Problem 3: Assume ideal opamps. To get partial credit, write the node voltages. a) Calculate Vo and lo. lo = Vo = b) Calculate Vo. Vo = For the circuits shown calculate the values in a) and b) below. 3V Lavom 402 mo 5ΚΩ M 4ΚΩ 30 10 gỗ Ⓒ4V Vn 15ΚΩ Vp 8ΚΩ Io Vn Vp Ⓒ1V 202 - Vo - Vo .4kΩ
Problem 3: Assume ideal opamps. To get partial credit, write the node voltages. a) Calculate Vo and lo. lo = Vo = b) Calculate Vo. Vo = For the circuits shown calculate the values in a) and b) below. 3V Lavom 402 mo 5ΚΩ M 4ΚΩ 30 10 gỗ Ⓒ4V Vn 15ΚΩ Vp 8ΚΩ Io Vn Vp Ⓒ1V 202 - Vo - Vo .4kΩ
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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Transcribed Image Text:Problem 3:
Assume ideal opamps. To get partial credit, write the node voltages.
a) Calculate Vo and lo.
lo =
Vo =
For the circuits shown calculate the values in a) and b) below.
b) Calculate Vo.
Vo =
3V
5ΚΩ
M
4kQ
Vn
Vp
. 8ΚΩ
402
302
10
Δεν Θαν δεν
5V 4V
2V
15ΚΩ
Io
Vn
Vp
Θιν
H
202
m
-o Vo
-o Vo
.4ΚΩ
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