Draw the DC circuit: b)DC computations: Compute the DC collector current of each transistor. I_C 1 = ________________________ mA I_C 2= ________________________ Calculations: c)Draw the AC circuit and compute gm, r_pi for the system. g_m 1= _______________________ mA/V r_pi 1 = _______________________ kohms g_m 2= _______________________ mA/V r_pi 2 = _______________________ kohms AC circuit: Calculations: d)Compute the gain A_v=Vo/Vi at the operational band (for sufficiently high frequency) Gain = A_v = ______________________________ Computations:
Draw the DC circuit: b)DC computations: Compute the DC collector current of each transistor. I_C 1 = ________________________ mA I_C 2= ________________________ Calculations: c)Draw the AC circuit and compute gm, r_pi for the system. g_m 1= _______________________ mA/V r_pi 1 = _______________________ kohms g_m 2= _______________________ mA/V r_pi 2 = _______________________ kohms AC circuit: Calculations: d)Compute the gain A_v=Vo/Vi at the operational band (for sufficiently high frequency) Gain = A_v = ______________________________ Computations:
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Question
Draw the DC circuit:
b)DC computations: Compute the DC collector current of each transistor.
I_C 1 = ________________________ mA
I_C 2= ________________________
Calculations:
c)Draw the AC circuit and compute gm, r_pi for the system.
g_m 1= _______________________ mA/V
r_pi 1 = _______________________ kohms
g_m 2= _______________________ mA/V
r_pi 2 = _______________________ kohms
AC circuit:
Calculations:
d)Compute the gain A_v=Vo/Vi at the operational band (for sufficiently high frequency)
Gain = A_v = ______________________________
Computations:

Transcribed Image Text:+10 V
+10 V
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wwH
Rc2-2.2 ka
Cc3
10 k2
RE = SRE2 =
:4.7 kn4.7 k2
R =
3 kQ
Rg2 =
10 k2
CB
-10 V
-10 V
ww
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