Question
a.
polar
b.
bipolar
c.
unipolar
d.
all of the above
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 ______ schemes, the voltages are on the both sides of the time axis. For example, the voltage level for 0 can be positive and the voltage level for 1 can be negative.
Similar Questions
Discover Related MCQs
Q. In _____, the level of the voltage determines the value of the bit.
View solution
Q. In ______, the change or lack of change in the level of the voltage determines the value of the bit.
View solution
Q. The idea of RZ and the idea of NRZ-L are combined into the ________ scheme.
View solution
Q. The idea of RZ and the idea of NRZ-I are combined into the ________ scheme.
View solution
Q. In _______ encoding, the duration of the bit is divided into two halves. The voltage remains at one level during the first half and moves to the other level in the second half. The transition at the middle of the bit provides synchronization.
View solution
Q. In ___________ there is always a transition at the middle of the bit, but the bit values are determined at the beginning of the bit. If the next bit is 0, there is a transition; if the next bit is 1, there is none.
View solution
Q. In Manchester and differential Manchester encoding, the transition at the middle of the bit is used for __________.
View solution
Q. The minimum bandwidth of Manchester and differential Manchester is ____ that of NRZ.
View solution
Q. In _______encoding, we use three levels: positive, zero, and negative.
View solution
Q. The _____ scheme uses data patterns of size 2 and encodes the 2-bit patterns as one signal element belonging to a four-level signal.
View solution
Q. The ______ scheme uses three levels (+V, 0, and -V) and three transition rules to move between the levels.
View solution
Q. ______ substitutes eight consecutive zeros with 000VB0VB.
View solution
Q. ______ substitutes four consecutive zeros with 000V or B00V.
View solution
Q. ASK, PSK, FSK, and QAM are examples of ________ conversion.
View solution
Q. AM and FM are examples of ________ conversion.
View solution
Q. In QAM, both ________ of a carrier frequency are varied.
View solution
Q. If the baud rate is 400 for a QPSK signal, the bit rate is ________ bps.
View solution
Q. If the bit rate for an ASK signal is 1200 bps, the baud rate is ________.
View solution
Q. If the bit rate for an FSK signal is 1200 bps, the baud rate is ________.
View solution
Q. If the bit rate for a 16-QAM signal is 4000 bps, what is the baud rate?
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!