Q4// Answer Two for the following questions. 1- Design magnitude comparator circuit, that has two inputs A (2-bit) and B (2-bit) and one output F (1-bit). The output (F) will be high when the input A is greater than input B (A>B). 2-Design a logic circuit that adds three numbers A, B and C of 2-bits, using Full Adder (F.A) blocks only. 3- If the waveforms shown in figure below are applied as inputs to a 2-bit comparator, draw the three output waveforms of the comparator (G= (A>B), E= (A=B), L= (A
Q4// Answer Two for the following questions. 1- Design magnitude comparator circuit, that has two inputs A (2-bit) and B (2-bit) and one output F (1-bit). The output (F) will be high when the input A is greater than input B (A>B). 2-Design a logic circuit that adds three numbers A, B and C of 2-bits, using Full Adder (F.A) blocks only. 3- If the waveforms shown in figure below are applied as inputs to a 2-bit comparator, draw the three output waveforms of the comparator (G= (A>B), E= (A=B), L= (A
Chapter22: Sequence Control
Section: Chapter Questions
Problem 6SQ: Draw a symbol for a solid-state logic element AND.
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Transcribed Image Text:Q4// Answer Two for the following questions.
1- Design magnitude comparator circuit, that has two inputs A (2-bit) and B (2-bit) and one
output F (1-bit). The output (F) will be high when the input A is greater than input B (A>B).
2-Design a logic circuit that adds three numbers A, B and C of 2-bits, using Full Adder (F.A)
blocks only.
3- If the waveforms shown in figure below are applied as inputs to a 2-bit comparator, draw
the three output waveforms of the comparator (G= (A>B), E= (A=B), L= (A<B))
Ao
A1
Во
%3D
B1
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