hypertension

torque

microlens

harmonic

squamous cell

pmsm

magnet synchronous

synchronous motor

dynamics simulations

harmonics

predictive current

permanent magnet synchronous

active power

institutional investors

cruise

sediment_100781

digital inclusion

torque control

specific absorption rate

IEEE Transactions on Industrial Electronics

In this article, an adaptive linear neuron based current harmonics suppression method for permanent magnet synchronous motors with nonsinusoidal back electromotive force (EMF) is presented, with due account for dead-time effect. The current harmonics can be well-suppressed by feedforwarding a self-tuning compensation voltage. The proposed method does not rely on the knowledge of back-EMF harmonic components and dead-time effect. Moreover, the proposed method is easy to implement, since it does not need the process to extract the current harmonics. The effectiveness of the proposed method is verified by both simulation and experimental results without requiring additional hardware.

Current Harmonics Suppression Strategy for PMSM With Nonsinusoidal Back-EMF Based on Adaptive Linear Neuron Method