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e transmitted symbols of a baseband system is {0, 1), in which the symbols are equiprobable. The noise power N_0 = 2e-6 W/Hz and hit in 4000 8 WIL. Arruming that the probabilit is maintained dotorming the rmu por hit in uw if the

e transmitted symbols of a baseband system is {0, 1), in which the symbols are equiprobable. The noise power N_0 = 2e-6 W/Hz and hit in 4000 8 WIL. Arruming that the probabilit is maintained dotorming the rmu por hit in uw if the

Systems Architecture
Systems Architecture
7th Edition
ISBN:9781305080195
Author:Stephen D. Burd
Publisher:Stephen D. Burd
Chapter8: Data And Network Communication Technology
Section: Chapter Questions
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"The transmitted symbols of a baseband system is {0, 1), in which the symbols are equiprobable. The noise power N_0 = 2e-6 W/Hz and the energy per bit is 400e-8 W/Hz.; Assuming that the probability of error is maintained, determine the energy per bit in uW/Hz if the noise power is increased to 3x10^-6 W/Hz." 0 1 2 3 4 none of the choices
Transcribed Image Text:"The transmitted symbols of a baseband system is {0, 1), in which the symbols are equiprobable. The noise power N_0 = 2e-6 W/Hz and the energy per bit is 400e-8 W/Hz.; Assuming that the probability of error is maintained, determine the energy per bit in uW/Hz if the noise power is increased to 3x10^-6 W/Hz." 0 1 2 3 4 none of the choices
"Calculate the trasmission bandwidth needed, employing a Raise-Cosine Spectrum technique, for a digital communication system operating at voice grade channel of 300 to 3400Hz with a designated f_1 of 2200Hz." O 4 kHz O 4.6 kHz 4.1 kHz 3.8 kHz
Transcribed Image Text:"Calculate the trasmission bandwidth needed, employing a Raise-Cosine Spectrum technique, for a digital communication system operating at voice grade channel of 300 to 3400Hz with a designated f_1 of 2200Hz." O 4 kHz O 4.6 kHz 4.1 kHz 3.8 kHz
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