Question
a.
high cost circuit
b.
low cost circuits
c.
complements
d.
borrows
Posted under Digital Logic Design
Engage with the Community - Add Your Comment
Confused About the Answer? Ask for Details Here.
Know the Explanation? Add it Here.
Q. The subtraction of binary numbers can be done conveniently with
Similar Questions
Discover Related MCQs
Q. Carry generator in full adder has expression i.e.
View solution
Q. 2^9 nine input circuit would have
View solution
Q. One that is not the outcome of magnitude comparator is
View solution
Q. IC decoders are made with
View solution
Q. The sum of two n-bit binary numbers can be generated as
View solution
Q. The ROM is a device that includes both the decoder and?
View solution
Q. 4 to 1 mux would have
View solution
Q. Discrete quantities of information are represented in digital system with
View solution
Q. The limiting factor on a speed of parallel adder is
View solution
Q. A multiplexer is also called as a
View solution
Q. BCD adder can be constructed with 3 Integrated circuits (IC) packages each of
View solution
Q. The two input multiplexer would have
View solution
Q. Multiplexing means transmitting a large number of information units over
View solution
Q. An integrated circuits with internal logic gates connected through electronic fuses is called
View solution
Q. A circuit that compares two numbers and determine their magnitude is called
View solution
Q. Addition and subtraction can be combined in one circuit with one common binary
View solution
Q. The problem of carry propagation delay was resolved by
View solution
Q. A procedure that specifies finite set of steps is called
View solution
Q. The time takes to carry and propagate through full adder is called
View solution
Q. The blowing of the fuses are referred to as ROM's
View solution
Suggested Topics
Are you eager to expand your knowledge beyond Digital Logic Design? 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!