David Díaz Reigosa

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Up to the date, high frequency signal injection sensorless control techniques normally assume a purely inductive behavior of the machine at high frequency, the rotor position-dependent differential(More)
The focus of this paper is secondary-saliency decoupling in carrier signal injection-based sensorless control of AC machines using structured neural networks. Structured neural networks are utilized(More)
This paper proposes a new rotor design for flux intensifying, interior permanent magnet synchronous machine (FI-IPM SM) which has similar torque-speed and power capabilities to a traditional flux(More)
This paper analyzes the effects of the decoupling of the cross-coupling terms when PI synchronous regulators are used in droop characteristic converter. The PI synchronous regulators are implemented(More)
This paper analyzes the effects of fractional pitch and distributed winding stators on self-sensing performance of PM machines. Three rotor configurations, an FW-IPMSM and two FI-IPMSMs, and two(More)