Consider the fixed biased circuit as shown in figure 9 and the characteristics for the transistor given in figure 10. Draw the load line for the network and characteristics for the transistor. For a Q -point at the intersection of the load line with a base current of 25µA , calculate the values of ICQ and VCEQ. The Determine the dc beta at the Q -point.
Consider the fixed biased circuit as shown in figure 9 and the characteristics for the transistor given in figure 10. Draw the load line for the network and characteristics for the transistor. For a Q -point at the intersection of the load line with a base current of 25µA , calculate the values of ICQ and VCEQ. The Determine the dc beta at the Q -point.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Consider the fixed biased circuit as shown in figure 9 and the characteristics for the transistor given in figure 10. Draw the load line for the network and characteristics for the transistor. For a Q -point at the intersection of the load line with a base current of 25µA , calculate the values of ICQ and VCEQ. The Determine the dc beta at the Q -point.
Transcribed Image Text:Vee 30 v
Re
3.8 ka
RE
2.5 k
Transcribed Image Text:4lc (mA)
30 µA
25 µA
20 jHA
15 uA
10 μΑ
2
5 uA
10
15
20
Ver
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