(-) The switch in the circuit below has been in position a for a long time before it moves to position b at t = 0. Obtain a differential equation (in terms of capacitor voltage ve and circuit parameters, R, L, C) that describes the behavior of the circuit for t > 0 32-2 Ri √ 32 m H 2012 9 t=06 uv 150V N₁ + SMF

Introductory Circuit Analysis (13th Edition)
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1. (-) The switch in the circuit below has been in position a for a long time before it moves to position b
at t = 0. Obtain a differential equation (in terms of capacitor voltage ve and circuit parameters, R, L, C)
that describes the behavior of the circuit for t > 0
2012 at=%6
uv
Isov
N₁
+
SMF
32-2
m
L
Ri√ 32 m H
2.) External circuitry (not depicted) causes the initial inductor current to be i(0) = 2A. Determine
the values of all initial conditions needed to obtain an equation for the inductor current i(t), t ≥ 0.
3.) Obtain an equation for the inductor current i(t), t≥ 0. Estimate the duration of the transient
response. If the response exhibits oscillatory behavior, determine the oscillation frequency.
Transcribed Image Text:1. (-) The switch in the circuit below has been in position a for a long time before it moves to position b at t = 0. Obtain a differential equation (in terms of capacitor voltage ve and circuit parameters, R, L, C) that describes the behavior of the circuit for t > 0 2012 at=%6 uv Isov N₁ + SMF 32-2 m L Ri√ 32 m H 2.) External circuitry (not depicted) causes the initial inductor current to be i(0) = 2A. Determine the values of all initial conditions needed to obtain an equation for the inductor current i(t), t ≥ 0. 3.) Obtain an equation for the inductor current i(t), t≥ 0. Estimate the duration of the transient response. If the response exhibits oscillatory behavior, determine the oscillation frequency.
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