Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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3.6. Consider three continuous-time periodic signals whose Fourier series representa- pro- tions are as follows: representa- ging 100 x1(t) = > eik. 30 2T k 0 100 2T riod x2(t) = >, cos(kT)ejk', M borne k= -100 %3D boniao aitsi100 kT x3(1) = E jsin lelk 50 2 k=-100 Use Fourier series properties to help answer the following questions: (a) Which of the three signals is/are real valued? (b) Which of the three signals is/are even? od 3.7. Suppose the periodic signal x(t) has fundamental period T and Fourier coefficients ak. In a variety of situations, it is easier to calculate the Fourier series coefficients
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Transcribed Image Text:3.6. Consider three continuous-time periodic signals whose Fourier series representa- pro- tions are as follows: representa- ging 100 x1(t) = > eik. 30 2T k 0 100 2T riod x2(t) = >, cos(kT)ejk', M borne k= -100 %3D boniao aitsi100 kT x3(1) = E jsin lelk 50 2 k=-100 Use Fourier series properties to help answer the following questions: (a) Which of the three signals is/are real valued? (b) Which of the three signals is/are even? od 3.7. Suppose the periodic signal x(t) has fundamental period T and Fourier coefficients ak. In a variety of situations, it is easier to calculate the Fourier series coefficients
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