A flexible flat micro-Fluxgate sensor with amorphous rectangular core, fabricated using a simple printing technique is presented. All materials were selected to facilitate the fabrication process and to achieve optimal sensor performance. The device’s response to an externally applied magnetic field has been studied. The linear measuring range of the sensor is approximately ±40 μT with a linearity error of <2% FS at 100 kHz excitation frequency, allowing the measurement of the terrestrial magnetic field. Experimental results demonstrate that the behaviour of the fabricated device corresponds to the behaviour of a Fluxgate sensor with high sensitivity
An integrated fluxgate sensor fabricated in a CMOS-compatible technology is investigated by measurem...
This paper presents our proposed design for a multi-core planar fluxgate sensor for low magnetic fie...
Planar magnetic sensor, made in particular via CMOS techniques on a semiconductor substrate (1) of f...
A flexible flat micro-Fluxgate sensor with amorphous rectangular core, fabricated using a simple pri...
This paper presents the fabrication and characterization of a flexible, flat, miniaturized fluxgate ...
.We have developed a cheap and simple trilayer printed circuit board PCB-based technology, adapted f...
This paper reports a novel micro-fluxgate sensor based on a double-layer magnetic core of a Fe–Co–B-...
A new compact 2D planar fluxgate sensor using a ferromagnetic amorphous metal core is described. The...
The development of novel methods, scientific devices and means for measuring magnetic fields generat...
In this paper, we present a new planar fluxgate magnetometer structure. The sensor has the orthogona...
In this paper a technique is presented concerning the characterization of magnetic properties of the...
Co68.25Fe4.5Si12.25B15 amorphous magnetic material for the development of high performance fluxgate ...
An electronic compass made of a new planar 2D micro-fluxgate sensor is presented. The magnetometer i...
An integrated fluxgate sensor fabricated in a CMOS-compatible technology is investigated by measurem...
In this paper, we present a new microfabricated orthogonal fluxgate sensor structure. The sensor con...
An integrated fluxgate sensor fabricated in a CMOS-compatible technology is investigated by measurem...
This paper presents our proposed design for a multi-core planar fluxgate sensor for low magnetic fie...
Planar magnetic sensor, made in particular via CMOS techniques on a semiconductor substrate (1) of f...
A flexible flat micro-Fluxgate sensor with amorphous rectangular core, fabricated using a simple pri...
This paper presents the fabrication and characterization of a flexible, flat, miniaturized fluxgate ...
.We have developed a cheap and simple trilayer printed circuit board PCB-based technology, adapted f...
This paper reports a novel micro-fluxgate sensor based on a double-layer magnetic core of a Fe–Co–B-...
A new compact 2D planar fluxgate sensor using a ferromagnetic amorphous metal core is described. The...
The development of novel methods, scientific devices and means for measuring magnetic fields generat...
In this paper, we present a new planar fluxgate magnetometer structure. The sensor has the orthogona...
In this paper a technique is presented concerning the characterization of magnetic properties of the...
Co68.25Fe4.5Si12.25B15 amorphous magnetic material for the development of high performance fluxgate ...
An electronic compass made of a new planar 2D micro-fluxgate sensor is presented. The magnetometer i...
An integrated fluxgate sensor fabricated in a CMOS-compatible technology is investigated by measurem...
In this paper, we present a new microfabricated orthogonal fluxgate sensor structure. The sensor con...
An integrated fluxgate sensor fabricated in a CMOS-compatible technology is investigated by measurem...
This paper presents our proposed design for a multi-core planar fluxgate sensor for low magnetic fie...
Planar magnetic sensor, made in particular via CMOS techniques on a semiconductor substrate (1) of f...