Q1. For the scheme shown in figure Q1, using the message signals spectra shown a) Draw the spectrum at points A and B. b) Determine the total bandwidth of the transmitted signal. c) Determine if this...

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Q1. For the scheme shown in figure Q1, using the message signals spectra shown<br>a) Draw the spectrum at points A and B.<br>b) Determine the total bandwidth of the transmitted signal.<br>c) Determine if this scheme is suitable for AM transmission for the messages mi and<br>m2, if not explain why.<br>M,)<br>m1<br>cos 10,000nt<br>A<br>B<br>M2()<br>m2<br>cos? 20,000nt<br>-IkHz<br>IkHz f<br>cos 20,000nt<br>Figure Q1<br>

Extracted text: Q1. For the scheme shown in figure Q1, using the message signals spectra shown a) Draw the spectrum at points A and B. b) Determine the total bandwidth of the transmitted signal. c) Determine if this scheme is suitable for AM transmission for the messages mi and m2, if not explain why. M,) m1 cos 10,000nt A B M2() m2 cos? 20,000nt -IkHz IkHz f cos 20,000nt Figure Q1

Jun 11, 2022

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Q1. For the scheme shown in figure Q1, using the message signals spectra shown a) Draw the spectrum at points A and B. b) Determine the total bandwidth of the transmitted signal. c) Determine if this...

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