The figure shows the excitation curve (including residual voltage) of a 170 kW, 250 V DC shunt generator at rated speed of 850 rpm. The generator has negligible (0 W) armature resistance and a shunt field coil resistance of 50 W. The variable Field Control Rheostat in series with the shunt field coil has variable resistance in the range of 0 – 25 W. Explain your reasoning for choosing the following answer. What is the rheostat resistance settings when the induced voltage is 300 V and the generator is turning at 120% rated speed? 12.65 Ω 10.47 Ω 8.32 Ω 3.25 Ω 2.22 Ω
The figure shows the excitation curve (including residual voltage) of a 170 kW, 250 V DC shunt generator at rated speed of 850 rpm. The generator has negligible (0 W) armature resistance and a shunt field coil resistance of 50 W. The variable Field Control Rheostat in series with the shunt field coil has variable resistance in the range of 0 – 25 W. Explain your reasoning for choosing the following answer. What is the rheostat resistance settings when the induced voltage is 300 V and the generator is turning at 120% rated speed? 12.65 Ω 10.47 Ω 8.32 Ω 3.25 Ω 2.22 Ω
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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The figure shows the excitation curve (including residual voltage) of a 170 kW, 250 V DC shunt generator at rated speed of 850 rpm. The generator has negligible (0 W) armature resistance and a shunt field coil resistance of 50 W. The variable Field Control Rheostat in series with the shunt field coil has variable resistance in the range of 0 – 25 W.
Explain your reasoning for choosing the following answer.
What is the rheostat resistance settings when the induced voltage is 300 V and the generator is turning at 120% rated speed?
- 12.65 Ω
- 10.47 Ω
- 8.32 Ω
- 3.25 Ω
- 2.22 Ω
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