Foundation Course On Analog Electronics

Learn Basics of Analog Electronics, Specially Designed for Electronics, Biomedical, Electrical & Robotics Engineers

What you'll learn
Analog Electronics: Lab based course truly for Engineers and those who want to learn electronics from scratch
Working of diodes and diode circuits
Behaviour of diode in reverse bias and in forward bias condition
Modelling of diode
Learn circuit simulation in Electric Circuit Studio Software available on mobile and desktop as well
Clipper Circuits (diode as half wave rectifier)
Clamper circuits
Working of zener diode and its uses in circuit
Capacitors and its uses in circuit designing
Tips and tricks to solve complex diode circuits
Clears fundamental concepts of electronics required to learn transistors, Op-Amps, etc
15+ complex numericals of diodes
Requirements
Basic knowledge of electrical circuits like KVL, KCL, Nodal analysis and circuit theorems) if you don't know this concepts you can enroll in my first course and learn all this concepts.
Basic knowledge of Semiconductors if you don't know this concepts you can enroll in my second course and learn all the concepts.
You should have a desktop or a smartphone and a decent internet connection
Description
Before enrolling in the course I expect that you must be having a good idea about current electricity, semiconductors, etc. If you don't have any idea about it then you can enroll in rest of my courses which deals with all these concepts in depth.Want to learn electronics from scratch, this is the perfect course to start. Analog Electronics is a branch of electronics that is derived from semiconductors and has wide applications in Electronics, Electrical Instrumentation, and Medical field, all of these fields are interrelated to each other.  During pandemics, people used oximeters to check the oxygen level of blood. An oximeter is an electronic device that is a biomedical application. This is just a small example from my side to explain to you the importance of Analog electronics. Thus this course is suitable for Electronics, Biomedical, Robotics, Electrical, and Instrumentation engineering students as well. Below you will get the description of the course. In the previous course, we learned some basic concepts of semiconductors so, from this particular course, we will study analog electronics. Analog electronics is a combination of conductors and semiconductors.This is part-1 of analog electronics and in this course, we will study all the concepts of diodes and capacitors although capacitors don't come in semiconductors it is used in a lot of wave shaping circuits and therefore we will be studying it in this course.@ Roadmap of the course:-Revision of diodes (studied in course-2)The behavior of diode in reverse bias and in forward bias conditionIntroduction to Electric circuit studio software (Available on mobile and on Desktop as well)Diode characteristics and Shockley's equationModeling of diodeWorking of diodes and diode circuits (Basic and challenging circuits)Clipper Circuits (diode as full-wave and half-wave rectifier)Tips and tricks to solve complex diode circuitsCapacitors and it's uses in-circuit designingClamper circuitsWorking of Zener diode and its uses in-circuitI planned to use Proteus software for this course but then changed my decision because Electric Circuit Studio Software is easy to use and absolutely made for beginners and most importantly it is available in mobile as well as in desktop version. So for those who don't have good processors in their laptops to run software like Proteus or Multisim or those who want to learn and simulate circuits on mobile while they are traveling they can also learn both of the things after enrolling in the course. I hope you will surely enjoy the course.@ Outcomes of this course:-You will understand the working of the diodes and its real-life examples.You will get acquainted with the working of the diode circuits.You will learn how to simulate the circuits on the Electric circuit studio software.You will understand wave shaping circuits andMany more concepts which I'm not revealing here.So do join the course. I hope you will surely enjoy the course.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Brief Introduction

Section 2: Software Installation

Lecture 3 Software Installation on desktop

Lecture 4 Software Installation on smartphone

Section 3: Operation of P-N junction diode in forward and reverse bias

Lecture 5 Conditions to operate diode in forward and reverse bias

Lecture 6 Introduction to circuit simulation software & simulation of basic diode circuits

Section 4: V-I Characteristics of p-n junction diode and Shockley's Equation

Lecture 7 V-I characteristic of p-n junction diode

Lecture 8 Understanding Shockley's Equation

Section 5: Modelling of p-n junction diode diode

Lecture 9 Diode Modelling

Lecture 10 What is Dynamic Resistance of Diode?

Section 6: Basic numericals on p-n junction diode

Lecture 11 Analysis of numerical-1

Lecture 12 Simulation of numerical-1

Lecture 13 Analysis of numerical-2

Lecture 14 Simulation of numerical-2

Lecture 15 Analysis of numerical-3

Lecture 16 Simulation of numerical-3

Section 7: Biased Clipper circuits

Lecture 17 Analysis of numerical - 1

Lecture 18 Simulation of numerical - 1

Lecture 19 Analysis of numerical - 2

Lecture 20 Simulation of numerical - 2

Lecture 21 Analysis of numerical - 3

Lecture 22 Simulation of numerical - 3

Lecture 23 Analysis and simulation of numerical - 4

Section 8: Clipper Circuits

Lecture 24 Introduction to clipper circuits

Section 9: Basic Numericals on Clipper Circuits

Lecture 25 Analysis of numerical - 1

Lecture 26 Simulation of numerical - 1

Lecture 27 Analysis of numerical - 2

Lecture 28 Simulation of numerical - 2

Section 10: Challenging numericals on clipper circuits

Lecture 29 Analysis of numerical - 1

Lecture 30 Simulation of numerical - 1

Lecture 31 Analysis of numerical - 2 (part - 1)

Lecture 32 Analysis of numerical - 2 (part - 2)

Lecture 33 Simulation of numerical - 2

Lecture 34 Analysis of numerical - 3

Lecture 35 Simulation of numerical - 3

Section 11: Capacitors

Lecture 36 Introduction to capacitors

Lecture 37 Working, Charging & Discharging of capacitors

Lecture 38 Why capacitor blocks DC signal and passes AC signal?

Section 12: Clamper Circuits

Lecture 39 Introduction to clamper circuit and negative clamper circuit

Lecture 40 Positive Clamper Circuit

Lecture 41 Simulation of Clamper Circuit

Anyone who is interested in electronics,Those who are curious to learn simulation software,Beginner who wants to start his/her career in electronics,Students who want to make career in Analog circuit Design or Work on Projects,Electrical and electronic engineering students,Those who are curious to learn arduino,Beginner who wants to perceive his career in VLSI domain