5) [10pt] In the circuit below, we would like to bias the transistor such that it operates in the active region. (Assuming that we want to have a de collector current of le 1ma, Vag = 0.7V and ß = 100.) +10V +10V J R Re 80k? a) Find the Vaevenin and Raevenia equivalent for the shaded region of the circuit. - 100 RE 20k? b) Find the value of R; which places the transistor in the active region with le = 1ma. c) Find the value of Re which are also suitable for keeping the transistor in the active region with Ie = 1ma.

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ISBN:9780133923605
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Publisher:Robert L. Boylestad
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5) [10pt] In the circuit below, we would like to bias the transistor
such that it operates in the active region.
(Assuming that we want to have a dc collector current of Ic =
1mA, VRE = 0.7V and B = 100.)
+10V
+10V
R, S
Iel> Rc
80k?
a) Find the Vihevenin and Rahevenin equivalent for the shaded
region of the circuit.
B= 100
3 RE
20k
b) Find the value of Rg which places the transistor in the active region with I, =
1mA
c) Find the value of R. which are also suitable for keeping the transistor in the active
region with Ie = 1mA.
Transcribed Image Text:5) [10pt] In the circuit below, we would like to bias the transistor such that it operates in the active region. (Assuming that we want to have a dc collector current of Ic = 1mA, VRE = 0.7V and B = 100.) +10V +10V R, S Iel> Rc 80k? a) Find the Vihevenin and Rahevenin equivalent for the shaded region of the circuit. B= 100 3 RE 20k b) Find the value of Rg which places the transistor in the active region with I, = 1mA c) Find the value of R. which are also suitable for keeping the transistor in the active region with Ie = 1mA.
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