Robert Boschgmbh

Tamer Sinanoglu

Volkmar Senz

Arne Dannenberg

Achim Breitling

Amin Jemili

Christian Patak

Sevki Gencol

A magnetic sensor device having a first magnetic core structure which is aligned along a first central longitudinal axis and has at least one first coil, and having a second magnetic core structure which includes at least one second coil, the second magnetic core structure extending from a first end face of the second magnetic core structure along a second central longitudinal axis to a second end face of the second magnetic core structure, the second central longitudinal axis lying in a plane aligned in a direction normal to the first central longitudinal axis, and the second magnetic core structure being positioned in relation to the first magnetic core structure in such a way that a clearance between the first end face of the second magnetic core structure and a first center of mass of the first magnetic core structure is less than 20% of a maximum extension of the first magnetic core structure along the first central longitudinal axis.

Magnetic sensor device and manufacturing method for a magnetic sensor device

A magnetic field detection device and a corresponding method for detecting a magnetic field. The magnetic field detection device includes a coil core, a receiving coil coupled to the coil core, a plurality of electrically separated field coils coupled to the coil core, an excitation unit for generating a magnetic field excitation via a particular excitation current of the plurality of field coils coupled to the coil core and an evaluation unit for evaluating a magnetic field signal received via a receiving coil coupled to the coil core.

Magnetic field detection device and method for detecting a magnetic field

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Reutlingen-Ohmenhausen, Germany

Tamer Sinanoglu