a. Draw the frequency spectrum of the channel centered on 99.9 MHz, showing all relevant frequencies. b. Draw the frequency spectrum of the FM band, showing details of the three lowest-frequency channels and the three highest- frequency channels.

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a. Draw the frequency
spectrum of the channel
centered on 99.9 MHz,
showing all relevant
frequencies.
b. Draw the frequency
spectrum of the FM band,
showing details of the three
lowest-frequency channels
and the three highest-
frequency channels.
c. Determine the bandwidth
of the FM signal by using
the deviation ratio and the
Bessel table.
d. Determine the bandwidth
of the FM signal by using
Carson's rule.
e. Which of the above
bandwidth calculations best
fits the available channel
bandwidth?
Transcribed Image Text:a. Draw the frequency spectrum of the channel centered on 99.9 MHz, showing all relevant frequencies. b. Draw the frequency spectrum of the FM band, showing details of the three lowest-frequency channels and the three highest- frequency channels. c. Determine the bandwidth of the FM signal by using the deviation ratio and the Bessel table. d. Determine the bandwidth of the FM signal by using Carson's rule. e. Which of the above bandwidth calculations best fits the available channel bandwidth?
The FM radio broadcast band is allocated the frequency spectrum
from 88 to 108 MHz. There are 100 channels spaced 200 kHz
apart. The first channel center frequency is 88.1 MHz; the last, or
100th, channel center frequency is 107.9 MHz. Each 200-kHz
channel has a 150-kHz modulation bandwidth with 25-kHz
"guard bands" on either side of it to minimize the effects of over-
modulation.The FM broadcast band permits a maximum deviation
of +/-75 kHz and a maximum modulating frequency of 15
kHz. Determine the bandwidth of the FM signal using Carson's
rule.
Transcribed Image Text:The FM radio broadcast band is allocated the frequency spectrum from 88 to 108 MHz. There are 100 channels spaced 200 kHz apart. The first channel center frequency is 88.1 MHz; the last, or 100th, channel center frequency is 107.9 MHz. Each 200-kHz channel has a 150-kHz modulation bandwidth with 25-kHz "guard bands" on either side of it to minimize the effects of over- modulation.The FM broadcast band permits a maximum deviation of +/-75 kHz and a maximum modulating frequency of 15 kHz. Determine the bandwidth of the FM signal using Carson's rule.
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