1. Chapter 15 Advanced Circuit Analysis
Chapter Objectives:
Know the definition of the Laplace transform.
Be familiar with the properties of the Laplace transform.
Be able to find the inverse Laplace transform.
Learn the concept of convolution.
Apply what is learned to integrodifferential equations.
Huseyin Bilgekul
Eeng 224 Circuit Theory II
Department of Electrical and Electronic Engineering
Eastern Mediterranean University

2. Fig. 15.1 Region of convergence for the Laplace transform

3. Fig. 15.3 A periodic function

4. Fig. 15.5 Decomposition of the periodic function in Fig. 15.2

5. Fig For Example 15.12

6. Fig. 15.11 (a) Folding x1(), (b) shifting x1(-) by t

7. Fig Overlapping of x1(t-) and x2() for: (a) 0 < t < 1, (b) 1 < t < 2, (c) 2 < t < 2, (d) 3 < t < 4,(e) t > 4.

8. Fig. 15.13 Convolution of signals x1(t) and x2(t) in Fig. 15.10.