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Computer Engineering
The Magnitude Comparator circuit evaluates two bits and tells you if they are equal (A=B), jective B.2: Magnitude Comparator Circuits. if Less Than (AB) The circuit on the next page shows a simple gnude comparator that can evaluate two bits. The unit can be chained to other similar circuits to evaluate two larger binary numbers. 1. Build the circuit shown below and complete the truth table to show correct operation. A Input A Input B Output AB 11

The Magnitude Comparator circuit evaluates two bits and tells you if they are equal (A=B), jective B.2: Magnitude Comparator Circuits. if Less Than (AB) The circuit on the next page shows a simple gnude comparator that can evaluate two bits. The unit can be chained to other similar circuits to evaluate two larger binary numbers. 1. Build the circuit shown below and complete the truth table to show correct operation. A Input A Input B Output AB 11

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Objective B.2: Magnitude Comparator Circuits. ae Magnitude Comparator circuit evaluates two bits and tells you if they are equal (A=B), Less Than (A<B), or Greater Than (A>B) The circuit on the next page shows a simple tagintude comparator that can evaluate two bits The unit can be chained to other similar circuits to evaluate two larger binary numbers. 1. Build the circuit shown below and complete the truth table to show correct operation. A Input A Input B Output A<B 1 A=B 1 1 1 A>B
Transcribed Image Text:Objective B.2: Magnitude Comparator Circuits. ae Magnitude Comparator circuit evaluates two bits and tells you if they are equal (A=B), Less Than (A<B), or Greater Than (A>B) The circuit on the next page shows a simple tagintude comparator that can evaluate two bits The unit can be chained to other similar circuits to evaluate two larger binary numbers. 1. Build the circuit shown below and complete the truth table to show correct operation. A Input A Input B Output A<B 1 A=B 1 1 1 A>B
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