VS1Vs22Rw4R4RwwwA2RwwwwB 2R4RRRVoFor this circuit, find Vo. First analyze the outputs atnodes A and B. Then take those values as theinput to the subtractor amplifier (theone on the right).12:05 p. m.

Answered: VS1 Vs2 2R w 4R 4R www A 2R ww ww B 2R…

Understanding Motor Controls

4th Edition

ISBN:9781337798686

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter54: The Operational Amplifier

Section: Chapter Questions

Problem 3RQ

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VS1 9R w A R www 5R - Vout For this circuit, find Vout. Since the OP-AMPs are ideal and cascaded, you can first analyze the output at node A and take this value as the input to the second amplifier. Note: it has a non- inverting configuration cascaded with an inverter, so you can use the known formulas for these configurations. 12:04 p. m.
15. Find the value of R, that will produce the indicated closed-loop gain in each amplifier in Figure 12-66 Ry W Aj=50 ww 1.0k Figure 12-66 10 kn Ag=-300 Aj=8 12 k V₁₂₁M 2.2k (d) Ag=-75
How does it integrate to get 5/56
17. If a signal voltage of 10 mVrms is applied to each amplifier in Figure 12-67, what are the output voltages and what is their phase relationship with inputs? 18. Determine the approximate values for each of the following quantities in Figure 12-68 LO ET Spie 2210 W 22 k Figure 12-68 a. In b. l c. Vout d. closed-loop gain
Q3/Using the superposition theorem, find the value of output voltage(v.) in the circuit shown 11 R1 6A 10 4A R3 + ww 30 a vo 2V
Analytical mech
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Show the circuit diagram
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2. For the circuit shown in fig. 2. Find the Node Voltages using Nodal Analysis. W voor 20 200 10 I - 6A 20° 20 100 宣 Fig.2 E-30V 20°
The natural frequency of the system shown below is: k/2 k ww. k/2
?What is the gain of the system (output/input) given below 2 input output 12 3 1/4 no one of these 36 -10 zero 90 13

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VS1 Vs2 2R w 4R 4R www A 2R ww ww B 2R 4R R R Vo For this circuit, find Vo. First analyze the outputs at nodes A and B. Then take those values as the input to the subtractor amplifier (the one on the right). 12:05 p. m.