Your job at X Corporation is to design a "not equal" circuit for N-bit binary numbers. Since you know that your boss will want many of these in different sizes, you decide to build a one-bit “not equal" circuit that you can cascade to make any size you need. Design this circuit using only NOR gates ( and inverters) and show how to wire up three of them to form a 3-bit “not equal" circuit. Once you build your one-bit version, you can use only copies that to build the 3-bit version. No other gates outside your design can be used. Clearly label all inputs to your circuit and also clearly show how you wire up the two 3-bit numbers that you will compare. You should have one output labeled “NOT-EQUAL" that will be 1 when the two numbers are not equal and 0 otherwise.

Your job at X Corporation is to design a "not equal" circuit for N-bit binary numbers. Since you know that your boss will want many of these in different sizes, you decide to build a one-bit “not equal" circuit that you can cascade to make any size you need. Design this circuit using only NOR gates ( and inverters) and show how to wire up three of them to form a 3-bit “not equal" circuit. Once you build your one-bit version, you can use only copies that to build the 3-bit version. No other gates outside your design can be used. Clearly label all inputs to your circuit and also clearly show how you wire up the two 3-bit numbers that you will compare. You should have one output labeled “NOT-EQUAL" that will be 1 when the two numbers are not equal and 0 otherwise.

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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