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R ww i(t) Vs(t) + L + V₁(t) Given R=30, L=3H. Suppose all of the initial valuses are zero. Use v(t) as the unknown signal, the KCL equation of the above circuit is v(t)-v₁(t) = B v₂(t)dr A What is the value of A? Given R = 502, C=65 mF, and L-6 H in the equation v¸ (t)− v₁(t) = cv₁'(t) + — ƒ{ v₁(t)dr R 0 By applying Lapace transform to solve V1(s), we can have V₁(s) = Ks s² + As +B -Vs(s) What is the value of A?

R ww i(t) Vs(t) + L + V₁(t) Given R=30, L=3H. Suppose all of the initial valuses are zero. Use v(t) as the unknown signal, the KCL equation of the above circuit is v(t)-v₁(t) = B v₂(t)dr A What is the value of A? Given R = 502, C=65 mF, and L-6 H in the equation v¸ (t)− v₁(t) = cv₁'(t) + — ƒ{ v₁(t)dr R 0 By applying Lapace transform to solve V1(s), we can have V₁(s) = Ks s² + As +B -Vs(s) What is the value of A?

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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R ww i(t) Vs(t) + L + V₁(t) Given R=30, L=3H. Suppose all of the initial valuses are zero. Use v(t) as the unknown signal, the KCL equation of the above circuit is v(t)-v₁(t) = B v₂(t)dr A What is the value of A?
Transcribed Image Text:R ww i(t) Vs(t) + L + V₁(t) Given R=30, L=3H. Suppose all of the initial valuses are zero. Use v(t) as the unknown signal, the KCL equation of the above circuit is v(t)-v₁(t) = B v₂(t)dr A What is the value of A?
Given R = 502, C=65 mF, and L-6 H in the equation v¸ (t)− v₁(t) = cv₁'(t) + — ƒ{ v₁(t)dr R 0 By applying Lapace transform to solve V1(s), we can have V₁(s) = Ks s² + As +B -Vs(s) What is the value of A?
Transcribed Image Text:Given R = 502, C=65 mF, and L-6 H in the equation v¸ (t)− v₁(t) = cv₁'(t) + — ƒ{ v₁(t)dr R 0 By applying Lapace transform to solve V1(s), we can have V₁(s) = Ks s² + As +B -Vs(s) What is the value of A?
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