L = 0.1 H, R = 30, C = 0.05 F E(t) = 100 [U(t − 1) – U(t − 2)] - di L = + Ri + dt 1 i(t)dt = E(t)

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Solve the differential integro equation of the RLC circuit with the following parameters

L = 0.1 H, R = 32, C = 0.05 F
E(t) = 100[U(t − 1) – U(t − 2)]
-
di
1
Lad + Ri + ² f*i(²
=
dt
0
fi(7) dr
i(t)dt = E(t)
Transcribed Image Text:L = 0.1 H, R = 32, C = 0.05 F E(t) = 100[U(t − 1) – U(t − 2)] - di 1 Lad + Ri + ² f*i(² = dt 0 fi(7) dr i(t)dt = E(t)
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