12 Questions
What happens when clock slippage occurs in a data communication link?
The receiver may sample the data at incorrect times.
How does clock slippage affect data integrity over time?
It may cause some bits to be misinterpreted or completely lost.
Which technique is commonly used to mitigate clock slippage in data communication links?
Clock recovery circuits
In asynchronous transmission, how is data sent?
Data is sent one byte at a time.
What role do start and stop bits play in asynchronous transmission?
Start bits indicate the beginning of a byte while stop bits mark the end.
How does clock slippage impact the interpretation of noise in data transmission?
Clock slippage can lead to noise being misinterpreted as data transitions.
What differentiates asynchronous transmission from synchronous transmission?
Asynchronous transmission adds start and stop bits for each byte, unlike synchronous transmission.
In synchronous transmission, what issue can arise due to clock slippage?
Duplication of bits during data detection
Which statement is true regarding asynchronous transmission?
It sends data in a continuous stream without start and stop bits.
What is a characteristic of synchronous transmission that makes it more complex than asynchronous transmission?
It needs both sender and receiver to maintain a constant pace using shared timing.
Why is synchronous transmission more efficient in terms of data throughput compared to asynchronous transmission?
It maintains a constant pace without the need for start and stop bits.
What happens when clock slippage occurs in synchronous transmission?
Duplication of bits during data detection
Learn about clock slippage in data communication where timing between transmitting and receiving ends becomes unsynchronized. Discover the importance of synchronizing clocks for correct data sampling and potential errors caused by clock slippage.
Make Your Own Quizzes and Flashcards
Convert your notes into interactive study material.
Get started for free
