Q3) Two different (i.e. physically independent) band-limited analog message signals both having 5 kHz baseband bandwidth are given. A band-pass communication channel having a 10 kHz bandwidth (center frequency is 500 kHz) is available. Is it possible to transmit the given analog signals concurrently through this channel? If so, explain how it can be accomplished by deriving the related equations and also providing the spectrums. Also provide the transmitter and receiver structures with sufficient details.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Please answer this question by explaining each sentence that mentioned in the paragraph. Some sentences can be seen as not requiring mathematical explanation, equation but in fact if it possible please explain the question by giving mathematical, theoretical explanation. If it possible explain the question step by step why you used that formula, calculation etc. Thanks in advance.

 

By the way, question is related with the communication systems (electrical electronic engineering lesson).

Q3) Two different (i.e. physically independent) band-limited analog
message signals both having 5 kHz baseband bandwidth are given. A
band-pass communication channel having a 10 kHz bandwidth (center
frequency is 500 kHz) is available. Is it possible to transmit the given
analog signals concurrently through this channel? If so, explain how it
can be accomplished by deriving the related equations and also
providing the spectrums. Also provide the transmitter and receiver
structures with sufficient details.
Transcribed Image Text:Q3) Two different (i.e. physically independent) band-limited analog message signals both having 5 kHz baseband bandwidth are given. A band-pass communication channel having a 10 kHz bandwidth (center frequency is 500 kHz) is available. Is it possible to transmit the given analog signals concurrently through this channel? If so, explain how it can be accomplished by deriving the related equations and also providing the spectrums. Also provide the transmitter and receiver structures with sufficient details.
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