Inverting Op-Amp R₁ R₁ Vo R2 R4 998.48m V R2 R3 9.9844 R1 R4 2.1244 out of phase A(gain) A(gain) Meas. Calc. 1 -1 9.999 -10 2.1276 -2.1277 Non-inverting Op-Amp R₁ R₁ Vo R7 R9 1.9969 R7 R8 R6 R9 In-phase 10.996 3.1229 A(gain) A(gain) Meas. Calc. 2 2 10.999 11 3.1276 3.13

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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Please write a discussion of results and a conclusion based on the given tables. Thank you very much!

Inverting Op-Amp
R₁ R₁ Vo
R2
R4 998.48m
V
R2 R3
9.9844
R1 R4 2.1244
out of phase
A(gain) A(gain)
Meas.
Calc.
1
-1
9.999
2.1276
-10
-2.1277
Non-inverting Op-Amp
R₁ R₁ Vo
R7 R9 1.9969
R7 R8
R6
R9
In-phase
10.996
3.1229
A(gain) A(gain)
Meas. Calc.
2
2
10.999 11
3.1276
3.13
Transcribed Image Text:Inverting Op-Amp R₁ R₁ Vo R2 R4 998.48m V R2 R3 9.9844 R1 R4 2.1244 out of phase A(gain) A(gain) Meas. Calc. 1 -1 9.999 2.1276 -10 -2.1277 Non-inverting Op-Amp R₁ R₁ Vo R7 R9 1.9969 R7 R8 R6 R9 In-phase 10.996 3.1229 A(gain) A(gain) Meas. Calc. 2 2 10.999 11 3.1276 3.13
6. Discussion of Results:
7. Conclusion:
Transcribed Image Text:6. Discussion of Results: 7. Conclusion:
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