Consider an adder that adds two numbers. The decimal equivalent of the two input numbers is entered to the adder and then addition is performed. The result of the addition is represented using a 6-bit binary number system and stored in the internal memory of the adder. The binary number stored in the memory is then converted back to the decimal number system and displayed as the output of the adder. Data inputs Data output A B Adder Circuit Y If A is 4810, then what is the maximum possible value for B to avoid overflow error? 10
Consider an adder that adds two numbers. The decimal equivalent of the two input numbers is entered to the adder and then addition is performed. The result of the addition is represented using a 6-bit binary number system and stored in the internal memory of the adder. The binary number stored in the memory is then converted back to the decimal number system and displayed as the output of the adder. Data inputs Data output A B Adder Circuit Y If A is 4810, then what is the maximum possible value for B to avoid overflow error? 10
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:Consider an adder that adds two numbers.
The decimal equivalent of the two input numbers is entered to the adder and then addition is performed.
The result of the addition is represented using a 6-bit binary number system and stored in the internal memory of the adder.
The binary number stored in the memory is then converted back to the decimal number system and displayed as the output of the adder.
Data inputs
Data output
A
B
Adder
Circuit
Y
If A is 4810, then what is the maximum possible value for B to avoid overflow error?
10
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