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25 Figure 2 The Fourier series of the full-wave rectified wave shown above is given by: F(t)=e= (¹/₂+ 100 TL Cos1508.57t Cos2262.87t 15 35 Cos754.29t 3 a. What is the frequency of the waveform? ot b. Which harmonics are present in the rectified wave? c. What is the magnitude of the direct current component?

25 Figure 2 The Fourier series of the full-wave rectified wave shown above is given by: F(t)=e= (¹/₂+ 100 TL Cos1508.57t Cos2262.87t 15 35 Cos754.29t 3 a. What is the frequency of the waveform? ot b. Which harmonics are present in the rectified wave? c. What is the magnitude of the direct current component?

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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m Figure 2 The Fourier series of the full-wave rectified wave shown above is given by: Cos754.29t Cos1508.57t Cos2262.87t 3 15 35 25 F(t) = e = 100 π a. What is the frequency of the waveform? b. Which harmonics are present in the rectified wave? c. What is the magnitude of the direct current component? d. Determine the rms value of the waveform. + .ot e. Given that the waveform forms the input of a circuit of resistance 552, write the Fourier expression for the current flowing in the circuit. Hence determine its rms value. f. The circuit, in "e" is modified by including a 15.92mH inductor in series with the resistor. What is the power factor of the new circuit?
Transcribed Image Text:m Figure 2 The Fourier series of the full-wave rectified wave shown above is given by: Cos754.29t Cos1508.57t Cos2262.87t 3 15 35 25 F(t) = e = 100 π a. What is the frequency of the waveform? b. Which harmonics are present in the rectified wave? c. What is the magnitude of the direct current component? d. Determine the rms value of the waveform. + .ot e. Given that the waveform forms the input of a circuit of resistance 552, write the Fourier expression for the current flowing in the circuit. Hence determine its rms value. f. The circuit, in "e" is modified by including a 15.92mH inductor in series with the resistor. What is the power factor of the new circuit?
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