Why should PCM be preferable to DM for encoding analog signals that represent digital data?

Audio CDs encode the music at 44,000 Hz with 16-bit samples.Would it make sense to produce higher-quality audio bysampling at 88,000 Hz with 16-bit samples? What about 44,000Hz with 24-bit samples?

Character devices are typically more efficient at transmitting data than block devices. So, how accurate is this claim?

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Which encoding scheme performs the best? Why is one of them being utilized at such a high data rate while the other is not?

List three methods that may be used to convert analog data into digital format. Can you explain the thinking behind each shift?

PCM encoder converts - * Analog signal to Digital Signal Analog Signal to Digital Data Digital Data to Digital Signal Digital Signal to Analog Signal All are correct The figure below represents the MLT-3 encoding of a data stream. What is the data stream? * +V OV Time -v + 11011011 01011011 01011011 10101100

Suppose we have two operands X and Y, where X = 0x34 and Y = 0xAF. (i) Convert X and Y into 8 bit binary. (ii) What is the result of X-Y ? (iii) What is the result of X AND Y? Give your answer in hexadecimal.

How many bits are required for a one-hot encoding of an eight-state FSM? 1 bit per FSM input 1 bit per FSM output 00