6. For an FM modulator with modulation index m = 2, modulating signal v (1) =V, sin(2x2000t), and an unmodulated carrier v. (t) =8sin(27800000t), a. Determine the number of sets of significant sidebands. 2 b. Determine their amplitudes. Draw the frequency spectrum showing the relative amplitudes of the side frequencies. c.

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6. For an FM modulator with modulation index m = 2, modulating
signal v, (t) = Vm sin (2x2000t), and an unmodulated carrier
v.(t)=8 sin(27800000r),
a. Determine the number of sets of significant sidebands.
2
b. Determine their amplitudes.
c. Draw the frequency spectrum showing the relative
amplitudes of the side frequencies.
It is given that Bessel coefficient corresponding to carrier
component J(2) equals 0.22. Moreover, a side frequency is
not considered significant unless it has amplitude equal to or
greater than 1 % of the unmodulated carrier amplitude.
Abbreviations:
QPSK: Quaternary Phase Shift Keying
BPSK: Binary Phase Shift Keying
LED: Light Emitting Diode
AM: Amplitude Modulation
FM: Frequency Modulation
Transcribed Image Text:6. For an FM modulator with modulation index m = 2, modulating signal v, (t) = Vm sin (2x2000t), and an unmodulated carrier v.(t)=8 sin(27800000r), a. Determine the number of sets of significant sidebands. 2 b. Determine their amplitudes. c. Draw the frequency spectrum showing the relative amplitudes of the side frequencies. It is given that Bessel coefficient corresponding to carrier component J(2) equals 0.22. Moreover, a side frequency is not considered significant unless it has amplitude equal to or greater than 1 % of the unmodulated carrier amplitude. Abbreviations: QPSK: Quaternary Phase Shift Keying BPSK: Binary Phase Shift Keying LED: Light Emitting Diode AM: Amplitude Modulation FM: Frequency Modulation
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