In a stator of a three phase machine (shown below), the armature coils aa', bb’ and cc' are connected with V, sin(ar +120°), , sin(@t) and V sin(æx – 120°) respectively. Illustrate that the net...


In a stator of a three phase machine (shown below), the armature coils aa', bb’ and cc' are connected with<br>V, sin(ar +120°), , sin(@t) and V sin(æx – 120°) respectively. Illustrate that the net magnetic field Bet<br>(inside the machine) at @t=0, 45, 90,135 deg is equal to 1.5 times the peak value of the magnetic field of a<br>single coil. Predict the direction of net magnetic field Bnet rotation.<br>Bbb'(t)<br>Baa'(t)<br>Bcc'(t)<br>

Extracted text: In a stator of a three phase machine (shown below), the armature coils aa', bb’ and cc' are connected with V, sin(ar +120°), , sin(@t) and V sin(æx – 120°) respectively. Illustrate that the net magnetic field Bet (inside the machine) at @t=0, 45, 90,135 deg is equal to 1.5 times the peak value of the magnetic field of a single coil. Predict the direction of net magnetic field Bnet rotation. Bbb'(t) Baa'(t) Bcc'(t)

Jun 11, 2022
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