108DA101102OBR235.0kaR11.0kaR45.0ka103R31041.0kOFigure 15: Operational Amplifier Based Amplifier Circuits42. In Figure 15, which circuit(s) has (have) a closed loop gain of +1?43. In Figure 15, which circuit(s) has (have) a closed loop gain of magnitude of 5?44. In Figure 15, which circuit(s) has (have) a closed loop of magnitude gain of 6?45. In Figure 15, which circuit(s) has (have) a nominal phase shift of 180°?46. In Figure 15, which circuit(s) has (have) a nominal phase shift of 0°?47. In Figure 15, which circuit(s) has (have) an ideal input impedance of infinity?48. In Figure 15, which circuit(s) has (have) an ideal input impedance of 1 kſ2?49. In Figure 15, which circuit(s) has (have) an ideal output impedance of O Q?

Answered: Image /qna-images/answer/d1ee6aa8-39df-4ff4-8c41-807b56665f6a.jpg

I09 101 102 R1 1.0kO R4 103 5.0kO R3 104 1.0kO Figure 15: Operational Amplifier Based Amplifier Circuits 42. In Figure 15, which circuit(s) has (have) a closed loop gain of +1? 43. In Figure 15, which circuit(s) has (have) a closed loop gain of magnitude of 5? 44. In Figure 15, which circuit(s) has (have) a closed loop of magnitude gain of 6?

I09 101 102 R1 1.0kO R4 103 5.0kO R3 104 1.0kO Figure 15: Operational Amplifier Based Amplifier Circuits 42. In Figure 15, which circuit(s) has (have) a closed loop gain of +1? 43. In Figure 15, which circuit(s) has (have) a closed loop gain of magnitude of 5? 44. In Figure 15, which circuit(s) has (have) a closed loop of magnitude gain of 6?

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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