Zongbin Ye and Iu, {Herbert H.C.} and Tyrone Fernando",

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AU - Li, Zhaokun

AU - Yu, Dongsheng

AU - Ye, Zongbin

AU - Iu, Herbert H.C.

AU - Fernando, Tyrone

PY - 2022/6

Y1 - 2022/6

N2 - Memristor (MR) has attractive characteristics of nanoscale volume and low-power dissipation and hence possesses superiorities in designing integrated-circuits. In this paper, a flux-controlled binary MR emulator is proposed and discussed by detailing its constitutive mathematical relation between memristance and magnetic flux. MR based logical gates are then constructed and applied to pulse train (PT) controlled Buck converters to improve its output voltage response performance. In order to suppress low-frequency voltage oscillation of PT controlled Buck converters in continuous conduction mode (CCM), inductor current based PT (IC-PT) control method using the MR-based logic gates is newly proposed and analyzed. The sampled simulation and experimental results reveals that the IC-PT controlled Buck converter by utilizing MR based logic gates can achieve fast transient response and minimized low-frequency voltage oscillation in CCM mode.

AB - Memristor (MR) has attractive characteristics of nanoscale volume and low-power dissipation and hence possesses superiorities in designing integrated-circuits. In this paper, a flux-controlled binary MR emulator is proposed and discussed by detailing its constitutive mathematical relation between memristance and magnetic flux. MR based logical gates are then constructed and applied to pulse train (PT) controlled Buck converters to improve its output voltage response performance. In order to suppress low-frequency voltage oscillation of PT controlled Buck converters in continuous conduction mode (CCM), inductor current based PT (IC-PT) control method using the MR-based logic gates is newly proposed and analyzed. The sampled simulation and experimental results reveals that the IC-PT controlled Buck converter by utilizing MR based logic gates can achieve fast transient response and minimized low-frequency voltage oscillation in CCM mode.

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Memristor-based logic gate and its application in pulse train controlled Buck converter

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