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Lecture 2: Combinational Logic Design

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Chapter 3 Simplification of Switching Functions

Chapter 3 Simplification of Switching Functions. Simplification Goals. Goal -- minimize the cost of realizing a switching function Cost measures and other considerations Number of gates Number of levels Gate fan in and/or fan out Interconnection complexity Preventing hazards

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Digital Design and Computer Architecture , 2 nd Edition

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Introduction Boolean Equations Boolean Algebra From Logic to Gates Multilevel Combinational Logic

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Digital Logic & Design Vishal Jethva Lecture 09

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COMP211 Computer Logic Design Lecture 3. Combinational Logic 1

COMP211 Computer Logic Design Lecture 3. Combinational Logic 1. Prof. Taeweon Suh Computer Science Education Korea University. Introduction. A logic circuit is composed of: Inputs Outputs Functional specification Timing specification. Circuits. Nodes Inputs: A , B , C

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Analysis of Logic Circuits Example 1

Analysis of Logic Circuits Example 1. Evaluating Boolean Expression. The expression Assume and Expression Conditions for output = 1 X=0 & Y=0 Since X=0 when A=0 or B=1 Since Y=0 when A=0, B=0, C=1 and D=1. Evaluating Boolean Expression & Truth Table.

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Digital Logic Design

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Lecture No. 9

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4. Karnaugh Maps and Circuits

4. Karnaugh Maps and Circuits. Objective: To know how to simplify switching functions by Karnaugh maps, To understand what are the combinative and sequential circuits, To know the characteristics of the integrated circuits. 4.1 Simplification of Switching Functions. Why simplify and optimize?

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