Alexander Rambetius

Lehrstuhl für Elektrische Energietechnik

Carrier Signal Based Sensorless Control of Wound Field Synchronous Machines Using the Rotor Winding as the Receiver: Rotating vs. Alternating Carrier Signal (2015) Piepenbreier B, Rambetius A Conference contribution Sensorless Control of Wound Field Synchronous Machines for the whole Speed Range (2015) Piepenbreier B, Rambetius A Conference contribution Comparison of the Resistance- and Inductance-Based Saliency of a PMSM due to a Short-Circuited Rotor Winding (2014) Graus J, Rambetius A, Hahn I Conference contribution Speed Estimation and Compensation for Harmonics in Sensorless Wound Rotor Synchronous Machines. (2014) Rambetius A, Luthardt S, Piepenbreier B Conference contribution Modeling of Wound Rotor Synchronous Machines considering Harmonics, Geometric Saliencies and Saturation induced Saliencies (2014) Rambetius A, Luthardt S, Piepenbreier B Conference contribution Sensorless Control of Electrically Excited Synchronous Machines for Automotive Traction (2014) Rambetius A Conference contribution Lagegeberlose Regelung der elektrisch erregten Synchronmaschine (2014) Rambetius A Conference contribution Comparison of carrier signal based approaches for sensorless wound rotor synchronous machines (2014) Piepenbreier B, Rambetius A Conference contribution Carrier signal based sensorless control of electrically excited synchronous machines at standstill and low speed using the rotor winding as a receiver (2013) Rambetius A, Ebersberger S, Seilmeier M, Piepenbreier B Conference contribution Sensorless control of wound rotor synchronous machines using the switching of the rotor chopper as a carrier signal (2013) Rambetius A, Piepenbreier B Conference contribution