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21 3 2017 For this circuit, determine the value of re. The circuit values are as follows: RF = 150 kO, V CC = 30 V, RC= 3.3 k0, RE= 12 ko, and B is equal to 130. V. R; RE 2.52 0 5.02 0 9.82 Q 14.7 Q 5:36 PM 40) 3/20/2029

21 3 2017 For this circuit, determine the value of re. The circuit values are as follows: RF = 150 kO, V CC = 30 V, RC= 3.3 k0, RE= 12 ko, and B is equal to 130. V. R; RE 2.52 0 5.02 0 9.82 Q 14.7 Q 5:36 PM 40) 3/20/2029

Power System Analysis and Design (MindTap Course List)
Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter13: Transmission Lines: Transient Operation
Section: Chapter Questions
Problem 13.19P
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21 3 2017 For this circuit, determine the value of re. The circuit values are as follows: RF = 150 kO, V CC = 30 V, RC= 3.3 k0, RE= 12 ko, and B is equal to 130. V. R; RE 2.52 0 5.02 0 9.82 Q 14.7 Q 5:36 PM 40) 3/20/2029
Transcribed Image Text:21 3 2017 For this circuit, determine the value of re. The circuit values are as follows: RF = 150 kO, V CC = 30 V, RC= 3.3 k0, RE= 12 ko, and B is equal to 130. V. R; RE 2.52 0 5.02 0 9.82 Q 14.7 Q 5:36 PM 40) 3/20/2029
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