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A voltage source is connected to the two terminals of a 54.23 µF capacitor. The source voltage varies with time. The voltage values at t=0 us is 0 V, at t=1 us is 5 V, and at t-2 us is 10 V, and at t-3 us is OV. Find the value of the capacitor current at 1ct<= 2 us.

A voltage source is connected to the two terminals of a 54.23 µF capacitor. The source voltage varies with time. The voltage values at t=0 us is 0 V, at t=1 us is 5 V, and at t-2 us is 10 V, and at t-3 us is OV. Find the value of the capacitor current at 1ct<= 2 us.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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A voltage source is connected to the two terminals of a 54.23 µF capacitor. The source voltage varies with time. The voltage values at t=0 us is 0 V, at t=1 us is 5 V, and at t-2 us is 10 V, and at t-3 us is 0 V. Find the value of the capacitor current at 1c t<= 2 us.
Transcribed Image Text:A voltage source is connected to the two terminals of a 54.23 µF capacitor. The source voltage varies with time. The voltage values at t=0 us is 0 V, at t=1 us is 5 V, and at t-2 us is 10 V, and at t-3 us is 0 V. Find the value of the capacitor current at 1c t<= 2 us.
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