a) Design a magnitude digital Comparator that compares two 2-bit unsigned binary numbers find out whether one binary number is equal, less than, or greater than the other binary number. The circuit has two 2-bit inputs A and B respectively and has three outputs, one A>B, one for A = B, and one for A
a) Design a magnitude digital Comparator that compares two 2-bit unsigned binary numbers find out whether one binary number is equal, less than, or greater than the other binary number. The circuit has two 2-bit inputs A and B respectively and has three outputs, one A>B, one for A = B, and one for A
Chapter22: Sequence Control
Section: Chapter Questions
Problem 6SQ: Draw a symbol for a solid-state logic element AND.
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![a) Design a magnitude digital Comparator that compares two 2-bit unsigned binary numbers to
find out whether one binary number is equal, less than, or greater than the other binary
number. The circuit has two 2-bit inputs A and B respectively and has three outputs, one for
A>B, one for A = B, and one for A <B.
b) Validate your design by showing the waveform or timing diagram that reflects the outputs in
terms of variant inputs (three cases).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faedb84ee-2504-4b52-96f1-de1ef17d3e7b%2F17052968-07fc-4e14-90c4-9fb21732424d%2Fdra8q7i_processed.jpeg&w=3840&q=75)
Transcribed Image Text:a) Design a magnitude digital Comparator that compares two 2-bit unsigned binary numbers to
find out whether one binary number is equal, less than, or greater than the other binary
number. The circuit has two 2-bit inputs A and B respectively and has three outputs, one for
A>B, one for A = B, and one for A <B.
b) Validate your design by showing the waveform or timing diagram that reflects the outputs in
terms of variant inputs (three cases).
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