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3) In the circuit shown in Figure 2, assuming ideal op amp properties and no loading effects, answer the following: a) What is the gain of stage 1,Av1 = ? b) What is the gain of stage 2, Av2 = ? Va c) What is the overall gain Av = Von V₁ C1 www R2 FIS ww Stage 1,1 Figure 2 Circuit for question 4 R₂ = 100 kn, C₁ = 16 nF, design R3 and R4 such that Vi R1 R3 www R4 d) Using the following R₁ = 10 kn, input V₂ (t) = 1.0 sin (2π 72 t) [V] has an output amplitude of 12[V]. Stage 2 Vo

3) In the circuit shown in Figure 2, assuming ideal op amp properties and no loading effects, answer the following: a) What is the gain of stage 1,Av1 = ? b) What is the gain of stage 2, Av2 = ? Va c) What is the overall gain Av = Von V₁ C1 www R2 FIS ww Stage 1,1 Figure 2 Circuit for question 4 R₂ = 100 kn, C₁ = 16 nF, design R3 and R4 such that Vi R1 R3 www R4 d) Using the following R₁ = 10 kn, input V₂ (t) = 1.0 sin (2π 72 t) [V] has an output amplitude of 12[V]. Stage 2 Vo

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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3) In the circuit shown in Figure 2, assuming ideal op amp properties and no loading effects, answer the following: a) What is the gain of stage 1, Av₁ = Van V₁ b) What is the gain of stage 2, A₂₂ = Von Va c) What is the overall gain A₂ = Vo Vi d) Using the following R₁ = 10 10 input V₂ (t) = 1.0 sin (2n . Vi C1 R2 FLE Va R3 Stage 1 kn, R₂ R2 ΚΩ, www R1 + www R4 Stage 2 Vo Figure 2 Circuit for question 4 = 100 ΚΩ, C1 16 nF, design R3 and R4 such that 72-t) [V] has an output amplitude of 12[V].
Transcribed Image Text:3) In the circuit shown in Figure 2, assuming ideal op amp properties and no loading effects, answer the following: a) What is the gain of stage 1, Av₁ = Van V₁ b) What is the gain of stage 2, A₂₂ = Von Va c) What is the overall gain A₂ = Vo Vi d) Using the following R₁ = 10 10 input V₂ (t) = 1.0 sin (2n . Vi C1 R2 FLE Va R3 Stage 1 kn, R₂ R2 ΚΩ, www R1 + www R4 Stage 2 Vo Figure 2 Circuit for question 4 = 100 ΚΩ, C1 16 nF, design R3 and R4 such that 72-t) [V] has an output amplitude of 12[V].
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