4) Consider a periodic signal f(t), with period To, that has a value of T/2t in the interval -t

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This problem is about exponential Fourier Series
4) Consider a periodic signal f(t), with period To, that has a value of T/2t in the interval -t <t < t
and is identically zero in the rest of the interval from -T/2 to T/2.
A) Compute the exponential Fourier Series for f(t), which will be functions of To and t.
B) Take the limit of the part A answer as t goes to zero, and as a result find the exponential
Fourier Series for this limiting case, which is an impulse train (an impulse every T,
seconds).
- f(t)
T/2t
-To-t
-T,+t -T/2
T/2
To-t
Tott
-T
Transcribed Image Text:4) Consider a periodic signal f(t), with period To, that has a value of T/2t in the interval -t <t < t and is identically zero in the rest of the interval from -T/2 to T/2. A) Compute the exponential Fourier Series for f(t), which will be functions of To and t. B) Take the limit of the part A answer as t goes to zero, and as a result find the exponential Fourier Series for this limiting case, which is an impulse train (an impulse every T, seconds). - f(t) T/2t -To-t -T,+t -T/2 T/2 To-t Tott -T
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