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ECE 1315

ECE 1315. LAB PROCEDURES. Implementing Logic Functions. Given a Logic Function in Two Binary Variables: f(X 1 ,X 0 ) = X 1 AND X 0 Mathematically written: f = X 1 * X 0 Symbolically Written:. Truth Table for f. Generating a Truth Table for: f = X 1 *X 0.

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ECE 1315

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  1. ECE 1315 LAB PROCEDURES

  2. Implementing Logic Functions • Given a Logic Function in Two Binary Variables: f(X1,X0) = X1 AND X0 • Mathematically written: f = X1 * X0 • Symbolically Written:

  3. Truth Table for f • Generating a Truth Table for: f = X1 *X0

  4. Hardware Implementation: • BreadBoard Layout:

  5. LogiScan Socket • Inserting LogiScan Socket GENTLY!!:

  6. AND Chip • 74LS08 Chip

  7. Inserting the AND Chip:Fo = Xo*X1

  8. A More Difficult Function: f(X1,X0) = 1, if X1= 1 OR X0=0 = 0, Else

  9. Design and Implement • Algebraically, our function is Logic 1 when X1 is 1 or Xo is Logic 0, so: f(X1,X0) = X1 + X0’ • Symbolically:

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