In this paper a new model for orthogonal fluxgate is presented. A first attempt to explain the working principle of the orthogonal fluxgates was done in the 1970's. We show that this model does not work well on recently developed orthogonal fluxgate sensors with thin-film core on microwire. A new more accurate two-domain model based both on domain wall motion and magnetization rotation is proposed. We show that the new model better explains the observed properties of thin-film orthogonal fluxgate
In this paper we show how an anisotropy perpendicular to the direction of excitation is favourable t...
A new class of tri-axial miniature magnetometer consisting of a planar fluxgate structure with an or...
A mathematical model for miniature fluxgate magnetometers is presented in the first part of this wor...
Multiwire core fluxgate has higher sensitivity due to the higher cross=sectional area of the cor
Abstract: Orthogonal fluxgate sensors need only a single core and they can be made very small
In this paper, we examine the problems related to orthogonal fluxgates realized using magnetic micro...
AbstractIn this contribution we present magnetic microwires electroplated with pulse current (PC), u...
In this paper, we present a new planar fluxgate magnetometer structure. The sensor has the orthogona...
Miniature fluxgate sensors with symmetrical closed core elements on both sides of the planar coils w...
In paper analytical equations for calculate the electromotive force in the measuring coil of the flu...
10.1016/j.jmmm.2005.10.157Journal of Magnetism and Magnetic Materials3001e98-e103JMMM
A new important advantage has been discovered for the fundamental-mode operation of the orthogonal f...
As a continuation of Part I this paper is devoted to fluxgate sensors that employ Fe77.5Si7.5B15 amo...
Existing theories for open-core fluxgate are not fitting experimental results in the case of ring-co...
Orthogonal fluxgate sensor for measuring an external magnetic field Hext, comprising a conductor for...
In this paper we show how an anisotropy perpendicular to the direction of excitation is favourable t...
A new class of tri-axial miniature magnetometer consisting of a planar fluxgate structure with an or...
A mathematical model for miniature fluxgate magnetometers is presented in the first part of this wor...
Multiwire core fluxgate has higher sensitivity due to the higher cross=sectional area of the cor
Abstract: Orthogonal fluxgate sensors need only a single core and they can be made very small
In this paper, we examine the problems related to orthogonal fluxgates realized using magnetic micro...
AbstractIn this contribution we present magnetic microwires electroplated with pulse current (PC), u...
In this paper, we present a new planar fluxgate magnetometer structure. The sensor has the orthogona...
Miniature fluxgate sensors with symmetrical closed core elements on both sides of the planar coils w...
In paper analytical equations for calculate the electromotive force in the measuring coil of the flu...
10.1016/j.jmmm.2005.10.157Journal of Magnetism and Magnetic Materials3001e98-e103JMMM
A new important advantage has been discovered for the fundamental-mode operation of the orthogonal f...
As a continuation of Part I this paper is devoted to fluxgate sensors that employ Fe77.5Si7.5B15 amo...
Existing theories for open-core fluxgate are not fitting experimental results in the case of ring-co...
Orthogonal fluxgate sensor for measuring an external magnetic field Hext, comprising a conductor for...
In this paper we show how an anisotropy perpendicular to the direction of excitation is favourable t...
A new class of tri-axial miniature magnetometer consisting of a planar fluxgate structure with an or...
A mathematical model for miniature fluxgate magnetometers is presented in the first part of this wor...