Question

2. The message signal $m(t)$ as shown is to be transmitted using both PM and FM. The carrier is $s(t)$ \= $1cos2\pi f_c t$. a) For FM, if $k_f = \pi/T$ Hz/volt, $T = 3T_c$, sketch the FM waveform. b) For PM, if $k_p = \pi/2$/volt, $T = 3T_c$, sketch the PM waveform.

          2. The message signal $m(t)$ as shown is to be transmitted using both PM and FM. The carrier is $s(t)$ \= $1cos2\pi f_c t$.
a) For FM, if $k_f = \pi/T$ Hz/volt, $T = 3T_c$, sketch the FM waveform.
b) For PM, if $k_p = \pi/2$/volt, $T = 3T_c$, sketch the PM waveform.

2. The message signal m(t) as shown is to be transmitted using both PM and FM. The carrier is s(t) $̄1cos2πfc t.
a) For FM, ifkf = π/THz/volt,T = 3Tc, sketch the FM waveform.
b) For PM, ifkp = π/2/volt,T = 3Tc, sketch the PM waveform.

Added by Magdalena L.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

05/29/2023

Step 1

Step 1: The given message signal m(t) is not provided, so we cannot sketch the FM and PM waveforms without knowing the specific form of the message signal. Show more…

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The Message signal m(t) as shown is to be transmitted using both PM and FM. The Carrier is Sc(t) = 1cos2piFct 2. The message signal m as shown is to be transmitted using both PM and FM.The carrier is s =1cos2xfat aFor FM,if ky=x/THz/volt,T=3T,sketch the FM waveform. bFor PM,if k=x/2/volt,T=3Te,sketch the PM waveform. mr(t) T 2T 3T 4T 5T 6T 7T ST 9T 1OT