We demonstrate a simple low-power, magnetic sensor system suitable for high-sensitivity magnetic-field mapping, based on solid-state magnetic tunnel junction devices with minimum detectable fields in a 100 pT range at room temperature. In this paper, we discuss a method that uses multilayer thin films to improve the performance of the soft ferromagnetic layer in magnetoresistive sensor applications, by reducing the coercivity and/or improving the reversibility.We have used it in the design of our new magnetic sensor. This sensor has a sensitivity as high as 750%/mT. The magnetic sensor only dissipates 1 mW of power while operating under an applied voltage of 1 V
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...
We demonstrate a simple low-power, magnetic sensor system suitable for high-sensitivity magnetic-fie...
A magnetically shielded setup was developed for characterizing magnetoresistance (MR) and noise prop...
Poster Session - F. Storage Applications and Others: PF-12This journal issue contain selected papers...
Magnetic sensors have been widely used in many areas that include data storage industry, health care...
Magnetic sensors have been widely used in many areas that include data storage industry, health care...
Magnetic sensors have been widely used in many areas that include data storage industry, health care...
Magnetic sensors have been widely used in many areas that include data storage industry, health care...
Interest in highly sensitive magnetic sensors has been great due to their wide applications ranging ...
Interest in highly sensitive magnetic sensors has been great due to their wide applications ranging ...
Interest in highly sensitive magnetic sensors has been great due to their wide applications ranging ...
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...
The noise performances of Al2O3-based magnetic tunnel junctions (MTJs) in the low-frequency regime w...
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...
We demonstrate a simple low-power, magnetic sensor system suitable for high-sensitivity magnetic-fie...
A magnetically shielded setup was developed for characterizing magnetoresistance (MR) and noise prop...
Poster Session - F. Storage Applications and Others: PF-12This journal issue contain selected papers...
Magnetic sensors have been widely used in many areas that include data storage industry, health care...
Magnetic sensors have been widely used in many areas that include data storage industry, health care...
Magnetic sensors have been widely used in many areas that include data storage industry, health care...
Magnetic sensors have been widely used in many areas that include data storage industry, health care...
Interest in highly sensitive magnetic sensors has been great due to their wide applications ranging ...
Interest in highly sensitive magnetic sensors has been great due to their wide applications ranging ...
Interest in highly sensitive magnetic sensors has been great due to their wide applications ranging ...
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...
The noise performances of Al2O3-based magnetic tunnel junctions (MTJs) in the low-frequency regime w...
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...
Ultrasensitive magnetic field sensors envisaged for applications on biomedical imaging require the d...