The output SQNR of a 10-bit PCM was found to be insfficient at 30 dB. To achieve the desired SNR of 42 dB, it was decided to increase the number of quantization levels L. Find the fractional increase in the transmission bandwidth required for this increase in L.
The output SQNR of a 10-bit PCM was found to be insfficient at 30 dB. To achieve the desired SNR of 42 dB, it was decided to increase the number of quantization levels L. Find the fractional increase in the transmission bandwidth required for this increase in L.
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![The output SQNR of a 10-bit PCM was found to be insfficient at
30 dB. To achieve the desired SNR of 42 dB, it was decided to increase the number
of quantization levels L. Find the fractional increase in the transmission bandwidth
required for this increase in L.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff0412fd0-4bb1-46d3-b9e0-4499f1d5339e%2F2964f899-84b8-401a-b16c-398c1be70e04%2Fqwjn1h_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The output SQNR of a 10-bit PCM was found to be insfficient at
30 dB. To achieve the desired SNR of 42 dB, it was decided to increase the number
of quantization levels L. Find the fractional increase in the transmission bandwidth
required for this increase in L.
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