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ourier analysis shows that the sawtooth waveform of Figure

Electrical Engineering: Principles & Applications | 6th Edition | ISBN: 9780133116649 | Authors: Allan R. Hambley ISBN: 9780133116649 150

Solution for problem P6.4 Chapter 6

Electrical Engineering: Principles & Applications | 6th Edition

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Electrical Engineering: Principles & Applications | 6th Edition | ISBN: 9780133116649 | Authors: Allan R. Hambley

Electrical Engineering: Principles & Applications | 6th Edition

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Problem P6.4

ourier analysis shows that the sawtooth waveform of Figure P6.4 can be written as vst (t) = 1 2 sin (2000t) 2 2 sin (4000t) 2 3 sin (6000t) 2 n sin (2000nt) in which n assumes integer values. Use MATLAB to compute and plot the sum through n = 3 for 0 t 2 ms. Repeat for the sum through n = 50. 2 123 t (ms) vst(t) Figure P6.4

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Sample Notes EE 212 AC Steady State Power  Different types of AC power 1. Instantaneous Power [Watts] 2. Average Power (Active Power, Real Power) [Watts] 3. Reactive Power (Imaginary Power) [VAR] 4. Complex Power [VA] 5. Apparent Power [VA] 6. Power Factor  Instantaneous Power p(t) [Watts] p(t) = v(t) i(t); t = time 1. If current i(t) is entering the device then p(t) is positive and the device is absorbing power 2. If current i(t) is leaving the device then p(t) is negative and the device is supplying power

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Chapter 6, Problem P6.4 is Solved
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Textbook: Electrical Engineering: Principles & Applications
Edition: 6
Author: Allan R. Hambley
ISBN: 9780133116649

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ourier analysis shows that the sawtooth waveform of Figure