f(t) M Consider the periodic wave shown above given by S(1) (l+nT) = = T-t S(l), 0
f(t) M Consider the periodic wave shown above given by S(1) (l+nT) = = T-t S(l), 0
Elements Of Electromagnetics
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
Transcribed Image Text:f(t)
M
Consider the periodic wave shown above given by
S(1)
(l+nT)
=
=
T-t
S(l),
0<t<T
n, -2, -1, 0, 1, 2, ...
else
which is known as a "sawtooth wave". Its period is T = 2 s.
(a) Give the fundamental frequency wo of f(t), in rad/s.
(b) Find the co, c₁, and c-1 coefficients of the complex Fourier Series
where
S(L) =
Σ
Cneinwot
T
Cn
(l)e-inwat
dl.
(Hint: teateat (at - 1) for a 0)
=
(c) The first three harmonics of this Fourier Series (corresponding to c1, c2, and c3) are used to drive
a transfer function (s) consisting of a single pole at p = -6, that is II(s) -
three is amplified the most?
=
8+6°
Which of the
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