Q2: An angle-modulated signal with carrier frequency W. = 2n • 10° is described by equation FEM = 10 cos (W,t + 0.1sin2000nt) a. Find the power of the modulating signal if the load resistance is R=1. b. Find frequency deviation. c. Estimate the B.W of the system.

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Q2: An angle-modulated signal with carrier frequency W. = 2n 10° is described
by equation
FEm = 10 cos (W,t + 0.1sin2000nt)
a. Find the power of the modulating signal if the load resistance is R=1.
b. Find frequency deviation.
c. Estimate the B.W of the system.
d. Compute and draw the spectrum for above FM signal.
e. if ß = 1, Compute power of three terms only.
Transcribed Image Text:Q2: An angle-modulated signal with carrier frequency W. = 2n 10° is described by equation FEm = 10 cos (W,t + 0.1sin2000nt) a. Find the power of the modulating signal if the load resistance is R=1. b. Find frequency deviation. c. Estimate the B.W of the system. d. Compute and draw the spectrum for above FM signal. e. if ß = 1, Compute power of three terms only.
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