Analog and Digital C - Conclusion of logic Gate Function realization, undefined for Analog and Digital C. Vellore Institute of Technology (VIT) University

Analog and Digital C

Description: In this document topics covered which are Two-Level Combinational Logic, Motivation, Chapter Overview, Boolean Algebra, From Expressions to Gates, Logic Functions.
Showing pages  1  -  4  of  94
No. 2-1
Chapter #2: Two-Level Combinational Logic
No. 2-2
Rapid prototyping technology
Use of computer aided design tools: espresso
Design Techniques that Spanning Multiple Technologies
Transistor-Transistor Logic (TTL)
Complementary Metal on Oxide Silicon (CMOS)
Multiple Design Representations
Truth Tables
Static gate descriptions
Dynamic waveform descriptions
Further Amplification on the Concepts of Chapter #1:
No. 2-3
Chapter Overview
Logic Functions and Switches
Gate Logic
Laws and Theorems of Boolean Algebra
Two Level Canonical Forms
Incompletely Specified Functions
Two Level Simplification
Boolean Cubes
Karnaugh Maps
Quine-McClusky Method
Espresso Method
No. 2-4
Logic Functions: Boolean Algebra
is Algebraic structure consisting of:
set of elements B
binary operations {+, }
unary operation {'}
such that the following axioms hold:
1. B contains at least two elements, a, b, such that ab
2. Closure a,b in B,
(i) a + b in B
(ii) a b in B
3. Commutative Laws: a,b in B,
(i) a + b = b + a
(ii) a b = b a
4. Identities: 0, 1 in B
(i) a + 0 = a
(ii) a 1 = a
5. Distributive Laws:
(i) a + (b c) = (a + b) (a + c)
(ii) a (b + c) = a b + a c
6. Complement:
(i) a + a' = 1
(ii) a a' = 0
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University: Vellore Institute of Technology (VIT) University
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