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
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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