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Analog Electronics for Beginners – Diodes & Capacitors

IT & Software

Rating4.8
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Analog Electronics for Beginners – Diodes & Capacitors, available at $69.99, has an average rating of 4.75, with 47 lectures, 3 quizzes, based on 51 reviews, and has 620 subscribers.

You will learn about 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 This course is ideal for individuals who are Anyone who is interested in electronics or Those who are curious to learn simulation software or Beginner who wants to start his/her career in electronics or Students who want to make career in Analog circuit Design or Work on Projects or Electrical and electronic engineering students or Those who are curious to learn arduino or Beginner who wants to perceive his career in VLSI domain or Electronic Engineers or Electrical Engineers or Biomedical Engineers or Instrumentation Engineers It is particularly useful for Anyone who is interested in electronics or Those who are curious to learn simulation software or Beginner who wants to start his/her career in electronics or Students who want to make career in Analog circuit Design or Work on Projects or Electrical and electronic engineering students or Those who are curious to learn arduino or Beginner who wants to perceive his career in VLSI domain or Electronic Engineers or Electrical Engineers or Biomedical Engineers or Instrumentation Engineers.

Enroll now: Analog Electronics for Beginners – Diodes & Capacitors

Summary

Title: Analog Electronics for Beginners – Diodes & Capacitors

Price: $69.99

Average Rating: 4.75

Number of Lectures: 47

Number of Quizzes: 3

Number of Published Lectures: 47

Number of Published Quizzes: 3

Number of Curriculum Items: 50

Number of Published Curriculum Objects: 50

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will 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

Who Should Attend

  • 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
  • Electronic Engineers
  • Electrical Engineers
  • Biomedical Engineers
  • Instrumentation Engineers

Target Audiences

  • 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
  • Electronic Engineers
  • Electrical Engineers
  • Biomedical Engineers
  • Instrumentation Engineers

This course is ideal for Electrical, Electronics, Instrumentation, Biomedical, and Robotic Engineering Students.

Before enrolling in the course I expect that you must have a good idea about current electricity, semiconductors, etc. If you don’t have any idea about it then you can enroll in the rest of my courses which deal 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 the Medical field, all of these fields are interrelated with each other.  During pandemics, people use 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:-

  1. Revision of diodes (studied in course 2)

  2. The behavior of diode in reverse bias and in forward bias condition

  3. Introduction to Electric Circuit Studio software (Available on mobile and on Desktop as well)

  4. Diode characteristics and Shockley’s equation

  5. Modeling of diode

  6. Working of diodes and diode circuits (Basic and challenging circuits)

  7. Clipper Circuits (diode as full-wave and half-wave rectifier)

  8. Tips and tricks to solve complex diode circuits

  9. Capacitors and it’s uses in-circuit designing

  10. Clamper circuits

  11. Working of Zener diode and its uses in-circuit

I 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 versions. So those who don’t have good processors in their laptops to run software like Proteus or Multisimor those who want to learn and simulate circuits on mobile while they are traveling 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 workings of the diodes and their real-life examples.

  • You will get acquainted with the workings of the diode circuits.

  • You will learn how to simulate the circuits on the Electric Circuit Studio software.

  • You will understand wave shaping circuits and

  • Many more concepts that I’m not revealing here.

So do join the course. I hope you will surely enjoy the course.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Brief Introduction

Chapter 2: Software Installation

Lecture 1: Software Installation on desktop

Lecture 2: Software Installation on smartphone

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

Lecture 1: Conditions to operate diode in forward and reverse bias

Lecture 2: Introduction to circuit simulation software & simulation of basic diode circuits

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

Lecture 1: V-I characteristic of p-n junction diode

Lecture 2: Understanding Shockley's Equation

Chapter 5: Modelling of p-n junction diode diode

Lecture 1: Diode Modelling

Lecture 2: What is Dynamic Resistance of Diode?

Lecture 3: Course Feedback

Chapter 6: Basic numericals on p-n junction diode

Lecture 1: Analysis of numerical-1

Lecture 2: Simulation of numerical-1

Lecture 3: Analysis of numerical-2

Lecture 4: Simulation of numerical-2

Lecture 5: Analysis of numerical-3

Lecture 6: Simulation of numerical-3

Lecture 7: Course Feedback

Chapter 7: Biased Clipper circuits

Lecture 1: Analysis of numerical – 1

Lecture 2: Simulation of numerical – 1

Lecture 3: Analysis of numerical – 2

Lecture 4: Simulation of numerical – 2

Lecture 5: Analysis of numerical – 3

Lecture 6: Simulation of numerical – 3

Lecture 7: Analysis and simulation of numerical – 4

Lecture 8: Course Feedback

Chapter 8: Clipper Circuits

Lecture 1: Introduction to clipper circuits

Chapter 9: Basic Numericals on Clipper Circuits

Lecture 1: Analysis of numerical – 1

Lecture 2: Simulation of numerical – 1

Lecture 3: Analysis of numerical – 2

Lecture 4: Simulation of numerical – 2

Chapter 10: Challenging numericals on clipper circuits

Lecture 1: Analysis of numerical – 1

Lecture 2: Simulation of numerical – 1

Lecture 3: Analysis of numerical – 2 (part – 1)

Lecture 4: Analysis of numerical – 2 (part – 2)

Lecture 5: Simulation of numerical – 2

Lecture 6: Analysis of numerical – 3

Lecture 7: Simulation of numerical – 3

Lecture 8: Course Feedback

Chapter 11: Capacitors

Lecture 1: Introduction to capacitors

Lecture 2: Working, Charging & Discharging of capacitors

Lecture 3: Why capacitor blocks DC signal and passes AC signal?

Chapter 12: Clamper Circuits

Lecture 1: Introduction to clamper circuit and negative clamper circuit

Lecture 2: Positive Clamper Circuit

Lecture 3: Simulation of Clamper Circuit

Lecture 4: Course Feedback

Chapter 13: Extra Resources

Lecture 1: Bonus Lecture

Instructors

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  • 2 stars: 1 votes
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  • 4 stars: 11 votes
  • 5 stars: 39 votes

Frequently Asked Questions


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