A)Short Answer questions1- List the voltage and current constraints of the ideal op amp.2- For the inverting configuration shown in Figure 1, and assuming ideal op amp, what is the value of Vx?State the current expression for I, in term of V₁. Then state current expression for 1₂ in term of V,?3- By applying KCL at Vx of the circuit shown in Figure 1, and assuming the current to the op amp (In) is zero,derive the expression for V, in term of Vi.4- By making R₁= 2.2 k and R₂ = 10 k of the circuit in Figure 1, what would the value of the closed loop gain(G=V/V) be?5- For the noninverting configuration shown in Figure 2 and assuming ideal op amp, what is the value of Vy?State the current expression for l₁ in term of V₁. Then state current expression for 1₂ in term of V, and V₁.6- Find an expression for V, in term of V; by applying KCL at Vy of the circuit of Figure 2 and by assuming thecurrent to the op amp (In) is zero.7- By making R₁= 2.2 k and R₂ = 10 kn of the circuit in Figure 2, what will the closed loop gain (G=V/V;) be?both amplifiers and validate them experimentally.V₁ (t)R₁1₂Vx+R₂+V, (t)Figure 1 Inverting configuration of the op ampR₁V₁ (t)12R₂V. (t)R₁Figure 2 Noninverting configuration of the op amp

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1- List the voltage and current constraints of the ideal op amp. 2- For the inverting configuration shown in Figure 1, and assuming ideal op amp, what is the value of V,? State the current expression for I, in term of V₁. Then state current expression for I₂ in term of V,? 3- By applying KCL at Vx of the circuit shown in Figure 1, and assuming the current to the op amp (In) is zero, derive the expression for V. in term of V 4- By making R₁= 2.2 k and R₂ = 10 kn of the circuit in Figure 1, what would the value of the closed loop gain (G=V/V) be? AA V₂ (t) V₁ (t) Figure 2 Noninverting configuration of the op amp Figure 1 Inverting configuration of the op amp V₁ (t) V. (t) R₁

1- List the voltage and current constraints of the ideal op amp. 2- For the inverting configuration shown in Figure 1, and assuming ideal op amp, what is the value of V,? State the current expression for I, in term of V₁. Then state current expression for I₂ in term of V,? 3- By applying KCL at Vx of the circuit shown in Figure 1, and assuming the current to the op amp (In) is zero, derive the expression for V. in term of V 4- By making R₁= 2.2 k and R₂ = 10 kn of the circuit in Figure 1, what would the value of the closed loop gain (G=V/V) be? AA V₂ (t) V₁ (t) Figure 2 Noninverting configuration of the op amp Figure 1 Inverting configuration of the op amp V₁ (t) V. (t) R₁

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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