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Figure Q1(c) shows the electrical network with a capacitor, C, as an output component. V(s) V,(s) s +0.5s +0.25 0.25 The transfer function of the system is (i) Determine the value of resistor, R2, and inductor, L. (ii) Derive the output function of Ve in the time domain. R2 R1=10 L V: C = 4 F Ve 3V Os Os Figure Q1(c)

Figure Q1(c) shows the electrical network with a capacitor, C, as an output component. V(s) V,(s) s +0.5s +0.25 0.25 The transfer function of the system is (i) Determine the value of resistor, R2, and inductor, L. (ii) Derive the output function of Ve in the time domain. R2 R1=10 L V: C = 4 F Ve 3V Os Os Figure Q1(c)

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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Figure Q1(c) shows the electrical network with a capacitor, C, as an output component.

Figure Q1(c) shows the electrical network with a capacitor, C, as an output component. Ve(s) V,(s) 0.25 The transfer function of the system is s? +0.5s +0.25 (i) Determine the value of resistor, R2, and inductor, L. (ii) Derive the output function of Ve in the time domain. R2 R =12 L V: C= 4 F Ve 3V 5V Os Os Figure Q1(c)
Transcribed Image Text:Figure Q1(c) shows the electrical network with a capacitor, C, as an output component. Ve(s) V,(s) 0.25 The transfer function of the system is s? +0.5s +0.25 (i) Determine the value of resistor, R2, and inductor, L. (ii) Derive the output function of Ve in the time domain. R2 R =12 L V: C= 4 F Ve 3V 5V Os Os Figure Q1(c)
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