A hybrid type of magnetic sensor, combining the advantages of both fluxgate sensors and
giant magnetoresistance sensors (GMR), was developed in this work by applying the …

Orthogonal fluxgate in fundamental mode has become a competitive sensor for low noise
measurement of low frequency magnetic fields. The noise of this sensor has been recently …

A detection platform based on non-linear Giant Magnetoimpedance Effect was analyzed for
the design of a contactless and low-cost detector of magnetic nanoparticles. The sensor …

Cobalt-rich amorphous wires have been extensively used as a core of many types of
magnetic field sensors, notably of a fundamental model orthogonal fluxgates, because they …

Orthogonal fluxgate is a particular type of fluxgate, which recently gained popularity. As all
fluxgate sensors it is based on the gating of magnetic flux in a ferromagnetic core; however …

Soft magnetic wires and microwires are currently used for the cores of magnetic sensors.
Due to their low demagnetization, they contribute to the high sensitivity and the high spatial …

The Matteucci effect (ME) is one of the lesser-known magnetomechanical effects and is most
prominent in bistable amorphous wires. It has some experimental applications—Matteucci …

A model to describe the influence of torsional stress on nonlinear magnetoimpedance in
amorphous wires with negative magnetostriction is proposed. The nonlinear voltage …

DC magnetic field sensor similar to fluxgates utilizing Matteucci Effect was proposed
previously. As these types of sensors depend on measuring the second harmonic of the …

Previous investigations of the Matteucci effect in amorphous microwires have yielded a
basic understanding of the underlying physical mechanism. However, a complete …