Vec = +12 V Re 3.3 k2 R, 33 k2 Vin B = 200 10 μF V, 100 mV, R, 36.8 k2 RE 33 2 pp 1.0 kHz R, 47 2 C, 1.5k 2 100 μF Figure 6 Assume there is no loading effect of Q 2/ Q 3 on Q 1 and RL is the load. Refer to Figure 6. The total voltage gain is approximately 75 100 50 25

Vec = +12 V Re 3.3 k2 R, 33 k2 Vin B = 200 10 μF V, 100 mV, R, 36.8 k2 RE 33 2 pp 1.0 kHz R, 47 2 C, 1.5k 2 100 μF Figure 6 Assume there is no loading effect of Q 2/ Q 3 on Q 1 and RL is the load. Refer to Figure 6. The total voltage gain is approximately 75 100 50 25

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

Vcc =+12 V
Rc
3.3 k2
R,
33 k2
C
Vin
Bac
200
%3D
10 µF
REI
33 2
V,
R,
6.8 k2
100 mV,
pp
1.0 kHz
RE2
31.5k 2
R.
47 2
100 μF
Figure 6 Assume there is no loading effect of Q 2/ Q3 on Q1 and RL is the load
Refer to Figure 6. The total voltage gain is approximately
O 75
O 100
О 50
О 25
ww
ww ww

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