Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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- PART II-CIRCUIT DESIGN Using Falstad, please complete the following circuits and include screenshots that visually demonstrate their full functionality. 1. Construct a summing amplifier circuit that has a maximized output voltage with the following design parameters: a. There are three AC inputs, each having a maximum value of 3V. b. There is a total of 10 resistors, each having a value of 100 Q. c. All three inputs and all ten resistors have to be included in the circuit with the op amp. 2. Now...with the same parameters for #2, create a summing amplifier that has a lower output voltage.arrow_forwardparts 1,2 and 3 pleasearrow_forwardNonearrow_forward
- Which of the following statement about op-amp is wrong A) linear model is more accurate than the ideal model B) ideal model assumes R; is infinity and R, is zero C) in ideal model, the currents into the two terminals are zeros D) in ideal model, the nodal voltage of the inverting terminal is zeroarrow_forward6) R₁ OP-amp (operational amplifier) R2 wwww I + R5 Vo RA Find Vin terms of R1, R2, R3, Ra, R5 if Vlov, R₁ = 20k-R Evaluate V. and I. R2=25K, R3 = 40 kr, Ra = 50k-R and R5 = 30 KR. Vs + 50V 20k-2 wwww R₁ 10K-R Vth=Vo b 1.) find the The Venin equivalent circuit at terminal a-b.arrow_forward: An inverting amplifier contains a non-ideal Op-Amp with 13V Sk R-80k; R=0; A-600. Let the voltage of the (-) terminal voltage be V.. Write down a nodal equation for V Answer: 9102 13V Sk W 9k02 W AVarrow_forward
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