The voltage output is inevitably delayed in a full-digital implementation of a current regulator
due to an arithmetic calculation and the pulsewidth modulation. In the case of the …

This paper describes the implementation of two vector control schemes for a variable-speed
131-kW permanent-magnet synchronous motor drive in super-high-speed applications. The …

This paper proposes a three-phase current reconstruction technique with an online current
offset compensation function for three-phase inverter applications utilizing only a single …

Accurate measurement of phase current is crucial in a current-controlled permanent-magnet
synchronous machine (PMSM) drive system. Current measurement error directly …

This paper presents robust predictive current control (RPCC) with online disturbance
estimation to achieve high-performance current loop for induction machine (IM) drives. The …

This paper presents a technique for predicting phase currents in vector-controlled
pulsewidth-modulated (PWM) inverters using single dc-link current sensor. There is a …

There is the possibility of an open-switch fault in a three-phase ac-dc pulsewidth-modulation
(PWM) converter due to problems with the switching devices. In this case, the converter …

The errors generated from the current-measurement path are inevitable, and they can be
divided into two categories: offset errors and scaling errors. Current data including these …

This article derives models for stationary noise propagation in multi-sampled control
systems, taking decimation into account. It is explained how the decimation is either …

This paper presents an improved dead-beat predictive direct power control (DPC) strategy
for grid-connected dc-ac converters. In order to minimize switching losses and to alleviate …