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Electronics : Diode (Part 2) : Diode applications

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Electronics : Diode (Part 2) : Diode applications, available at $49.99, has an average rating of 4.6, with 41 lectures, based on 37 reviews, and has 14037 subscribers.

You will learn about See the Diode from Application point of view. Learn the technique to design Series Negative Clipper with/without applied bias. See how to design Positive Clippers with/without applied bias voltage. Understand the concepts of Shunt Negative/Positive Clippers with/without applied bias voltage. In-depth knowledge about Two-way clipper. Understand diode peak detector circuit, diode clamping circuit in detail. Design voltage doubler and voltage multiplier circuits using diodes. Thoroughly learn how to design Half wave rectifier and understand its quantitative analysis. Learn how we can use it as a battery replacement. Learn Full wave rectifier in detail and understand its analysis quantitatively. Clear your doubts with examples. Understand how we can use diodes as Digital gates. This course is ideal for individuals who are The course is for those who love electronics and love to explore the world of electronics. It is particularly useful for The course is for those who love electronics and love to explore the world of electronics.

Enroll now: Electronics : Diode (Part 2) : Diode applications

Summary

Title: Electronics : Diode (Part 2) : Diode applications

Price: $49.99

Average Rating: 4.6

Number of Lectures: 41

Number of Published Lectures: 41

Number of Curriculum Items: 41

Number of Published Curriculum Objects: 41

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

  • See the Diode from Application point of view.
  • Learn the technique to design Series Negative Clipper with/without applied bias.
  • See how to design Positive Clippers with/without applied bias voltage.
  • Understand the concepts of Shunt Negative/Positive Clippers with/without applied bias voltage.
  • In-depth knowledge about Two-way clipper.
  • Understand diode peak detector circuit, diode clamping circuit in detail.
  • Design voltage doubler and voltage multiplier circuits using diodes.
  • Thoroughly learn how to design Half wave rectifier and understand its quantitative analysis. Learn how we can use it as a battery replacement.
  • Learn Full wave rectifier in detail and understand its analysis quantitatively. Clear your doubts with examples.
  • Understand how we can use diodes as Digital gates.

Who Should Attend

  • The course is for those who love electronics and love to explore the world of electronics.

Target Audiences

  • The course is for those who love electronics and love to explore the world of electronics.

Learn the fundamentals of Diodes and take the first leap to the world of Electronics.this course is basically the 2nd part of Diode course and here we will look at the diode from application point of view and discuss and design different clipper circuits, clamping circuit, rectifiers etc. So lets have a highlight of the entire course quickly-

  • See the Diode from Application point of view.

  • Learn the technique to design Series Negative Clipper.

  • Learn how to design Series Negative Clipper with applied bias.

  • See how to design Positive Clippers with and without applied bias voltage.

  • Understand the concepts of Shunt Negative/Positive Clippers with and without applied bias voltage.

  • In-depth knowledge about Two-way clipper.

  • Solved examples have also been added for further clarification of the concepts.

  • Understand the transfer characteristic of a clipper circuit.

  • Understand diode peak detector circuit, diode clamping circuit in detail.

  • Design voltage doubler and voltage multiplier circuits using diodes.

  • Thoroughly learn how to design Half wave rectifier and understand its quantitative analysis. Learn how we can use it as a battery replacement.

  • Learn Full wave rectifier in detail and understand its analysis quantitatively. Clear your doubts with examples.

  • Understand how we can use diodes as Digital gates.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introductory Lecture

Chapter 2: Clipper Circuits : A thorough discussion

Lecture 1: Series Negative Clipper

Lecture 2: Series Negative Clipper with applied Battery voltage

Lecture 3: Series Positive Clipper

Lecture 4: Series Positive Clipper with applied Battery voltage

Lecture 5: Shunt Negative Clipper

Lecture 6: Shunt Negative Clipper with applied Battery voltage

Lecture 7: Shunt Positive Clipper

Lecture 8: Shunt Positive Clipper with applied Battery voltage

Lecture 9: Two way Clipper

Lecture 10: Solved example 1

Lecture 11: Solved example 2

Lecture 12: Transfer characteristic of Clipper circuit, Lecture 1

Lecture 13: Transfer characteristic of Clipper circuit,Lecture 2

Chapter 3: Diode Peak Detector

Lecture 1: Ideal Peak Detector

Lecture 2: Practical Peak Detector

Chapter 4: Diode Clamping circuit

Lecture 1: Introduction

Lecture 2: Clamping to any voltage

Lecture 3: A brief note

Chapter 5: Diode voltage multiplier

Lecture 1: Voltage doubler circuit

Lecture 2: Voltage multiplier circuit

Chapter 6: Half Wave Rectifier

Lecture 1: Introduction

Chapter 7: Quantitative analysis of Half Wave Rectifier

Lecture 1: Average output voltage

Lecture 2: RMS output voltage

Lecture 3: Form Factor (F.F.)

Lecture 4: Ripple Factor

Lecture 5: Efficiency & PIV

Chapter 8: Ripple reduction method in Half Wave Rectifier

Lecture 1: Ripple reduction technique, part 1

Lecture 2: Ripple reduction technique, part 2

Lecture 3: Ripple reduction technique, part 3

Lecture 4: Explanation with a problem, part 1

Lecture 5: Explanation with a problem, part 2

Chapter 9: Full wave rectifier

Lecture 1: Introduction

Chapter 10: Quantitative analysis of Full Wave Rectifier

Lecture 1: Average output voltage and RMS output voltage

Lecture 2: Form factor & Ripple factor

Lecture 3: Efficiency

Lecture 4: PIV rating

Chapter 11: Ripple reduction technique

Lecture 1: Ripple reduction technique, part 1

Lecture 2: Ripple reduction technique, part 2

Chapter 12: Bridge rectifier

Lecture 1: Bridge rectifier analysis

Chapter 13: Diode as a Digital Gate

Lecture 1: Diode as a Digital Gate

Instructors

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  • 2 stars: 3 votes
  • 3 stars: 5 votes
  • 4 stars: 9 votes
  • 5 stars: 18 votes

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