1.1 The following open loop system is given: x(s) y(s) With input signal x(s) 1.4. Find A. = Vx=5 v Wo(s) Vx, v 2 A=? S 1.2 Given V = -3V, V₁ = 3V, C = 3. Find D. y Vx, v Vy, v a. Determine the transfer functions W (s); b. Sketch the input and output signals in the same axis of time for 1.1; c. Find the transfer functions W (s) if input signal is x(t) = 2(t) and output signal is y(t) = 2t; d. If the transfer function is W (s) = -1/2, and input signal is x(t) = 2(t), find the output signal; e. Sketch the input and output signals in the same axis of time for d. " с D 1.3 Given V=20V, V₁ = 2V, B = −13. Find A . y A + Vy, v output signal y(s) B 2 = -3 S 2 2 Vy=5 v [2]. -2 a. Sketch the static characteristics between output (y axis) and input (x axis) corresponding to 1.4 when input varies from -5 to 5V.

1.1 The following open loop system is given: x(s) y(s) With input signal x(s) 1.4. Find A. = Vx=5 v Wo(s) Vx, v 2 A=? S 1.2 Given V = -3V, V₁ = 3V, C = 3. Find D. y Vx, v Vy, v a. Determine the transfer functions W (s); b. Sketch the input and output signals in the same axis of time for 1.1; c. Find the transfer functions W (s) if input signal is x(t) = 2(t) and output signal is y(t) = 2t; d. If the transfer function is W (s) = -1/2, and input signal is x(t) = 2(t), find the output signal; e. Sketch the input and output signals in the same axis of time for d. " с D 1.3 Given V=20V, V₁ = 2V, B = −13. Find A . y A + Vy, v output signal y(s) B 2 = -3 S 2 2 Vy=5 v [2]. -2 a. Sketch the static characteristics between output (y axis) and input (x axis) corresponding to 1.4 when input varies from -5 to 5V.

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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