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(16) Vc $ !! Vs (t) = V₂ Sin wt V₁ (t) = vc sin (wt + $c) RC option. Vs (t) . ->> V₁ = Vs Vc = 0.573 · V₁ = 0·4672 V₁ V₁ = VG B²=3K R 0=-22.5° 10= =639 = -26.56° 0.5%š, 0=45° 1² ] Ve(t) +

(16) Vc $ !! Vs (t) = V₂ Sin wt V₁ (t) = vc sin (wt + $c) RC option. Vs (t) . ->> V₁ = Vs Vc = 0.573 · V₁ = 0·4672 V₁ V₁ = VG B²=3K R 0=-22.5° 10= =639 = -26.56° 0.5%š, 0=45° 1² ] Ve(t) +

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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(16) option + Vc Vs (t)= V₂ sin wt V₁ (t) = vc sin (wt + c) L RC . Vs (t) →>> A V₁ = V₂ Vc = 0.573 v BLUE 6=-22.5° $= = 629 / vc=0-4672 vs Ø V₁ = 0.5%₂ R -26.560 0 = 45° 1² 4 Vc(t) -
Transcribed Image Text:(16) option + Vc Vs (t)= V₂ sin wt V₁ (t) = vc sin (wt + c) L RC . Vs (t) →>> A V₁ = V₂ Vc = 0.573 v BLUE 6=-22.5° $= = 629 / vc=0-4672 vs Ø V₁ = 0.5%₂ R -26.560 0 = 45° 1² 4 Vc(t) -
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