2. Magnetic flux control

2.1 Powered by currents

In vector control where the dq reference frame is related to the rotor flux vector such that : $Φ_{r d} = \sqrt{3} Φ_{r}$

and

Φ _rq = 0

one of the fundamental relationships defining the rotor flux as a function of the stator current component in the axis of this flux is :

$(1 + T_{r} \frac{d}{d t}) Φ_{r d} = M_{sr} I_{s d}$

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Magnetic flux control

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(1) - DE FORNEL (B.) - Machines à courant alternatif alimentées à fréquence variable par convertisseurs statiques - . Thèse de doctorat d'État, INP Toulouse (1976).
(2) - BOSE (B.K.) - Power Electronics and AC Drives - . Prentice Hall (1986).

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