CONSIDERING THE CIRCUIT OF FIGURE 2. THE INPUT FUNCTION OF V(T) IS THE VOLTAGE PULSE SHOWN IN FIGURE 3. SINCE THE VOLTAGE IS ZERO FOR T< 0, THE VOLTAGE ACROSS THE CAPACITOR TERMINALS IS ZERO AT INSTANT O-. THE ANSWER OF VOCT) FOR T< 0 < 0.3S IS DUE TO APPLYING A POSITIVE VOLTAGE STEP OF 9 V AT TIME T= 0. AT TIME T = 0.3S, THE %3D FUNCTION CANCELS OUT, THEREFORE, THE CIRCUIT RESPONSE BECOMES THE NATURAL RESPONSE. DETERMINE THE VOLTAGE VOCT) AND PLOT ITS GRAPH. 6 k 4 k VOCT) VCT) VC(T) 8 kN 100 µF FIGURE 2 - CIRCUIT RC (V) VCT) 9- 0,3 t(s) FIGURE 3 - VOLTAGE PULSE

CONSIDERING THE CIRCUIT OF FIGURE 2. THE INPUT FUNCTION OF V(T) IS THE VOLTAGE PULSE SHOWN IN FIGURE 3. SINCE THE VOLTAGE IS ZERO FOR T< 0, THE VOLTAGE ACROSS THE CAPACITOR TERMINALS IS ZERO AT INSTANT O-. THE ANSWER OF VOCT) FOR T< 0 < 0.3S IS DUE TO APPLYING A POSITIVE VOLTAGE STEP OF 9 V AT TIME T= 0. AT TIME T = 0.3S, THE %3D FUNCTION CANCELS OUT, THEREFORE, THE CIRCUIT RESPONSE BECOMES THE NATURAL RESPONSE. DETERMINE THE VOLTAGE VOCT) AND PLOT ITS GRAPH. 6 k 4 k VOCT) VCT) VC(T) 8 kN 100 µF FIGURE 2 - CIRCUIT RC (V) VCT) 9- 0,3 t(s) FIGURE 3 - VOLTAGE PULSE

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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