The article points to the effects of the ambient noise and its possible influences on quantification of the inherent switching field noise of magnetic microwires. Based on the observed effects, an advanced methodology was developed to quantify the impact of the ambient noise. During measurements a multi-channel system with applied correlation methods was used. The proposed method determines the percentage contribution of the ambient noise deviation to the magnetic microwires switching field noise
International audienceGMI-based magnetometers offer a competitive alternative to well-established fl...
The problems of calculation and measurement of magnetic noise (MN) are considered, the results of re...
A mathematical model for miniature fluxgate magnetometers is presented in the first part of this wor...
The article points to the effects of the ambient noise and its possible influences on quantification...
Current trends in modernization and miniaturization of ferroprobe sensors lead to replacement of amo...
International audienceIncreasing the intrinsic sensitivity of magnetic sensing elements requires the...
International audienceEquivalent magnetic noise levels at 1 Hz of three GMI samples have been experi...
This paper describes a theoretical study of the sensitivity and intrinsic noise response in a longit...
The article deals with the method of the inherent noise estimation in each channel of a four channel...
Electromagnetic noise is an electromagnetic signal which originates inside the material when placing...
A method for measurement of magnetic noise in magnetoimpedance sensing element is proposed. Glass-co...
The aim of this research was to achieve two objectives: assembly of magnetisation profiles and noise...
This paper discusses a new methodology for characterizing the magnetic properties of ferromagnetic m...
International audienceGiant Magnetoresistances (GMR) and Tunnel Magnetoresistances (TMR) take an inc...
International audienceLow frequency noise has been studied for two types of magnetic field sensors b...
International audienceGMI-based magnetometers offer a competitive alternative to well-established fl...
The problems of calculation and measurement of magnetic noise (MN) are considered, the results of re...
A mathematical model for miniature fluxgate magnetometers is presented in the first part of this wor...
The article points to the effects of the ambient noise and its possible influences on quantification...
Current trends in modernization and miniaturization of ferroprobe sensors lead to replacement of amo...
International audienceIncreasing the intrinsic sensitivity of magnetic sensing elements requires the...
International audienceEquivalent magnetic noise levels at 1 Hz of three GMI samples have been experi...
This paper describes a theoretical study of the sensitivity and intrinsic noise response in a longit...
The article deals with the method of the inherent noise estimation in each channel of a four channel...
Electromagnetic noise is an electromagnetic signal which originates inside the material when placing...
A method for measurement of magnetic noise in magnetoimpedance sensing element is proposed. Glass-co...
The aim of this research was to achieve two objectives: assembly of magnetisation profiles and noise...
This paper discusses a new methodology for characterizing the magnetic properties of ferromagnetic m...
International audienceGiant Magnetoresistances (GMR) and Tunnel Magnetoresistances (TMR) take an inc...
International audienceLow frequency noise has been studied for two types of magnetic field sensors b...
International audienceGMI-based magnetometers offer a competitive alternative to well-established fl...
The problems of calculation and measurement of magnetic noise (MN) are considered, the results of re...
A mathematical model for miniature fluxgate magnetometers is presented in the first part of this wor...