Electrical machines I Tutorials Problem 1-21 The rotor of a four-pole induction motor rotates at 1440 revolutions per minute. Find the e.m.f. E2, induced in the rotor winding, if the synchronous speed...


Electrical machines I<br>Tutorials<br>Problem 1-21<br>The rotor of a four-pole induction motor rotates at 1440 revolutions per minute.<br>Find the e.m.f. E2, induced in the rotor winding, if the synchronous speed is 1500 rev/min<br>and e.m.f. induced in the winding of a fixed rotor is E,<br>200 V.<br>

Extracted text: Electrical machines I Tutorials Problem 1-21 The rotor of a four-pole induction motor rotates at 1440 revolutions per minute. Find the e.m.f. E2, induced in the rotor winding, if the synchronous speed is 1500 rev/min and e.m.f. induced in the winding of a fixed rotor is E, 200 V.

Jun 11, 2022
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