The fundamentals and implementation of digital electronics are essential to understanding the design and working of consumer/industrial electronics, communications,computers,security and militry equipments.Digital electronics includes many applications in real life.

computers are one of the most complex examples and will make use of numerous,complex circuits.

Digital electronics deals with digital signals to perform various tasks and meet various requirements.It is much economical .

This course is designed and formulated to help students to understand ,solve and design digital logic circuits.this course has detail lecture how to design combinational circuits.

concepts of PLDS, with solved example PROM,PLA,PAL.

from this course students can get the concepts of writing verilog codes.

section1:Introduction to k-maps

*rules of k maps

section 2:structure of k maps

*solved examples

section 3:combinational circuit design

*half adder

*full adder

*half substractor

*full substractor

*multiplexer

*octal to binary encoder

*priority encoder

*comparators 1 bit,2 bit

*bcd to seven segment

*bcd to excess 3

section 4:plds

*prom examples

*pal example

*pla example

After completing this course,the student will have a fundamental understanding of digital logic circuits to design the combinational circuits.students can design plds, and able to write a verilog code for basic circuits.

who should take this course:

students

professionals who are interested in the area of Digital Electronics.

Those who wants to have indepth in Digital Electronics.