For a channel with C/B ratio= 5, Signal to Noise (S/N) Ratio in dB equals (where C=channel capacity and B = Bandwidth )
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Q: For a channel with C/B ratio= 5, Signal to Noise (S/N) Ratio in dB equals (where C=channel capacity…
A: Here, C/B = 5
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A: Q: Maximum bit rate using Shannon's formula
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- Calculate the theoretical maximum channel capacity of a noisy channel with bandwidth 6 kHz if the signal-to-noise ratio is 27 dB. Give your answer to 3 significant figures and state what noise properties are assumed.Consider a communication channel with bandwidth B = 8000 Hz. Suppose the channel has a signal-to-noise ratio S/N = 541. What is the maximum data rate of this channel? ? What is the minimum number of signal levels needed to achieve a data rate of 64000 bps?If the channel is band limited to 6 kHz and signal to noise ratio is 16, what would be the capacity of channel? Downvote will be given to incorrect answer
- Assume having a low-pass noiseless channel that spans from a Frequency of 0Hz to 130Hz, to send at a bit-rate value that is not less than 1Kbps, then you would at least need ................. signal levels.For a ______ channel, we need to use the Shannon capacity to find the maximum bit rate. a. noisy b. noiseless c. bandpass d. low-passUsing Shannon’s noisy theorem, what bandwidth is necessary to support a 1 Gbps, assuming a signal-to-noise ratio of 40 decibels? Suppose you want to achieve a bit rate of 15 Gbps using a maximum bandwidth of 900 MHz. What is the minimum allowable signal-to-noise ratio in decibels?
- Assume having a low-pass channel that spans from a Frequency of 0Hz to 110Hz, to attain a bit-rate value that is not less than 1Kbps, then among the following, the minimum value of the signal to noise ratio must be: Select one: A. None of the mentioned choices is correct B. 1023 C. 511 D. 15 E. 31 F. 127 G. 255 H. 63If the received signal level for a particular digital system is -151 dBW and the receiversystem effective noise temperature is 1500 K, what is Eb/N0 for a link transmitting2400 bps?Assume that a voice channel occupies a bandwidth of 8 kHz. We need to multiplex 10 voice channels with guard bands of 1000 Hz using FDM. Calculate the required bandwidth
- For an 8-PSK system, operating with an information bit rate of 24kbps determine baud, minimum bandwidth and bandwidth efficiency.For a ______ channel, we need to use the Shannon capacity to find the maximum bit rate.Given a bandwidth of 10,000 Hz (1000 to 11,000 Hz), draw the full-duplex ASK diagram of the system. Find the carriers and the bandwidths in each direction. Assume there is no gap between the bands in the two direction.