Q1) [50p] Consider the following periodic function. x(t) -3 -2 10 1 a) Determine the Fourier series coefficients, x, of x(t) by using 1 To/2 xn x(t)e-12mnfot dt -To/2 2 3 b) Determine Fourier Series coefficients, x, of x(t), by using the Fourier transform of periodic signals. Compare the result with the one you have obtained in part a). Q2)[50p] Compute the Fourier series coefficients, y of the signal y(t) which is obtained by passing x(t) in Q1) through the following LTI filter. where, HI 1 x(t) y(t) h(t) f (Hz) +00 *** H(f) = h(t)e-j2mft dt -00 42H(S) KIN N f (Hz)

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Q1) [50p] Consider the following periodic function.
x(t)
-3
-2
10
1
a) Determine the Fourier series coefficients, x, of x(t) by using
1 To/2
xn
x(t)e-12mnfot dt
-To/2
2
3
b) Determine Fourier Series coefficients, x, of x(t), by using the Fourier transform of
periodic signals. Compare the result with the one you have obtained in part a).
Q2)[50p] Compute the Fourier series coefficients, y of the signal y(t) which is obtained by
passing x(t) in Q1) through the following LTI filter.
where,
HI
1
x(t)
y(t)
h(t)
f (Hz)
+00
***
H(f) = h(t)e-j2mft dt
-00
42H(S)
KIN
N
f (Hz)
Transcribed Image Text:Q1) [50p] Consider the following periodic function. x(t) -3 -2 10 1 a) Determine the Fourier series coefficients, x, of x(t) by using 1 To/2 xn x(t)e-12mnfot dt -To/2 2 3 b) Determine Fourier Series coefficients, x, of x(t), by using the Fourier transform of periodic signals. Compare the result with the one you have obtained in part a). Q2)[50p] Compute the Fourier series coefficients, y of the signal y(t) which is obtained by passing x(t) in Q1) through the following LTI filter. where, HI 1 x(t) y(t) h(t) f (Hz) +00 *** H(f) = h(t)e-j2mft dt -00 42H(S) KIN N f (Hz)
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