Philip Beran, Fraunhofer ILS, Germany: Balancing Precision and Efficiency: The Coexistence of Hall Effect and TMR Sensors
Mahmoud Rasly Eldesouky, Technical University of Eindhoven, The Netherlands: TMR structures with amorphous-like sensing layers
Cornel Frigoli, Absolute Magnetics AG, Switzerland: Robust, accurate and strayfield immune angle detection with Absolute Magnetics Encoder Technology
Aurélie Solignac, CEA Université Paris-Saclay, France: Magnetic imaging of materials using a GMR 3-axis local probe
Björn Gojdka, Fraunhofer ISIT Germany: Biased AMR sensor with monolithically integrated NdFeB magnets
Paulo P. Freitas, INESC MN Portugal: Extending the limits for exchange-bias materials for improved reference layers in TMR sensors
Giovanni Masciocchi, Infineon Technology AG, Germany: Technological advances in Infineon’s TMR sensors
Gerhard Jakob, JGU | Institute of Physics, Germany: New directions, mechanisms and materials in magnetoresistive technology
Matthias Salewski, Neways Advanced Microsystems BV, The Netherlands: Functional Packaging for Magnetic Sensors
Marc Röthlisberger, Maxon motor AG, Switzerland: Radiation Resistance Test of XMR Angular Sensors
Stefan Schneider, Lenord, Bauer & Co. GmbH, Germany: Achievable positioning accuracies with MR-based encoder systems in machine tool applications
Alberto Nicolicea, BAM | Helmholtz- Zentrum Dresden- Rossendorf e.V., Germany: Flexible AMR sensors for novel non-destructive testing capabilities
Iulian Teliban, Magnetfabrik Bonn GmbH, Germany: Halbach-Systems for homogenous magnetic field and angle measurement Applications
Michael Ortner, Silicon Austria Labs, Austria: The Impact of Runout on Rotary Magnetic Encoder Systems
Heiko Knoll, ITK Precisioning GmbH, Germany: Investigation and Assessment of the Magnetization Accuracy for different Magnetization Technologies for long Magnetic Scales
Andreas Kehlberger, Sensitec GmbH, Germany: Approaching new dimensions, from in-plane to out-of-plane
Clemens Voigt, Fraunhofer IKTS, Germany: Printing of MR Sensors: enabling flexibility and realization of large-area sensor arrays