Analog And Digital Communication: Complete Guide

Modulation techniques, Transmitters, Receivers, Digital modulation techniques

What you'll learn

Insights about basic concepts about communication system and various Analog Modulation Techniques

Comprehend the knowledge about functionalities of radio transmitters and receivers and its noise performance

Enhance the knowledge about transmitting and detecting digital data. Also learn about matched filter and analysis system based on ISI and eye pattern

Learn about various passband system such as BPSK, BFSK, and M-ary signalling. Also determine its probability of error

Requirements

No prerequisites needed. Basic mathematics knowledge is enough.

Description

Welcome to Analog and Digital Communication: Complete GuideIn this course, we’ll take a deep dive into the fundamental concepts that power today’s communication systems. We'll start by understanding how analog communication works—covering key ideas like signal representation, amplitude and frequency modulation, and the role of noise in transmission. Basics of radio transmitters and receivers for both AM and FM modulation are also discussed. Once we’ve built that foundation, we’ll shift our focus to digital communication—a technology that’s at the heart of everything from mobile phones to the internet. We’ll explore how analog signals are converted into digital form through sampling and quantization, and then look at various digital modulation techniques like FSK, PSK, and QAM. Probability error calculation enhances the ability of the learner to compare the techniques and find their best usage in various applications. Throughout the course, we will guide you in connecting theory with real-world applications. Whether you're aiming for a career in electronics, telecommunications, or embedded systems, this course will give you the strong conceptual grounding you need. Our goal is to make the basics strong and motivate the learners to enhance their learning based on that.Get ready to explore, question, and understand how information travels from one point to another—both in analog and digital worlds.Let’s get started!

Overview

Section 1: Analog Modulation

Lecture 1 Introduction

Lecture 2 Amplitude Modulation

Lecture 3 Generation and Detection of AM

Lecture 4 Angle Modulation

Lecture 5 Generation and Detection of FM

Section 2: Radio Transmitters and Receivers

Lecture 6 AM Transmitters

Lecture 7 FM transmitters

Lecture 8 Receivers

Lecture 9 AM and FM Receiver

Lecture 10 Noises in AM

Lecture 11 Noises in FM

Section 3: Digital Modulation

Lecture 12 Pulse Modulation

Lecture 13 PCM

Lecture 14 DPCM and DM

Lecture 15 ISI and Eye Pattern

Lecture 16 Matched Filter

Section 4: Passband Transmission

Lecture 17 Introduction

Lecture 18 BPSK and DPSK

Lecture 19 QPSK and OQPSK

Lecture 20 BFSK and M-ary

This course best suits for learners who want to introduce themselves to communication systems. This course give insights about both Analog and Digital Communication systems, making the learner understand the basic fundamentals deeply. It provides the learning essential for aspiring communication engineers