Electronic Circuits – Part1: Semiconductors

Electronic Circuits – Part1: Semiconductors, available at $39.99, has an average rating of 4.35, with 35 lectures, based on 27 reviews, and has 168 subscribers.

You will learn about Different types of solid structures (SC – BCC – FCC – Diamond). Atom structure, ions, and the periodic table. Bonding in solids and energy level diagrams. The concept of generation and recombination. Different types of semiconductors (Pure – N-Type – P-Type). Mass-action and electrical-neutrality laws. Conduction process in semiconductor materials. PN junction IV characteristics (Built-in voltage and junction capacitance). This course is ideal for individuals who are This course in meant to be for people with little to no previous experience in electronics, and covers all the fundamentals of semiconductor materials which are the building blocks of electronics industry. It is particularly useful for This course in meant to be for people with little to no previous experience in electronics, and covers all the fundamentals of semiconductor materials which are the building blocks of electronics industry.

Enroll now: Electronic Circuits – Part1: Semiconductors

Summary

Title: Electronic Circuits – Part1: Semiconductors

Price: $39.99

Average Rating: 4.35

Number of Lectures: 35

Number of Published Lectures: 35

Number of Curriculum Items: 35

Number of Published Curriculum Objects: 35

Original Price: $49.99

Quality Status: approved

Status: Live

What You Will Learn

Different types of solid structures (SC – BCC – FCC – Diamond).
Atom structure, ions, and the periodic table.
Bonding in solids and energy level diagrams.
The concept of generation and recombination.
Different types of semiconductors (Pure – N-Type – P-Type).
Mass-action and electrical-neutrality laws.
Conduction process in semiconductor materials.
PN junction IV characteristics (Built-in voltage and junction capacitance).

Who Should Attend

This course in meant to be for people with little to no previous experience in electronics, and covers all the fundamentals of semiconductor materials which are the building blocks of electronics industry.

Target Audiences

This course in meant to be for people with little to no previous experience in electronics, and covers all the fundamentals of semiconductor materials which are the building blocks of electronics industry.

This course covers all the fundamentals of the physical characteristics of semiconductor materials with a focus on a PN junction diode. Semiconductors are the building blocks of every complex integrated circuit and understanding properties of these materials is essential before an engineer can start a circuit design. This course is based on animation, to strengthen viewers understanding of the physical concepts. Problem solving using MATLAB is also described throughout the course.

The course starts with an introduction to electronics at the first chapter, followed by an introduction to various solid structurs such as simple cubic, base centered cubic, face centered cubic and diamond structures in the second chapter. Later on, students will get familiar with atom structure, periodic table, ions and stable atoms. In the next chapters boding in solids, and the concept of generation and recombination is discussed.

In chapter 5, different types of semiconductors (intrinsic and extrinsic semiconductors), and the concept of energy levels are discussed.

And finally, in chapters 6 and 7, the conduction process in semiconductors (drift and diffusion currents), the PN junction, and the physical characteristics of the PN junction is discussed.

At the end of this course, you will be able to understand different types of semiconductors, such as intrinsic and extrinsic (P-Type and N-Type), electrical conduction mechanism, and also the current-voltage characteristics of semiconductor materials.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Course Intro

Lecture 2: Course Introduction

Lecture 3: Introduction to Electronics

Chapter 2: Solids Structure

Lecture 1: Classification of Solid Materials

Lecture 2: Simple Cubic Structure

Lecture 3: Introduction to MATLAB

Lecture 4: Simple Cubic APF in MATLAB

Lecture 5: Body Centered Cubic Structure

Lecture 6: Face Centered Cubic Structure

Lecture 7: Diamond Structure

Lecture 8: Question

Chapter 3: Atom Structure

Lecture 1: Atom Structure

Lecture 2: Periodic Table

Lecture 3: Ions and Stable Atoms

Chapter 4: Bonding in Solids

Lecture 1: Bonding in Solids

Lecture 2: Energy Bonds

Lecture 3: Generation and Recombination

Chapter 5: Semiconductors

Lecture 1: Types of Semiconductors – Intrinsic Semiconductor

Lecture 2: N-Type Semiconductor

Lecture 3: P-Type Semiconductor

Lecture 4: Energy Levels

Lecture 5: Question

Chapter 6: Conduction in Semiconductors

Lecture 1: Mass-action Law

Lecture 2: Electrical Neutrality Law

Lecture 3: Question

Lecture 4: Transport of Carriers – Drift Current

Lecture 5: Question

Lecture 6: Diffusion Current

Lecture 7: Question

Chapter 7: PN Junction

Lecture 1: PN Junction

Lecture 2: Built-in Voltage

Lecture 3: Question

Lecture 4: Biasing the PN Junction

Lecture 5: Current-Voltage Relation and Capacitance

Chapter 8: Conclusion (Bonus Lecture)

Lecture 1: The End

Instructors

Ali Mavahebi Tabatabai
Electronics and Control Systems Engineer

Rating Distribution

1 stars: 2 votes
2 stars: 1 votes
3 stars: 3 votes
4 stars: 8 votes
5 stars: 13 votes

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