Digital Electronics: Combinational Circuits

Digital Electronics: Combinational Circuits, available at $19.99, with 16 lectures, and has 4 subscribers.

You will learn about Adder, Subtractor Decoder, Encoder Multiplexer, Demultiplexer Designing larger Multiplexer from smaller Multiplexer This course is ideal for individuals who are Engineering students It is particularly useful for Engineering students.

Enroll now: Digital Electronics: Combinational Circuits

Summary

Title: Digital Electronics: Combinational Circuits

Price: $19.99

Number of Lectures: 16

Number of Published Lectures: 16

Number of Curriculum Items: 16

Number of Published Curriculum Objects: 16

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Adder, Subtractor
Decoder, Encoder
Multiplexer, Demultiplexer
Designing larger Multiplexer from smaller Multiplexer

Who Should Attend

Engineering students

Target Audiences

Engineering students

Logic circuits can be Combinational or Sequential.

Combinational Circuits are circuits made up of different types of logic gates. A logic gate is a basic building block of any electronic circuit. The output of the combinational circuit depends on the input present at any given time. The circuits do not make use of any memory or storage device.

Sequential Circuits are designed using logic gates and memory or storage devices. The output of the sequential circuit depends on present input and previous output.

Feedback path is present in sequential circuit, where as no feedback path in combinational circuit.

The design procedure of a combinational circuit is

1) From the specifications of the combinational circuit, identify the number of inputs and number off outputs and assign a symbol to each input and output.

2) Derive the truth table

3) Find the simplified Boolean function of each output as a function of the input variables.

4) Draw the logic diagram according to the simplified Boolean expressions of output variables.

In this course, I have explained the following concepts.

Half adder, Full adder, Parallel adder

Half subtractor, Full subtractor, Parallel subtractor

Decoder, Encoder

Multiplexer, Demultiplexer

Designing larger Multiplexer from smaller Multiplexer

Designing larger DeMultiplexer from smaller DeMultiplexer

Designing larger Decoder from smaller Decoder

Course Curriculum

Chapter 1: Introduction

Lecture 1: XOR gate: Part 1

Chapter 2: Combinational Circuits

Lecture 1: Half Adder

Lecture 2: Full Adder

Lecture 3: Parallel Adder

Lecture 4: Half Subtractor

Lecture 5: Full Subtractor

Lecture 6: Parallel Subtractor

Lecture 7: Decoder

Lecture 8: Encoder

Lecture 9: Multiplexer: Part 1

Lecture 10: Multiplexer: Part 2

Lecture 11: Multiplexer: Part 3

Lecture 12: Demultiplexer

Lecture 13: Designing larger Mux from smaller Mux

Lecture 14: Designing Larger Demux from Smaller Demus

Lecture 15: Designing larger Decoder from smaller Decoder

Instructors

Koti Reddy
GATE ECE Faculty

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