solve,a,b and c 1. Design a circuit to realize the following operation on three signalsv₂ = A₁v₁ + A₂v₂ + AzV3,with the constraintsa) The gains should be in the following ranges as much as possibleA₁ = 2.4±0.25, A₂=-3.6±0.3, A₂ = 1.5±0.2b) At most two op-amps should be used.c) Use resistors with standard resistance values and tolerance levels of ±5%. Theresistances should be in the range 1-100 km2.

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Answered: 1. Design a circuit to realize the…

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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solve,a,b and c

1. Design a circuit to realize the following operation on three signals
v₂ = A₁v₁ + A₂v₂ + AzV3,
with the constraints
a) The gains should be in the following ranges as much as possible
A₁ = 2.4±0.25, A₂=-3.6±0.3, A₂ = 1.5±0.2
b) At most two op-amps should be used.
c) Use resistors with standard resistance values and tolerance levels of ±5%. The
resistances should be in the range 1-100 km2.

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for this circuit do this task

Simulate the circuit using the simulation software multisim and verify that the circuit performsthe targeted function.Perform tests on your circuit which would verify that the gains remain in the specified rangeswhen the resistances have random errors determined by the tolerance levels (e.g. a 100-Ω resistor with ±5% tolerance may have a resistance value in the range 95-105Ω).

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Make a Report of this experiment

1. I need to give the analysis of this circuit(how i obtain the output voltage from the inputs in terms of resistances) and all calculations that has been made for this design (how the resistances has been chosen to obtain the desired output)

2. Cocnlusion: Make an assesment of the work that has been done. Particularly , discuss whether the design was successful or not. Give reasons if the design failed to satisfy specifications

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can you solve part 1 and 4

Report: Write a report to document
1. Your design: First give the analysis of your circuit (how you obtain the output voltage from
the inputs in terms of resistances), and all calculations you made for your design (how you
choose resistances to obtain the desired output)
2. The simulation procedure: Give the simulation model you built in the simulation environment
that you have chosen. Also give all relevant simulation results.
3. The experimental procedure: Describe your experimental work. Specify the equipment you
have used to operate your circuit and take experimental results. Give all relevant results
(multimeter readings etc.)
4. Conclusion: Make an assessment of the work you have done. Particularly, discuss whether
your design was successful or not. Give reasons if your design failed to satisfy specifications.

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