The signal to noise ratio for a voice grade line is 30.1 dB (decibels) or a power ratio of 1023:1. The maximum achievable data rate on this line whose spectrum ranges from 300 Hz t... The signal to noise ratio for a voice grade line is 30.1 dB (decibels) or a power ratio of 1023:1. The maximum achievable data rate on this line whose spectrum ranges from 300 Hz to 4300 Hz is?
Understand the Problem
The question is asking for the maximum achievable data rate based on a given signal to noise ratio and the frequency spectrum range. The answer requires an application of the Shannon-Hartley theorem or similar concepts in telecommunications to determine the right data rate.
Answer
34000 bps
The final answer is 34000 bps
Answer for screen readers
The final answer is 34000 bps
More Information
Shannon’s theorem calculates the maximum data rate of a communication channel using its bandwidth and signal-to-noise ratio.
Tips
Ensure the correct conversion of dB to a linear scale for the SNR before using in calculations.
Sources
- Find the maximum achievable data rate - GATE Overflow - gateoverflow.in
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