International audienceThis work deals with the analysis of noise sources of the off-diagonal magneto-impedance sensor with stress-annealed amorphous ribbon. This experimental analysis shows that the equivalent magnetic noise spectral density is mostly due to the electronic conditioning circuitry that operates the sensor. The electronic noise was then reduced with employment of an improved excitation-detection technique for our sensor and an equivalent magnetic noise spectral density below 1pT/√Hz in white noise region has been reached. Indeed, the equivalent magnetic white noise level of the output signal decreased from 5pT/√Hz to 560fT/√Hz. Nevertheless, this noise level is still limited by the electronic conditioning, leaving room for fur...
International audienceIncreasing the intrinsic sensitivity of magnetic sensing elements requires the...
This paper describes a theoretical study of the sensitivity and intrinsic noise response in a longit...
International audienceThe giant magnetoimpedance (GMI) effect is observed when the impedance of a ma...
International audienceThis work deals with the analysis of noise sources of the off-diagonal magneto...
International audienceThe performance of giant magneto-impedance (GMI)-based magnetometers is curren...
International audienceThe lowest measurable magnetic field of a high sensitive magnetometer based on...
International audienceThe impact of low frequency magnetization fluctuations on the equivalent magne...
International audienceLow-frequency equivalent magnetic noise levels of four different giant magneto...
A method for measurement of magnetic noise in magnetoimpedance sensing element is proposed. Glass-co...
International audience1 INTRODUCTIONThe giant magnetoimpedance (GMI) effect has great potential for ...
International audienceAn optimized giant magneto-impedance effect magnetometer has been developed, b...
version longue issue de : 7th European Magnetic Sensor and Actuator Conference, EMSA'08, Caen, Franc...
International audienceAn optimized giant magneto-impedance effect magnetometer has been developed, b...
International audienceIncreasing the intrinsic sensitivity of magnetic sensing elements requires the...
This paper describes a theoretical study of the sensitivity and intrinsic noise response in a longit...
International audienceThe giant magnetoimpedance (GMI) effect is observed when the impedance of a ma...
International audienceThis work deals with the analysis of noise sources of the off-diagonal magneto...
International audienceThe performance of giant magneto-impedance (GMI)-based magnetometers is curren...
International audienceThe lowest measurable magnetic field of a high sensitive magnetometer based on...
International audienceThe impact of low frequency magnetization fluctuations on the equivalent magne...
International audienceLow-frequency equivalent magnetic noise levels of four different giant magneto...
A method for measurement of magnetic noise in magnetoimpedance sensing element is proposed. Glass-co...
International audience1 INTRODUCTIONThe giant magnetoimpedance (GMI) effect has great potential for ...
International audienceAn optimized giant magneto-impedance effect magnetometer has been developed, b...
version longue issue de : 7th European Magnetic Sensor and Actuator Conference, EMSA'08, Caen, Franc...
International audienceAn optimized giant magneto-impedance effect magnetometer has been developed, b...
International audienceIncreasing the intrinsic sensitivity of magnetic sensing elements requires the...
This paper describes a theoretical study of the sensitivity and intrinsic noise response in a longit...
International audienceThe giant magnetoimpedance (GMI) effect is observed when the impedance of a ma...