Consider a 2-pole, 3 phase, Y-connected ac generator. It has a double layer armature winding on...

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Consider a 2-pole, 3 phase, Y-connected ac generator. It has a double layer armature winding on the stator side with 5/6 pitch factor. Each slot has a coil side having 10 conductors (turns). The field winding on the rotor is excited with a direct current. The rotor is rotating at 3000 rpm and the fundamental rotor flux per-pole is 0.026 Wb. a. Draw the rotor winding diagram and calculate the stator winding factor.' b. What is the rms magnitude of the fundamental line-to-line stator open-circuit voltage? ( c. The stator winding is excited by a 3-phase, 50 Hz, 5 A (peak), balanced ac current. Draw the corresponding MMF diagram at t=0. (. ) Consider a 2-pole, 3 phase, Y-connected ac generator. It has a double layer armature winding on the stator side with 5/6 pitch factor. Each slot has a coil side having 10 conductors (turns). The field winding on the rotor is excited with a direct current. The rotor is rotating at 3000 rpm and the fundamental rotor flux per-pole is 0.026 Wb. a. Draw the rotor winding diagram and calculate the stator winding factor.' b. What is the rms magnitude of the fundamental line-to-line stator open-circuit voltage? ( c. The stator winding is excited by a 3-phase, 50 Hz, 5 A (peak), balanced ac current. Draw the corresponding MMF diagram at t=0. (. )