| The fundamental concept of single-sideband (SSB) amplitude modulation (AM) is described in Fig. 2. Referring to the figure, derive the time-domain representation of the lower-sideband (LSB) AM signal. The detailed derivation is mandatory. Lastly, explain how to demodulate the LSB AM signal; then, draw a plot of spectrum for the demodulated signal. M_(f+fe) M(S) (a) -B 0 B M_(f) -B -Se 0 M.(f+fc) -Se M.(S) (b) B M.(f-fe) (d) M.(f-fe) (e) Fig. 2: Single-sideband (SSB) amplitude modulation (AM)

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| The fundamental concept of single-sideband (SSB) amplitude modulation (AM)
is described in Fig. 2. Referring to the figure, derive the time-domain representation of the
lower-sideband (LSB) AM signal. The detailed derivation is mandatory.
Lastly, explain how to demodulate the LSB AM signal; then, draw a plot of spectrum for the
demodulated signal.
M_(f+fe)
M(S)
(a)
-B
0 B
M_(f)
-B
-Se
0
M.(f+fc)
-Se
M.(S)
(b)
B
M.(f-fe)
(d)
M.(f-fe)
(e)
Fig. 2: Single-sideband (SSB) amplitude modulation (AM)
Transcribed Image Text:| The fundamental concept of single-sideband (SSB) amplitude modulation (AM) is described in Fig. 2. Referring to the figure, derive the time-domain representation of the lower-sideband (LSB) AM signal. The detailed derivation is mandatory. Lastly, explain how to demodulate the LSB AM signal; then, draw a plot of spectrum for the demodulated signal. M_(f+fe) M(S) (a) -B 0 B M_(f) -B -Se 0 M.(f+fc) -Se M.(S) (b) B M.(f-fe) (d) M.(f-fe) (e) Fig. 2: Single-sideband (SSB) amplitude modulation (AM)
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