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Dyson

Last updated January 31, 2026
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Rotor position sensorless control: DysonRecent Research Landscape

Mechanical sensor failure and integration costs reduce motor reliability and increase system footprint. These innovations utilize back-EMF or saliency tracking to eliminate physical encoders while maintaining torque precision.

What technical problems is Dyson addressing in Rotor position sensorless control?

Unknown initial rotor orientation

(12)evidences

Lack of direct rotor orientation data prevents synchronized phase commutation. Resolving this eliminates the need for physical sensors while maintaining motor torque efficiency.

Inverter switching signal distortion

(5)evidences

Timing mismatches and signal distortion between the controller and power stages cause inaccurate phase commutation. Eliminating these synchronization errors prevents harmonic distortion and power loss in high-frequency conversion.