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Question. Design an inverting adder so that the output vo is related to the inputs v,, v2, V3, and v, as follows: Vo = -k,v, + (k,k2)vz + E)v3 – kzv, = Acıi1vi + Acı2®2 + Acı3V3 + AciaV, Use three op-amps in this design and make sure that each op-amp is in the inverting configuration. Name the op-amps as op-amp A, B, and C. Assume ideal op-amp conditions. Also assume linear operation – no op-amp output reaches the saturation voltage. All feedback resistors are 100 k2. All resistance values should remain in the range between 1 k2 to 10 M2. Draw the circuit diagram here:

Question. Design an inverting adder so that the output vo is related to the inputs v,, v2, V3, and v, as follows: Vo = -k,v, + (k,k2)vz + E)v3 – kzv, = Acıi1vi + Acı2®2 + Acı3V3 + AciaV, Use three op-amps in this design and make sure that each op-amp is in the inverting configuration. Name the op-amps as op-amp A, B, and C. Assume ideal op-amp conditions. Also assume linear operation – no op-amp output reaches the saturation voltage. All feedback resistors are 100 k2. All resistance values should remain in the range between 1 k2 to 10 M2. Draw the circuit diagram here:

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter18: Resistive-inductive Parallel Circuits
Section: Chapter Questions
Problem 13PP: In an R-L parallel circuit, IT=1.25 amps, R=1.2k, and XL=1k. Find IR
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Here K1=13, K2=3

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Write all answers here: Do all calculations here: Number and unit with correct sign AcLı Acı2 ACL3 ACLA R1A R2c R3c R4c
Transcribed Image Text:Write all answers here: Do all calculations here: Number and unit with correct sign AcLı Acı2 ACL3 ACLA R1A R2c R3c R4c
Question. Design an inverting adder so that the output vo is related to the inputs vị, vV2, V3, and v4 as follows: vo = -k,v, + (k,k2)v2 + V3 – kzv4 = AcLıVi + Acı2V2 + Acı3V3 + AcıaV4 Use three op-amps in this design and make sure that each op-amp is in the inverting configuration. Name the op-amps as op-amp A, B, and C. Assume ideal op-amp conditions. Also assume linear operation – no op-amp output reaches the saturation voltage. All feedback resistors are 100 k2. All resistance values should remain in the range between 1 k2 to 10 M2. Draw the circuit diagram here:
Transcribed Image Text:Question. Design an inverting adder so that the output vo is related to the inputs vị, vV2, V3, and v4 as follows: vo = -k,v, + (k,k2)v2 + V3 – kzv4 = AcLıVi + Acı2V2 + Acı3V3 + AcıaV4 Use three op-amps in this design and make sure that each op-amp is in the inverting configuration. Name the op-amps as op-amp A, B, and C. Assume ideal op-amp conditions. Also assume linear operation – no op-amp output reaches the saturation voltage. All feedback resistors are 100 k2. All resistance values should remain in the range between 1 k2 to 10 M2. Draw the circuit diagram here:
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