4. speech signals transmission over a wideband radio link. Each signal is concentrated in 300HZ < |f <3.4kHz and is allocated a nominal low pass channel bandwidth of 4kHz to allow for the use of practical filters with finite transition regions. Estimate the radio bandwidth required if the signals are combined using SSB-SC frequency division multiplexing and the radio receiver employs conventional amplitude modulation.

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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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4. Twelve speech signals are to be combined using FDM for
transmission over a wideband radio link. Each signal is
concentrated in 300HZ < |f] < 3.4kHz and is allocated a nominal
low pass channel bandwidth of 4kHz to allow for the use of
practical filters with finite transition regions. Estimate the
radio bandwidth required if the signals are combined using
SSB-SC frequency division multiplexing and the radio receiver
employs conventional amplitude modulation.
Transcribed Image Text:4. Twelve speech signals are to be combined using FDM for transmission over a wideband radio link. Each signal is concentrated in 300HZ < |f] < 3.4kHz and is allocated a nominal low pass channel bandwidth of 4kHz to allow for the use of practical filters with finite transition regions. Estimate the radio bandwidth required if the signals are combined using SSB-SC frequency division multiplexing and the radio receiver employs conventional amplitude modulation.
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