Question
a.
0
b.
1
c.
10
d.
11
Posted under Networking
Engage with the Community - Add Your Comment
Confused About the Answer? Ask for Details Here.
Know the Explanation? Add it Here.
Q. In asynchronous transmission, we send one start bit that is
Similar Questions
Discover Related MCQs
Q. Line coding converts a sequence of
View solution
Q. Line coding, block coding and scrambling are the techniques of converting the
View solution
Q. The actual bandwidth of a digital signal is infinite, the effective band width would be
View solution
Q. The technique that is most common to change an analog signal to digital data is
View solution
Q. The 8BIlOB block coding is a combination of
View solution
Q. In 8B6T, the minimum bandwidth is very close to
View solution
Q. What would be the minimum bandwidth of Manchester and differential Manchester?
View solution
Q. The inverse of the sampling interval is called the
View solution
Q. A signal cannot be sampled with an
View solution
Q. In alternate mark inversion, mark means
View solution
Q. A telephone line cannot pass frequencies below
View solution
Q. A term that refers to a code that is generated to detect some or all of errors occurred during transmission is
View solution
Q. A sequence that creates the constant zero voltage does not have a
View solution
Q. In 8B6T, each signal pattern has a weight of 0 or
View solution
Q. For Pulse Code Modulation (PCM), the quantization error is much greater than
View solution
Q. Baud rate is the number of
View solution
Q. MLT-3 schemes uses three levels
View solution
Q. Block coding is normally referred to as mBlnB coding; it replaces each m-bit group with an
View solution
Q. The change or lack of change in the level of the voltage determines the value of the bit is known as
View solution
Q. Which technique is always needed in digital to digital conversion
View solution
Suggested Topics
Are you eager to expand your knowledge beyond Networking? We've curated a selection of related categories that you might find intriguing.
Click on the categories below to discover a wealth of MCQs and enrich your understanding of Computer Science. Happy exploring!