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The simple two-pole generator in the figure has the following information: JOLE the stator diameter is 40 cm. • the coil length is 40 cm. • there are 25 turns per coil. • the machine is Y-connected. • the terminal voltage is 380 V. • the output voltage frequency is 50 Hz. • the load is three 5 Q resistors, A connected. BM Find the peak flux density of the rotor magnetic field, the instantaneous induced torque, and average power delivered by the machine.

The simple two-pole generator in the figure has the following information: JOLE the stator diameter is 40 cm. • the coil length is 40 cm. • there are 25 turns per coil. • the machine is Y-connected. • the terminal voltage is 380 V. • the output voltage frequency is 50 Hz. • the load is three 5 Q resistors, A connected. BM Find the peak flux density of the rotor magnetic field, the instantaneous induced torque, and average power delivered by the machine.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Find the peak flux density of the rotor magnetic field, the instantaneous induced torque, and the average power delivered by the machine.
The simple two-pole generator in the figure has the following information: the stator diameter is 40 cm. the coil length is 40 cm. there are 25 turns per coil. BM the machine is Y-connected. the terminal voltage is 380 V. the output voltage frequency is 50 Hz. the load is three 5 N resistors, A connected. Find the peak flux density of the rotor magnetic field, the instantaneous induced torque, and the average power delivered by the machine.
Transcribed Image Text:The simple two-pole generator in the figure has the following information: the stator diameter is 40 cm. the coil length is 40 cm. there are 25 turns per coil. BM the machine is Y-connected. the terminal voltage is 380 V. the output voltage frequency is 50 Hz. the load is three 5 N resistors, A connected. Find the peak flux density of the rotor magnetic field, the instantaneous induced torque, and the average power delivered by the machine.
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