Nonlinear harmonic distortion effect in magnetoelectric laminate composites

Hao Xu; Yongmao Pei; Daining Fang; Panding Wang

doi:10.1063/1.4887373

Nonlinear harmonic distortion effect in magnetoelectric laminate composites

Hao Xu, Yongmao Pei^*, Daining Fang, Panding Wang

^*Corresponding author for this work

Peking University

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

15 Citations (Scopus)

Abstract

Magnetoelectric (ME) harmonic distortion behavior in layered piezoelectric/magnetostrictive composites was investigated in this study. Taking into account the quadratic magnetostrictive effect, a nonlinear distortion coefficient was proposed to quantitatively describe the distortion of ME frequency response. It was revealed that the ME distortion was the competition result of linear piezomagnetic and quadratic magnetostrictive effect. Theoretical predictions of their dependences on dc bias field and frequency of ac drive field showed good agreement with experiment. Moreover, the diagram of competition mechanism for these two effects was established, demonstrating that the nonlinear distortion could be tuned by interplay between frequency doubling and mechanical resonance effect, which was significant for the development of tunable nonlinear ME devices.

Original language	English
Article number	012904
Journal	Applied Physics Letters
Volume	105
Issue number	1
DOIs	https://doi.org/10.1063/1.4887373
Publication status	Published - 7 Jul 2014
Externally published	Yes

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10.1063/1.4887373

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title = "Nonlinear harmonic distortion effect in magnetoelectric laminate composites",

abstract = "Magnetoelectric (ME) harmonic distortion behavior in layered piezoelectric/magnetostrictive composites was investigated in this study. Taking into account the quadratic magnetostrictive effect, a nonlinear distortion coefficient was proposed to quantitatively describe the distortion of ME frequency response. It was revealed that the ME distortion was the competition result of linear piezomagnetic and quadratic magnetostrictive effect. Theoretical predictions of their dependences on dc bias field and frequency of ac drive field showed good agreement with experiment. Moreover, the diagram of competition mechanism for these two effects was established, demonstrating that the nonlinear distortion could be tuned by interplay between frequency doubling and mechanical resonance effect, which was significant for the development of tunable nonlinear ME devices.",

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AU - Xu, Hao

AU - Pei, Yongmao

AU - Fang, Daining

AU - Wang, Panding

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N2 - Magnetoelectric (ME) harmonic distortion behavior in layered piezoelectric/magnetostrictive composites was investigated in this study. Taking into account the quadratic magnetostrictive effect, a nonlinear distortion coefficient was proposed to quantitatively describe the distortion of ME frequency response. It was revealed that the ME distortion was the competition result of linear piezomagnetic and quadratic magnetostrictive effect. Theoretical predictions of their dependences on dc bias field and frequency of ac drive field showed good agreement with experiment. Moreover, the diagram of competition mechanism for these two effects was established, demonstrating that the nonlinear distortion could be tuned by interplay between frequency doubling and mechanical resonance effect, which was significant for the development of tunable nonlinear ME devices.

AB - Magnetoelectric (ME) harmonic distortion behavior in layered piezoelectric/magnetostrictive composites was investigated in this study. Taking into account the quadratic magnetostrictive effect, a nonlinear distortion coefficient was proposed to quantitatively describe the distortion of ME frequency response. It was revealed that the ME distortion was the competition result of linear piezomagnetic and quadratic magnetostrictive effect. Theoretical predictions of their dependences on dc bias field and frequency of ac drive field showed good agreement with experiment. Moreover, the diagram of competition mechanism for these two effects was established, demonstrating that the nonlinear distortion could be tuned by interplay between frequency doubling and mechanical resonance effect, which was significant for the development of tunable nonlinear ME devices.

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Nonlinear harmonic distortion effect in magnetoelectric laminate composites

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