The circuit below is switched at t = 0 after reaching the steady-state. From the given circuit below, find the following. 1. Neper frequency (in rad/s) 2. Resonant Radian Frequency (in rad/s) 3. Root of characteristic equations that is closer to the origin 4. What is the value of A1 from the form of natural response 40V -146t v(t) = A₁-854t such that the experiment is repeated with v(0) = 25V and dv(0)/dt = 0 V/s. + A₂e² +1 30Ω M t=0X 0.8H 500 40µF 50Ω + V
The circuit below is switched at t = 0 after reaching the steady-state. From the given circuit below, find the following. 1. Neper frequency (in rad/s) 2. Resonant Radian Frequency (in rad/s) 3. Root of characteristic equations that is closer to the origin 4. What is the value of A1 from the form of natural response 40V -146t v(t) = A₁-854t such that the experiment is repeated with v(0) = 25V and dv(0)/dt = 0 V/s. + A₂e² +1 30Ω M t=0X 0.8H 500 40µF 50Ω + V
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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