Start and stop bits do not contain an "information", but are used in serial communication for"
Start and stop bits do not contain an "information", but are used in serial communication for"
The correct option is C Synchronization
Start and stop bits do
not contain an "information", but are used in serial communication
for synchronization.
The stop bit is used to signal the end of a frame.
The data is contained in the data bits and
the parity bit is
an extra bit that
is often used to detect transmission errors. Asynchronous serial protocols usually require that
information bits be
transmitted at regular time intervals.
The start and stop bits are
used in asynchronous communication as a means of timing or synchronizing the
data characters being transmitted. Without the use of these bits, the sending and receiving systems will not know where one character ends
and another begins.
Serial communicationis the process of
sending data one
bit at a time, sequentially, over a communication channel or computer bus. This is in
contrast to parallel communication, where several bits are sent as a whole, on a
link with several parallel channels.
Start and stop bits do not contain an "information", but are used in serial communication for synchronization.
The stop bit is used to signal the end of a frame. The data is contained in the data bits and the parity bit is an extra bit that is often used to detect transmission errors. Asynchronous serial protocols usually require that information bits be transmitted at regular time intervals.
The start and stop bits are used in asynchronous communication as a means of timing or synchronizing the data characters being transmitted. Without the use of these bits, the sending and receiving systems will not know where one character ends and another begins.
Serial communicationis the process of sending data one bit at a time, sequentially, over a communication channel or computer bus. This is in contrast to parallel communication, where several bits are sent as a whole, on a link with several parallel channels.
