Assuming that ẞ = 100 and VBE = 0.7 V, and ignoring ro, solve the following: (4-a) Determine the Q point. (4-b) Draw the small-signal equivalent circuit model of the amplifier. (4-c) Find the input and output resistances, total voltage gain, and current gain.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A common emitter amplifier is shown below. It contains an unbiased emitter resistance (Rel).
Vcc -15V
+ 1
RBi
Rs
www-It
JOK
RBZ
Rin=?
↓
30k
10k
Re35K
2K
Rei
tt
Co=∞o
IK & Rez
II
CESO
• Vo
RL=5K
Assuming that ß = 100 and VBE = 0.7 V, and ignoring ro, solve the following:
(4-a) Determine the Q point.
(4-b) Draw the small-signal equivalent circuit model of the amplifier.
(4-c) Find the input and output resistances, total voltage gain, and current gain.
Transcribed Image Text:A common emitter amplifier is shown below. It contains an unbiased emitter resistance (Rel). Vcc -15V + 1 RBi Rs www-It JOK RBZ Rin=? ↓ 30k 10k Re35K 2K Rei tt Co=∞o IK & Rez II CESO • Vo RL=5K Assuming that ß = 100 and VBE = 0.7 V, and ignoring ro, solve the following: (4-a) Determine the Q point. (4-b) Draw the small-signal equivalent circuit model of the amplifier. (4-c) Find the input and output resistances, total voltage gain, and current gain.
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