Problem 2, continued For the rest of the problem, the transfer function scale factor is taken to be positive (no ±). (b) What is v₂ (t) when v₁ (t) = 0.1u(t) V? H(s) = (c) What is v2 (t) when vi(t) = 0.01e-20tu(t) V? V₂(s) V₁(s) s+200 s+ 20

Problem 2, continued For the rest of the problem, the transfer function scale factor is taken to be positive (no ±). (b) What is v₂ (t) when v₁ (t) = 0.1u(t) V? H(s) = (c) What is v2 (t) when vi(t) = 0.01e-20tu(t) V? V₂(s) V₁(s) s+200 s+ 20

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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Question

Problem 2, continued
For the rest of the problem, the transfer function scale factor is taken to be positive (no ±).
(b) What is v₂ (t) when v₁ (t) = 0.1u(t) V?
H(s) =
(c) What is v2 (t) when v₁ (t) = 0.01e-20tu(t) V?
V₂ (s)
V₁(s)
=
s + 200
s+ 20

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Step 2: Determining v2(t) for subpart (b).

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Step 3: Determining v2(t) for subpart (c).

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