4) A fuzzy modulated signal looks like this: u(t) = 100cos[2nfct + 4 sin 2000nt] Which is in fe = 10MHZ . A) Find the average transmission power. B) Determine the maximum fuzzy deviation. C) Determine the maximum frequency deviation.
4) A fuzzy modulated signal looks like this: u(t) = 100cos[2nfct + 4 sin 2000nt] Which is in fe = 10MHZ . A) Find the average transmission power. B) Determine the maximum fuzzy deviation. C) Determine the maximum frequency deviation.
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![4) A fuzzy modulated signal looks like this:
u(t) = 100cos[2nf.t + 4 sin 2000nt]
Which is in f. = 10MHZ .
A) Find the average transmission power.
B) Determine the maximum fuzzy deviation.
C) Determine the maximum frequency deviation.
D) Is this FM or PM signal? Why?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3e9dc45e-0de0-42da-a78a-6517ef2788a6%2F2a51b5e2-8f13-43c5-b83e-cdbdad6b29b9%2Fyfdko1p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4) A fuzzy modulated signal looks like this:
u(t) = 100cos[2nf.t + 4 sin 2000nt]
Which is in f. = 10MHZ .
A) Find the average transmission power.
B) Determine the maximum fuzzy deviation.
C) Determine the maximum frequency deviation.
D) Is this FM or PM signal? Why?
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