Podcast
Questions and Answers
What happens when clock slippage occurs in a data communication link?
What happens when clock slippage occurs in a data communication link?
- Clock slippage has no impact on data interpretation.
- The receiver's clock is perfectly synchronized with the transmitter's clock.
- The receiver samples the data at correct times.
- The receiver may sample the data at incorrect times. (correct)
How does clock slippage affect data integrity over time?
How does clock slippage affect data integrity over time?
- It leads to a precise alignment of data bits.
- It may cause some bits to be misinterpreted or completely lost. (correct)
- It enhances data integrity by introducing diversity in sampling.
- Clock slippage has no long-term impact on data integrity.
Which technique is commonly used to mitigate clock slippage in data communication links?
Which technique is commonly used to mitigate clock slippage in data communication links?
- Bit inversion algorithms
- Data compression techniques
- Noise amplification circuits
- Clock recovery circuits (correct)
In asynchronous transmission, how is data sent?
In asynchronous transmission, how is data sent?
What role do start and stop bits play in asynchronous transmission?
What role do start and stop bits play in asynchronous transmission?
How does clock slippage impact the interpretation of noise in data transmission?
How does clock slippage impact the interpretation of noise in data transmission?
What differentiates asynchronous transmission from synchronous transmission?
What differentiates asynchronous transmission from synchronous transmission?
In synchronous transmission, what issue can arise due to clock slippage?
In synchronous transmission, what issue can arise due to clock slippage?
Which statement is true regarding asynchronous transmission?
Which statement is true regarding asynchronous transmission?
What is a characteristic of synchronous transmission that makes it more complex than asynchronous transmission?
What is a characteristic of synchronous transmission that makes it more complex than asynchronous transmission?
Why is synchronous transmission more efficient in terms of data throughput compared to asynchronous transmission?
Why is synchronous transmission more efficient in terms of data throughput compared to asynchronous transmission?
What happens when clock slippage occurs in synchronous transmission?
What happens when clock slippage occurs in synchronous transmission?
