Digital Electronics & Logic Design | Syllabus | College Platform - NITH
Electrical EngineeringEC-211
EC-211core Course
Digital Electronics & Logic Design
4 Credits
5 Modules
Updated 12/31/2024
01
Introduction:
8 Lectures
Analog versus Digital Analog to Digital and Digital to Analog converter circuits;
Number systems and their inter-conversion Binary Arithmetic (Addition Subtraction Multiplication
and Division) Diminished radix and radix compliments; BCD codes Excess-3code Gray code
Hamming code Error Detection and Correction.
02
Logic Gates and Logic Families:
6 Lectures
Digital Logic Gates Various Logic Families: RTL DTL TTL and
ECL; Working and their characteristics; MOS and CMOS devices.
03
Combinational Logic Design:
10 Lectures
:Boolean Algebra Basic Theorems and Properties of Boolean
Algebra Minimization of Logical functions Karnaugh- Map method Sum of Products and Product of
Sums Simplification NAND and NOR implementation Incompletely Specified functions VEM
method Tabulation method Determination of Prime implicants Selection of Essential Prime
implicants Iterative Consensus & Generalized Consensus method for minimization of Multiple
Output Switching functions Determination of Prime implicants Selection of Essential Prime
implicants and finding a minimal cover Design of Combinational circuits with examples.
04
MSI and PLD Components:
6 Lectures
Binary Adder and Subtractor; Decoders and Encoders;
Multiplexers and DE-Multiplexers circuits; Read Only Memory Programmable Logic Arrays
Programmable Array Logic; Implementation of Combinatorial Logic using these devices.
05
Sequential Logic Design:
7 Lectures
Introduction and Classification of Sequential circuits Flip-flops:
Truth Table & Excitation Table of flip-flops Inter conversion of flip-flops Design of Synchronous
& Asynchronous Sequential circuits Registers and Counters