A flexible bismuth-based Hall sensor is realized with a total thickness of only 80 μm
including encapsulation. After wiring, the sensors have a maximum height of 280 μm and …

Ultrathin sensors enable various scopes for measuring signals in restricted geometries. One
example is the use of magnetic field sensors in active magnetic bearings (AMBs). Here, the …

This paper addresses the problem of measuring the electromagnetic flux in the air gap of the
active magnetic bearing (AMB) without mechanical structure modifications. The designed …

A novel flux control magnetic suspension system that places control plates beside the
magnetic source (permanent magnet) is proposed. In a conventional flux-path control …

The electrodynamics of magnetic thrust bearings are characterized by an above-average
dependency on the bearing materials. Axially directed fields render laminated stators and …

We realized ultra-thin and flexible magnetic field sensors based on the Hall Effect in 2 μm
thick Bismuth films prepared on commercial flexible double-layer polyimide PCB with a total …

In diesem Artikel wird erstmalig ein neuartiger fraktionaler Flussschätzer vorgestellt, der das
atypische Übertragungsverhalten zwischen dem messbaren Aktorstrom und der …

Several applications require (ultra-) thin and reliable packaging of the sensor electronics.
Especially the rapidly increasing use of sensor elements in nearly every field of engineering …

For performance improvement of electromagnetic actuators an increasing amount of sensors
providing real-time feedback of measureable system variables is needed. In industrial …

Seit jeher sind Wirbelströme ein fester Bestandteil der Leistungsbilanz und
Verlustberechnung in zahlreichen elektromagnetischen Energiewandlern. In aktiven …