2 One of the disadvantages of the IEEET1 exciter is following a fault the terminal voltage does not necessarily return to its pre fault value Using PowerWorld Simulator case Problem 12 3 determine the pre fault bus 4 terminal voltage and field voltage Then use the simulation to determine the final, post fault values for these fields for Ka 100, 200, 50, and 10 Referring to Figure 1, what is the relationship between the reference voltage, and the steady state terminal voltage and the field voltage V SK 1 ST VIE V max V VR Ett 1 1 ST Fig 1 Block diagram for the IEEE Type 1 Exciter (neglecting saturation) 2 One of the disadvantages of the IEEET1 exciter is following a fault the terminal voltage does not necessarily return to its pre fault value Using PowerWorld Simulator case Problem 12 3 determine the pre fault bus 4 terminal voltage and field voltage Then use the simulation to determine the final, post fault values for these fields for Ka 100, 200, 50, and 10 Referring to Figure 1, what is the relationship between the reference voltage, and the steady state terminal voltage and the field voltage V SK 1 ST VIE V max V VR Ett 1 1 ST Fig 1 Block diagram for the IEEE Type 1 Exciter (neglecting saturation)

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2  One of the disadvantages of the IEEET1 exciter is following a fault the terminal voltage does not necessarily return to its pre fault value  Using PowerWorld Simulator case Problem 12 3 determine the pre fault bus 4 terminal voltage and field voltage  Then use the simulation to determine the final, post fault values for these fields for Ka   100, 200, 50, and 10  Referring to Figure 1, what is the relationship between the reference voltage, and the steady state terminal voltage and the field voltage  V SK 1 ST VIE V max V VR Ett 1 1 ST Fig 1  Block diagram for the IEEE Type 1 Exciter (neglecting saturation) 2  One of the disadvantages of the IEEET1 exciter is following a fault the terminal voltage does not necessarily return to its pre fault value  Using PowerWorld Simulator case Problem 12 3 determine the pre fault bus 4 terminal voltage and field voltage  Then use the simulation to determine the final, post fault values for these fields for Ka   100, 200, 50, and 10  Referring to Figure 1, what is the relationship between the reference voltage, and the steady state terminal voltage and the field voltage  V SK 1 ST VIE V max V VR Ett 1 1 ST Fig 1  Block diagram for the IEEE Type 1 Exciter (neglecting saturation)

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2. One of the disadvantages of the IEEET1 exciter is following a fault the terminal voltage does not necessarily return to its pre fault value.

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