Modeling Planar Fluxgate Structures

Michael Ortner; Neosha Navaei; Martin Lenzhofer

Modeling Planar Fluxgate Structures

Michael Ortner, Neosha Navaei, Martin Lenzhofer

Research output: Conference proceeding/Chapter in Book/Report/ › Conference Paper › peer-review

Abstract

Planar fluxgate structures have been the focus of multiple experimental studies. However, theoretical treatises are still limited to the classical models that describe 3D structures. In this paper we derive an effective fluxgate equation for planar systems, dealing with strong stray fields and direct coupling, and show the stability and applicability of the Vacquier implementation. To support the theoretical model, FEM simulations are performed that also provide means of layouting planar fluxgates by pure magnetostatic simulation.

Original language	English
Title of host publication	Eurosensors 2018
Publication status	Published - 10 Dec 2018

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title = "Modeling Planar Fluxgate Structures",

abstract = "Planar fluxgate structures have been the focus of multiple experimental studies. However, theoretical treatises are still limited to the classical models that describe 3D structures. In this paper we derive an effective fluxgate equation for planar systems, dealing with strong stray fields and direct coupling, and show the stability and applicability of the Vacquier implementation. To support the theoretical model, FEM simulations are performed that also provide means of layouting planar fluxgates by pure magnetostatic simulation.",

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year = "2018",

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AU - Ortner, Michael

AU - Navaei, Neosha

AU - Lenzhofer, Martin

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N2 - Planar fluxgate structures have been the focus of multiple experimental studies. However, theoretical treatises are still limited to the classical models that describe 3D structures. In this paper we derive an effective fluxgate equation for planar systems, dealing with strong stray fields and direct coupling, and show the stability and applicability of the Vacquier implementation. To support the theoretical model, FEM simulations are performed that also provide means of layouting planar fluxgates by pure magnetostatic simulation.

AB - Planar fluxgate structures have been the focus of multiple experimental studies. However, theoretical treatises are still limited to the classical models that describe 3D structures. In this paper we derive an effective fluxgate equation for planar systems, dealing with strong stray fields and direct coupling, and show the stability and applicability of the Vacquier implementation. To support the theoretical model, FEM simulations are performed that also provide means of layouting planar fluxgates by pure magnetostatic simulation.

M3 - Conference Paper

BT - Eurosensors 2018

ER -

Modeling Planar Fluxgate Structures

Abstract

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