a. calculate the input dc voltage e;2. b. calculate the output dc voltage of the op amp. c. If the value of R6 is changed to 100KN and R4 is also changed to 100KN, what will be the output dc voltage of the op amp? d. Refer to Figure 2, if R5 is removed from the circuit (R5 is open), what will be the output dc voltage of the op amp? e. Refer to Figure 2, is the output dc voltage positive or negative? Why?
a. calculate the input dc voltage e;2. b. calculate the output dc voltage of the op amp. c. If the value of R6 is changed to 100KN and R4 is also changed to 100KN, what will be the output dc voltage of the op amp? d. Refer to Figure 2, if R5 is removed from the circuit (R5 is open), what will be the output dc voltage of the op amp? e. Refer to Figure 2, is the output dc voltage positive or negative? Why?
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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can you pls answer d and e
can you pls answer d and e
can you pls answer d and e
can you pls answer d and e
can you pls answer d and e
can you pls answer d and e
can you pls answer d and e
Transcribed Image Text:For the given circuit in Figure 2, the dc input signal is 3Vdc.
R4
10K
R9
27012
e; 1
R6
10K
40Vdc
(UNGROUNDED)
01 F
R1
150S2
U1
VR1
11
10
e,2
741C
R5
10K
R2
1502
3Vdc
5 VR2
R7
10K
R3
10K
R8
2.2K 01-
F
R 10
2702
wwo-
Figure 2
a. calculate the input dc voltage ej2.
b. calculate the output dc voltage of the op amp.
c. If the value of R6 is changed to 100KN and R4 is also changed to 100KO, what will be the
output dc voltage of the op amp?
d. Refer to Figure 2, if R5 is removed from the circuit (R5 is open), what will be the output
dc voltage of the op amp?
e. Refer to Figure 2, is the output dc voltage positive or negative? Why?
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