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(b) An RC circuit is shown in Figure Q3 (b). The voltage source, v(t) is a periodic rectangular wave where one' cycle signal is given by: (0. -4

(b) An RC circuit is shown in Figure Q3 (b). The voltage source, v(t) is a periodic rectangular wave where one' cycle signal is given by: (0. -4

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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UTM 5 - TTM (b) An RC circuit is shown in Figure Q.3 (b). The voltage source, v(t) is a periodic rectangular wave where one cycle signal is given by: -4<t<-2 v(t) =2. lo. -2<t<2 2<t<4 (i) Illustrate graphically signal v(t). (ii) Determine the complex exponential Fourier Series of v(t) up to 2d harmonies. (iii) Write the complex exponential Fourier Series of i(t) up to 2 harmonics. (iv) Sketch the double-sided magnitude and ph- um of i(t). R=100 i(1) v(t)O FC-0.2F 5 UT Figure Q.3(b)
Transcribed Image Text:UTM 5 - TTM (b) An RC circuit is shown in Figure Q.3 (b). The voltage source, v(t) is a periodic rectangular wave where one cycle signal is given by: -4<t<-2 v(t) =2. lo. -2<t<2 2<t<4 (i) Illustrate graphically signal v(t). (ii) Determine the complex exponential Fourier Series of v(t) up to 2d harmonies. (iii) Write the complex exponential Fourier Series of i(t) up to 2 harmonics. (iv) Sketch the double-sided magnitude and ph- um of i(t). R=100 i(1) v(t)O FC-0.2F 5 UT Figure Q.3(b)
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