Hi guy i have a question regarding digital fundamentals plss help ))

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SUMMARY

The discussion focuses on how to implement an XOR gate using three 2-input logic gates, specifically avoiding the use of XOR and XNOR gates. Participants suggest using a combination of NAND, OR, and AND gates, as well as NOR gates. The definitive solution presented is to utilize two NOR gates and one AND gate to achieve the desired functionality of an XOR gate.

PREREQUISITES
  • Understanding of basic digital logic design
  • Familiarity with logic gate functions (AND, OR, NOR, NAND)
  • Knowledge of truth tables and logical equivalences
  • Experience with circuit design and simplification techniques
NEXT STEPS
  • Research the implementation of XOR functionality using NAND gates
  • Explore the properties and applications of NOR gates in digital circuits
  • Learn about combinational logic design techniques
  • Study truth tables for various logic gate combinations
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Students of digital electronics, circuit designers, and engineers interested in logic gate implementations and digital circuit optimization.

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hi guy i have a question regarding digital fundamentals plss help:)))

Show how ONE XOR gate can be replaced by THREE 2-input logic gates.You are allowed to use any logic gate except XOR and XNOR logic gates...anybody can solve this?:))
 
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Don't know, but what happens if you feed the inputs into a NAND and an OR and then feed their outputs into an AND?
 


You can do it with 2 NORs and an AND gate.
 

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