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Quantitative Analysis on the Orthogonal Fluxgate

The mechanism of the orthogonal fluxgate is much more complex than that of the parallel fluxgate. Quantitative analysis on the orthogonal fluxgate has been seldom reported. In this paper, we analyzed the orthogonal fluxgate quantitatively. For an anisotropic soft magnetic material, the 3-D hybrid Ji... Full description

Journal Title: Advanced materials research 2012-02-27, Vol.468-471, p.2824-2827
Main Author: Liu, Shi Bin
Other Authors: Yang, Shang Lin , Li, Ju Ping , Hou, Xiao Wei
Format: Electronic Article Electronic Article
Language: English
ID: ISSN: 1022-6680
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recordid: cdi_crossref_primary_10_4028_www_scientific_net_AMR_468_471_2824
title: Quantitative Analysis on the Orthogonal Fluxgate
format: Article
creator:
  • Liu, Shi Bin
  • Yang, Shang Lin
  • Li, Ju Ping
  • Hou, Xiao Wei
ispartof: Advanced materials research, 2012-02-27, Vol.468-471, p.2824-2827
description: The mechanism of the orthogonal fluxgate is much more complex than that of the parallel fluxgate. Quantitative analysis on the orthogonal fluxgate has been seldom reported. In this paper, we analyzed the orthogonal fluxgate quantitatively. For an anisotropic soft magnetic material, the 3-D hybrid Jiles–Atherton/Stoner–Wohlfarth magnetic hysteresis model only provides semi-quantitative analysis. When the material of the senor is isotropic, a little modification was made on the 3-D hybrid Jiles–Atherton/Stoner–Wohlfarth magnetic hysteresis model, and the simulation after modification is more reasonable.
language: eng
source:
identifier: ISSN: 1022-6680
fulltext: no_fulltext
issn:
  • 1022-6680
  • 1662-8985
  • 1662-8985
url: Link


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descriptionThe mechanism of the orthogonal fluxgate is much more complex than that of the parallel fluxgate. Quantitative analysis on the orthogonal fluxgate has been seldom reported. In this paper, we analyzed the orthogonal fluxgate quantitatively. For an anisotropic soft magnetic material, the 3-D hybrid Jiles–Atherton/Stoner–Wohlfarth magnetic hysteresis model only provides semi-quantitative analysis. When the material of the senor is isotropic, a little modification was made on the 3-D hybrid Jiles–Atherton/Stoner–Wohlfarth magnetic hysteresis model, and the simulation after modification is more reasonable.
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descriptionThe mechanism of the orthogonal fluxgate is much more complex than that of the parallel fluxgate. Quantitative analysis on the orthogonal fluxgate has been seldom reported. In this paper, we analyzed the orthogonal fluxgate quantitatively. For an anisotropic soft magnetic material, the 3-D hybrid Jiles–Atherton/Stoner–Wohlfarth magnetic hysteresis model only provides semi-quantitative analysis. When the material of the senor is isotropic, a little modification was made on the 3-D hybrid Jiles–Atherton/Stoner–Wohlfarth magnetic hysteresis model, and the simulation after modification is more reasonable.
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abstractThe mechanism of the orthogonal fluxgate is much more complex than that of the parallel fluxgate. Quantitative analysis on the orthogonal fluxgate has been seldom reported. In this paper, we analyzed the orthogonal fluxgate quantitatively. For an anisotropic soft magnetic material, the 3-D hybrid Jiles–Atherton/Stoner–Wohlfarth magnetic hysteresis model only provides semi-quantitative analysis. When the material of the senor is isotropic, a little modification was made on the 3-D hybrid Jiles–Atherton/Stoner–Wohlfarth magnetic hysteresis model, and the simulation after modification is more reasonable.
doi10.4028/www.scientific.net/AMR.468-471.2824