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Calculate the Total Harmonic Distortion (IEEE 519.1992) of the following current waveform. Use sufficient terms such that convergence is within 0.20%. 165.0A |i₁(t)=- sin[27(2n-1)(60Hz] What waveform does Equation 1 represent? Generate an additive plot of the fundamental and harmonics over two periods of the fundamental. State its shape, peak value and frequency. 1 π (2n-1) n=1 Equation 1

Calculate the Total Harmonic Distortion (IEEE 519.1992) of the following current waveform. Use sufficient terms such that convergence is within 0.20%. 165.0A |i₁(t)=- sin[27(2n-1)(60Hz] What waveform does Equation 1 represent? Generate an additive plot of the fundamental and harmonics over two periods of the fundamental. State its shape, peak value and frequency. 1 π (2n-1) n=1 Equation 1

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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Calculate the Total Harmonic Distortion (IEEE 519.1992) of the following current waveform. Use sufficient terms such that convergence is within 0.20%. 165.0A sin[27(2n-1)(60Hz)] 00 π i(t) What waveform does Equation 1 represent? Generate an additive plot of the fundamental and harmonics over two periods of the fundamental. State its shape, peak value and frequency. 1 (2n-1) n=1 Equation 1
Transcribed Image Text:Calculate the Total Harmonic Distortion (IEEE 519.1992) of the following current waveform. Use sufficient terms such that convergence is within 0.20%. 165.0A sin[27(2n-1)(60Hz)] 00 π i(t) What waveform does Equation 1 represent? Generate an additive plot of the fundamental and harmonics over two periods of the fundamental. State its shape, peak value and frequency. 1 (2n-1) n=1 Equation 1
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