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The circuit below contains an ideal opamp and is powered by a voltage source connected to the inlet of the circuit with voltage V= 2560° V and a frequency w=6000 rad/s. The values %3D of the different components are R1= 500N, R2= 2500 and L 15 mH.

The circuit below contains an ideal opamp and is powered by a voltage source connected to the inlet of the circuit with voltage V= 2560° V and a frequency w=6000 rad/s. The values %3D of the different components are R1= 500N, R2= 2500 and L 15 mH.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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8. What is the value of the complex power in the resistor R1? A. 605.4mW 1:21 B. 605.4MVA Ri C. 1.21VA D. 1.21W 9. For which frequency is the phase shift between V and Vo equal to 90 degrees? A. 6714 rad/s B. 3357 rad/s C. 13428 rad/s D. 25146 rad/s 10. What is the value of the outlet voltage at that frequency? A. -5.41 + 3.12j V B. 5.41 3.12j V C. -5.41 – 3.12j V D. 5.41 + 3.12j V
Transcribed Image Text:8. What is the value of the complex power in the resistor R1? A. 605.4mW 1:21 B. 605.4MVA Ri C. 1.21VA D. 1.21W 9. For which frequency is the phase shift between V and Vo equal to 90 degrees? A. 6714 rad/s B. 3357 rad/s C. 13428 rad/s D. 25146 rad/s 10. What is the value of the outlet voltage at that frequency? A. -5.41 + 3.12j V B. 5.41 3.12j V C. -5.41 – 3.12j V D. 5.41 + 3.12j V
The circuit below contains an ideal opamp and is powered by a voltage source connected to the inlet of the circuit with voltage V = 250°V and a frequency w=6000 rad/s. The values of the different components are R1= 500N, R2= 2500 and L 15 mH. R2 ww R2 + V. i,(t) R1 6. What is the value of the voltage at the inlet of the opamp? A. 4.43 sin(6000t –130.2°)V B. 4.43 sin(6000t +139.8°)V C. 4.43 sin(6000t +49.8°)V V = Rith D. 4.43 sin(6000t – 40.2°)V D. 7. What is the value of the current at the inlet of the opamp? A. 16.7 cos(6000t + 120°) mA B. 16.7 sin(6000t +120°) mA C. 16.7 sin(6000t – 120°) mA D. 0mA
Transcribed Image Text:The circuit below contains an ideal opamp and is powered by a voltage source connected to the inlet of the circuit with voltage V = 250°V and a frequency w=6000 rad/s. The values of the different components are R1= 500N, R2= 2500 and L 15 mH. R2 ww R2 + V. i,(t) R1 6. What is the value of the voltage at the inlet of the opamp? A. 4.43 sin(6000t –130.2°)V B. 4.43 sin(6000t +139.8°)V C. 4.43 sin(6000t +49.8°)V V = Rith D. 4.43 sin(6000t – 40.2°)V D. 7. What is the value of the current at the inlet of the opamp? A. 16.7 cos(6000t + 120°) mA B. 16.7 sin(6000t +120°) mA C. 16.7 sin(6000t – 120°) mA D. 0mA
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