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Problem_#01] For the two bit comparator shown below, determine the output waveform for the A=B pin, given the input shown. Ao A₁ Bo B₁ A₁ Bo B₁ COMP A 潤 A = B B I

Problem_#01] For the two bit comparator shown below, determine the output waveform for the A=B pin, given the input shown. Ao A₁ Bo B₁ A₁ Bo B₁ COMP A 潤 A = B B I

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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**Problem #01** For the two-bit comparator shown below, determine the output waveform for the A=B pin, given the input shown. ### Explanation of Diagram The diagram consists of two main parts: a series of input waveforms and a comparator block. #### Input Waveforms: - The diagram on the left shows four square waveforms labeled A0, A1, B0, and B1. - Each waveform represents a binary signal changing over time. - These waveforms need to be analyzed to determine when the two-bit binary numbers (A0A1 and B0B1) are equal. #### Comparator Block: - On the right is a block labeled "COMP" which represents a comparator circuit. - It has two sets of inputs: A (consisting of A0 and A1) and B (consisting of B0 and B1). - The comparator compares the binary numbers A0A1 and B0B1. - The output is labeled A=B, and it indicates when the two binary numbers are equal. ### Task: - Based on the input waveforms, identify the segments where A=B to determine the output waveform for the A=B pin.
Transcribed Image Text:**Problem #01** For the two-bit comparator shown below, determine the output waveform for the A=B pin, given the input shown. ### Explanation of Diagram The diagram consists of two main parts: a series of input waveforms and a comparator block. #### Input Waveforms: - The diagram on the left shows four square waveforms labeled A0, A1, B0, and B1. - Each waveform represents a binary signal changing over time. - These waveforms need to be analyzed to determine when the two-bit binary numbers (A0A1 and B0B1) are equal. #### Comparator Block: - On the right is a block labeled "COMP" which represents a comparator circuit. - It has two sets of inputs: A (consisting of A0 and A1) and B (consisting of B0 and B1). - The comparator compares the binary numbers A0A1 and B0B1. - The output is labeled A=B, and it indicates when the two binary numbers are equal. ### Task: - Based on the input waveforms, identify the segments where A=B to determine the output waveform for the A=B pin.
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