Methode Electronics Malta Ltd.

Julius Beck

Allen Carl Bonnici

Florian Burghardt

Ibai Sarria

Johannes Gießibl

Alexander Galea

A current sensor has at least one support element that is configured to carry at least one sensing coil of at least two sensing coils of the current sensor. The support element has at least one face on which at least one sensing coil is arranged. The sensing coil is to be used in connection with a current transferring conductor. The at least two sensing coils differ from each other in respect of at least one of an angular orientation of the individual sensing coil relative to a longitudinal axis of the current transferring conductor and/or a vertical distance of the individual sensing coil relative to the current transferring conductor.

Current sensor

A current sensor includes a current transferring conductor to conduct current and four magnetic field sensors with the magnetic field sensors being divided into two pairs of magnetic field sensors. The two magnetic field sensors are arranged in a V-shaped manner on one face of the current transferring conductor. Two magnetic field sensors are arranged in a V-shaped manner on the other face of the current transferring conductor. Of the magnetic field sensors arranged in a V-shaped manner, the ones of each side running parallel to each other form one pair.

Current sensor comprising a magnetic field sensor in a V-shaped arrangement

Device for a brake travel emulator with at least one integrated sensor, comprising a housing (), a force sensor () both being connected to a middle part of a connection means (). The force sensor () being arranged at a static unit (), the housing () further comprising at least one conical compression spring (), an axially sliding component (), a connecting rod () comprising a varying diameter geometry, an oscillating means () capable of creating an electric field, and a displacement sensor (), the force sensor () further comprising, a micro-controller (), means for receiving applied force () and at least four coils ().

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Munich, Germany

Julius Beck