A synchronous generator, capable of developing 500mW power per phase. Operates at a power angle of 8 By how much can the input shaft power be increased suddenly without loss of stability? Assume that Pmax will remain constant.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Question number 3
ing equation for the system. and maximum power can be transmitted.
power angle equation and
Neglect all losses.
j0.2
10
J0.25
J0. 15
j0.1
j0.1
3
3.
A synchronous generator, capable of developing 500mW power per phase.
Operates at a power angle of 8 By how much can the input shaft power be
increased suddenly without loss of stability? Assume that Pmax will remain
constant .
= Pmo
0.16
Input =out put
Posna-
w 7 ws
Pesint
yapd be- Int
Transcribed Image Text:ing equation for the system. and maximum power can be transmitted. power angle equation and Neglect all losses. j0.2 10 J0.25 J0. 15 j0.1 j0.1 3 3. A synchronous generator, capable of developing 500mW power per phase. Operates at a power angle of 8 By how much can the input shaft power be increased suddenly without loss of stability? Assume that Pmax will remain constant . = Pmo 0.16 Input =out put Posna- w 7 ws Pesint yapd be- Int
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