Consider the series in the following image with R2 = 22 kN and RE = 3.9 kN Vcc = 20 V Rc 4.7 k2 R1 220 k2 Vc Cc VB V, oH B= 180 Cc Z. RL 100 ka Rz RE based on the figure above, Draw a DC equivalent circuit (with a Thevenin circuit)! b. Calculate and determine the VTH which is equivalent to Vg! c. Calculate and determine the current in the collector, IC! d. Calculate and determine the maximum current that can flow on the Ic-Max collector! e. Draw the AC equivalent circuit (with a n model)! Calculate and determine the voltage gain Ap = ! Vi f.
Consider the series in the following image with R2 = 22 kN and RE = 3.9 kN Vcc = 20 V Rc 4.7 k2 R1 220 k2 Vc Cc VB V, oH B= 180 Cc Z. RL 100 ka Rz RE based on the figure above, Draw a DC equivalent circuit (with a Thevenin circuit)! b. Calculate and determine the VTH which is equivalent to Vg! c. Calculate and determine the current in the collector, IC! d. Calculate and determine the maximum current that can flow on the Ic-Max collector! e. Draw the AC equivalent circuit (with a n model)! Calculate and determine the voltage gain Ap = ! Vi f.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Please answer the questions on the figure!
Transcribed Image Text:= 22 kN and Rp = 3.9 kN
Consider the series in the following image with R2
Vcc = 20 V
RC
4.7 k2
R1
220 k2
Vc
Cc
VB
V, oH
Cc
B= 180
Z.
RL
100 ka
Rz
RE
CE
based on the figure above,
a. Draw a DC equivalent circuit (with a Thevenin circuit)!
b. Calculate and determine the VrH which is equivalent to V3!
Calculate and determine the current in the collector, IC!
С.
d. Calculate and determine the maximum current that can flow on the Ic-Max collector!
Draw the AC equivalent circuit (with a t model)!
vo
е.
Calculate and determine the voltage gain A, = !
Vi
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