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. Use the idea presented in Figure 4 to design a weighted summer that provides; vo = 2v, + vz – 4v3 (That is, you have to propose resistance value for each resistor to get the desired output). R. R. R R, R R R Figure 4

. Use the idea presented in Figure 4 to design a weighted summer that provides; vo = 2v, + vz – 4v3 (That is, you have to propose resistance value for each resistor to get the desired output). R. R. R R, R R R Figure 4

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Use the idea presented in Figure 4 to design a weighted summer that provides; vO= 2v1 + v2 − 4v3 (That is, you have to propose resistance value for each resistor to get the desired output)
5:37 ..l ? AN 42 VPN Assignments.pdf 3. Design an inverting op-amp circuit to form the weighted sum vo of two inputs v, and vz. It is required that v, =-(v, + 5v2). Choose values for R,, R2, and R, so that for a maximum output voltage of 10 V the current in the feedback resistor will not exceed 1 mA. For this question, consider the theory learnt related to Figure 3. R, R R R. Figure 3 4. Use the idea presented in Figure 4 to design a weighted summer that provides; vo = 2v, + v – 4v3 (That is, you have to propose resistance value for each resistor to get the desired output). R O Vo R. Figure 4 EE 201.3 Electronics II Assignment 2
Transcribed Image Text:5:37 ..l ? AN 42 VPN Assignments.pdf 3. Design an inverting op-amp circuit to form the weighted sum vo of two inputs v, and vz. It is required that v, =-(v, + 5v2). Choose values for R,, R2, and R, so that for a maximum output voltage of 10 V the current in the feedback resistor will not exceed 1 mA. For this question, consider the theory learnt related to Figure 3. R, R R R. Figure 3 4. Use the idea presented in Figure 4 to design a weighted summer that provides; vo = 2v, + v – 4v3 (That is, you have to propose resistance value for each resistor to get the desired output). R O Vo R. Figure 4 EE 201.3 Electronics II Assignment 2
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