5. What will be the final output of the following figure? where Ae = amplitude of carrier signal, we = frequency of the carrier signal and m(t)= message signal. %3D (Ac+ m()Jcos wet Bandpass filter (:2ue) DC Blocker Output cos wet 6. Let, the bandwidth of the message signal is 500 Hz. What should be the value of we to avoid overlap in the spectra at DSB-SC modulation? Where
5. What will be the final output of the following figure? where Ae = amplitude of carrier signal, we = frequency of the carrier signal and m(t)= message signal. %3D (Ac+ m()Jcos wet Bandpass filter (:2ue) DC Blocker Output cos wet 6. Let, the bandwidth of the message signal is 500 Hz. What should be the value of we to avoid overlap in the spectra at DSB-SC modulation? Where
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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please help me with those questions, those are from Communication Engineering, Electrical and electronics engineering.
![5. What will be the final output of the following figure? where Ac = amplitude
of carrier signal, wc = frequency of the carrier signal and m(t)= message
signal.
[Ac+m(1]cos wct
DC Blocker
Bandpass filter (+2ue)
Output
cos wet
6. Let, the bandwidth of the message signal is 500 Hz. What should be the
value of we to avoid overlap in the spectra at DSB-SC modulation? Where
wc = frequency of the carricer signal.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fab9891c7-507d-4368-90bd-4b5ddc232363%2Fc230ad46-1eba-4b7e-ba99-b53007c1903c%2Fxlihrm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:5. What will be the final output of the following figure? where Ac = amplitude
of carrier signal, wc = frequency of the carrier signal and m(t)= message
signal.
[Ac+m(1]cos wct
DC Blocker
Bandpass filter (+2ue)
Output
cos wet
6. Let, the bandwidth of the message signal is 500 Hz. What should be the
value of we to avoid overlap in the spectra at DSB-SC modulation? Where
wc = frequency of the carricer signal.
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