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1. Calculate the F.S. using the trigonometric forms for the following periodic signal: f€) = {".

1. Calculate the F.S. using the trigonometric forms for the following periodic signal: f€) = {".

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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f V:-Y [Templat. > Engineering Analysis Deadline: Monday 11/8/2021 29/10/2021 Fourier Analysis - I 1. Calculate the F.S. using the trigonometric forms for the following periodic signal: f(t) = (0, -ISI<O t, 2. Find the trigonometric F. S. of the periodic waveform y(t) shown in Figure (1) over the period (-2n, 2я): y(t) 2n -2Tn Figure 1 3. Determine the trigonometric F. S. of the periodic square wave illustrated in Figure (2). z(t) -5, Figure 2 4. Assume fit) has a F. S. defined on fit)= f(t+4x) as illustrated in Figure (3). Sketch the frequency and the phase spectra for signal fit). f(t) 4+ -8m Figure 3 III
Transcribed Image Text:f V:-Y [Templat. > Engineering Analysis Deadline: Monday 11/8/2021 29/10/2021 Fourier Analysis - I 1. Calculate the F.S. using the trigonometric forms for the following periodic signal: f(t) = (0, -ISI<O t, 2. Find the trigonometric F. S. of the periodic waveform y(t) shown in Figure (1) over the period (-2n, 2я): y(t) 2n -2Tn Figure 1 3. Determine the trigonometric F. S. of the periodic square wave illustrated in Figure (2). z(t) -5, Figure 2 4. Assume fit) has a F. S. defined on fit)= f(t+4x) as illustrated in Figure (3). Sketch the frequency and the phase spectra for signal fit). f(t) 4+ -8m Figure 3 III
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