Inaccurate angular feedback leads to torque instability and reduced efficiency in field-oriented control. Precise error mitigation ensures safe operation and prevents inverter switching failures.

Measurement offsets and sensor errors in phase current detection lead to inaccurate rotor position estimation and torque ripple. Eliminating these errors ensures precise motor control and prevents system instability.

Mechanical blockages and sensor failures prevent accurate determination of rotor orientation. Resolving these feedback interruptions ensures continuous torque delivery and prevents system immobilization during faults.

Imprecise synchronization between the electrical phase and mechanical rotor position leads to torque ripple and efficiency loss. Accurate feedback ensures optimal power conversion and stability in dynamic drive systems.