The CTFS coefficients for the impulse train shown in figure are given as: Name Waveform C,k +0 x() 4 Impulse train -T. 0 To 2T. i a. Given To= 1 ms, plot the signal spectrum w.r.t frequency f (Hz). b. What is the power of the signal? c. The signal is applied to an LTI system with the frequency response shown in figure, determine the output and its spectrum.
The CTFS coefficients for the impulse train shown in figure are given as: Name Waveform C,k +0 x() 4 Impulse train -T. 0 To 2T. i a. Given To= 1 ms, plot the signal spectrum w.r.t frequency f (Hz). b. What is the power of the signal? c. The signal is applied to an LTI system with the frequency response shown in figure, determine the output and its spectrum.
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![The CTFS coefficients for the impulse train shown in figure are given as:
Name
Waveform
C,k +0
x(t) 4
Impulse
train
-To 0 To 2T.
a. Given To= 1 ms, plot the signal spectrum w.r.t frequency f (Hz).
b. What is the power of the signal?
c. The signal is applied to an LTI system with the frequency response shown in figure, determine the output and its
spectrum.
Hejw)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F94419ae7-683d-4cba-8a73-9bc8a0e0733e%2F4939f77d-29ed-4160-947a-25d7bbf5e155%2F4yskahf_processed.png&w=3840&q=75)
Transcribed Image Text:The CTFS coefficients for the impulse train shown in figure are given as:
Name
Waveform
C,k +0
x(t) 4
Impulse
train
-To 0 To 2T.
a. Given To= 1 ms, plot the signal spectrum w.r.t frequency f (Hz).
b. What is the power of the signal?
c. The signal is applied to an LTI system with the frequency response shown in figure, determine the output and its
spectrum.
Hejw)
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