(a) Consider the circuit on the right. The resistor values are 2 2, and the inductance is 1 H. The applied voltage waveform is a rectangular pulse with an amplitude of 10 V and duration of 2 s as shown. (a) Find the fourier transformation of the applied signal vs(t) (b) Redraw the circuit using fourier transformation (c) Find Vo(@). (d) Find vo(t) Y 2-2 ww O vs (t) 10 22 / 1H 2 t Vo st

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(a) Consider the circuit on the right. The resistor
values are 2 2, and the inductance is 1 H. The
applied voltage waveform is a rectangular pulse
with an amplitude of 10 V and duration of 2 s as
shown.
(a) Find the fourier transformation of the applied
signal vs(t)
(b) Redraw the circuit using fourier
transformation
(c) Find Vo(o).
(d) Find vo(t)
Ý
222
um
†
22 THE VO
vs (t)
70
2
»t
Transcribed Image Text:(a) Consider the circuit on the right. The resistor values are 2 2, and the inductance is 1 H. The applied voltage waveform is a rectangular pulse with an amplitude of 10 V and duration of 2 s as shown. (a) Find the fourier transformation of the applied signal vs(t) (b) Redraw the circuit using fourier transformation (c) Find Vo(o). (d) Find vo(t) Ý 222 um † 22 THE VO vs (t) 70 2 »t
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