using Fourier analysis find the output signal graph. ii. Laplace Transform; assume that the impulse

using Fourier analysis find the output signal graph. ii. Laplace Transform; assume that the impulse from Fig. 2 repeats every T 200 us, and, using the Fourier analysis, (h) acquire the output signal graph. 2. Write conclusions. 19.9675 uH, L2 21.0747 uH, Ls = Parameter values for circuit elements: R 752, RL = 502, L1 12.0904 pH, C13.8145 nF, C2 = 6.1216 nF, C3 5.6350 nF. (t), V t, us 50 00 $0 200 250 Fig. 2 1. For the following filter La L2 Ri RL C3 C2 Ci s (t) Fig. 1 + 1

 

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