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8. In the circuit shown in the figure. when R = 1002 and C = 10µF and vi (t) = 10 u (t) is applied from the input, how many milliseconds will the Qutput be 6.3 V? (Vs (0) = 0) R V; Vo

8. In the circuit shown in the figure. when R = 1002 and C = 10µF and vi (t) = 10 u (t) is applied from the input, how many milliseconds will the Qutput be 6.3 V? (Vs (0) = 0) R V; Vo

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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8. In the circuit shown in the figure, when ? = 100Ω and ? = 10?? and vi (t) = 10 u (t) is applied from the input, how many milliseconds will the output be 6.3 V? (Vc (0) = 0)

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8. In the circuit shown in the figure. when R = 1002 and C = 10µF and vi (t) = 10 u (t) is applied from the input, how many milliseconds will the Qutput be 6.3 V? (Vs (0) = 0) R V; Vo
Transcribed Image Text:8. In the circuit shown in the figure. when R = 1002 and C = 10µF and vi (t) = 10 u (t) is applied from the input, how many milliseconds will the Qutput be 6.3 V? (Vs (0) = 0) R V; Vo
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