The equation for FM wave is s(t) = 14 cos (552920307t + 33 cos 12723t] Find the following: (i) carrier frequency fc (ii) modulating frequency fm [ (iii) modulation index mf ( (iv) frequency deviation Af (v) deviation sensitivity if the maximum amplitude of the message is 6 (vi) power dissipated in 1420 resistor (vii) Bandwidth of the FM Wave[ Carrier frequency in Hz=

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The equation for FM wave is s(t) = 14 cos
[552920307t + 33 cos 12723t]
Find the following:
(i) carrier frequency fc
(ii) modulating frequency fm
(i) modulation index mf [
(iv) frequency deviation Af
(v) deviation sensitivity if the maximum amplitude
of the message is 6V
(vi) power dissipated in 1420 resistor
(vii) Bandwidth of the FM Wave[
Carrier frequency in Hz=
Message frequency in HZ=
modulation index =
Frequency deviation in Hz=
(Rounded off to two decimal places)
Deviation sensitivity in HzV=
(Rounded off to two decimal places)
Transcribed Image Text:The equation for FM wave is s(t) = 14 cos [552920307t + 33 cos 12723t] Find the following: (i) carrier frequency fc (ii) modulating frequency fm (i) modulation index mf [ (iv) frequency deviation Af (v) deviation sensitivity if the maximum amplitude of the message is 6V (vi) power dissipated in 1420 resistor (vii) Bandwidth of the FM Wave[ Carrier frequency in Hz= Message frequency in HZ= modulation index = Frequency deviation in Hz= (Rounded off to two decimal places) Deviation sensitivity in HzV= (Rounded off to two decimal places)
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