Christoph Hittinger

Professur für Elektrische Antriebe und Maschinen Lehrstuhl für Elektrische Energietechnik

Resistance- and Inductance-Based Self-Sensing Control using Short-Circuited Windings on the Rotor of a SPMSM (2019) Hittinger C, Hahn I Conference contribution Short-Circuited Rotor Windings for Improving the Electromagnetic Saliency for Inductance- and Resistance-Based Self-Sensing Control (2019) Hittinger C, Hahn I Conference contribution, Conference Contribution Investigations on the Concept of Short-Circuited Rotor Windings for the Improvement of the Self-Sensing Capability of Electrical Machines (2019) Hittinger C, Hahn I Conference contribution Improved Sensorless Position Estimation of an IPMSM by Weighted Combination of Resistance-and Inductance-Based Saliency Tracking (2018) Hittinger C, Hahn I Conference contribution Comparison of the Power Factor of SMPM and SM Vernier Outer Runner Machines for Traction Applications (2018) Thyroff D, Hittinger C, Hahn I Conference contribution, Conference Contribution Examining the unstable behaviour of a phenomenological three dimensional, dipole-based hysteresis model (2017) Wagner J, Hittinger C, Hahn I Conference contribution, Conference Contribution Analytic power factor calculation for vernier machines with concentrated windings (2017) Thyroff D, Hittinger C, Hahn I Conference contribution, Conference Contribution Modeling of an IPMSM with Short-Circuited Rotor Winding for Sensorless Position Estimation by FEA Using the Frozen Permeability Method (2017) Hittinger C, Hahn I Conference contribution, Conference Contribution Modelling and Examination of the Influence of a Short-Circuited Rotor Winding for Saliency Tracking of a Machine with a Three-Phase Single-Tooth Winding (2017) Hittinger C, Thyroff D, Hahn I Conference contribution, Conference Contribution Influence of Elementary Model Parameter Variations on Simulated Ferromagnetic Hysteresis Using a Ring-Shaped 3D Dipole Collective (2017) Hittinger C, Wagner J, Hahn I Conference contribution, Conference Contribution