This article mainly concerns the performance improvement of active flux (AF)-based
sensorless control for permanent magnet synchronous machines (PMSMs) in the low-speed …

This paper proposes a methodology for active thermal control of power electronic modules
in ac applications, which includes a loss manipulation unit, a thermal observer structure, and …

Numerous ideas to improve traction inverters for future electric vehicles were presented in
literature. However, fair experimental comparisons of these concepts are rare. In this work …

The accurate compensation of inverter nonlinear voltages error (INVE) is of great
significance in improving interior permanent magnet synchronous motor (IPMSM) field …

The output voltage distortion of the inverter worsens the performance of the permanent-
magnet synchronous motor, therefore, it should be compensated accurately. The inverter …

Anisotropic synchronous motors are arousing a renewed interest in many civil and industrial
applications. Compared with their isotropic counterpart, they suffer a more complex …

Bond-wire liftoff caused by mechanical stress due to thermal cycling is one of the major
failures in power electronic systems. Condition monitoring concepts which allow prediction …

This paper improves the position sensorless drive by sensing actual machine phase
voltages. A high-bandwidth phase voltage measurement is developed for pulsewidth …

This paper deals with the study and implementation of a losses minimization control strategy
for an integrated multidrive (IMD) topology used in the drivetrain of parallel hybrid electric …

The magnetic flux linkage is an essential parameter for many control approaches of
electrical machines. In most common control algorithms, this quantity is determined either by …