Graduate Electrical Engineering student at University at Buffalo, NY. Connect with me on LinkedIn - https://www.linkedin.com/in/mohit5292/

Mohit Bhagchandani

In this course, the educator discusses topics under Fundamentals of Solid State Electronics such as intrinsic and Extrinsic Semiconductors and many more.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

GATE - Iconic Pro

English

Fundamentals of Solid State Electronics

Number Systems

Digital Electronics

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

In this video, I have given just the basic introduction to Solid State Electronics and Semiconductors.

Introduction

This video explains the band structure of a semiconductor and how it's conductivity is dependent upon temperature.

Energy Bands and Structure

I have explained current conduction in semiconductors in detail in this video. It also has some review questions at the end of the video just to test your understanding.

Current Conduction in Semiconductors

This video explains what is doping and it's two types - N type and P type in detail with diagrams and examples.

Semiconductor Doping

This video explains what are intrinsic and extrinsic semiconductors and their basic properties.

Intrinsic and Extrinsic Semiconductors

This video gives introduction to fermi dirac distribution for both holes and electrons along with boltzmann approximation. Density of states is also introduced.

Density of States and Fermi Level

This video explains the concept of carrier concentration with respect to energy. It also mentions the derivation of number of holes using density of states and fermi level.

Carrier Distribution with Energy - I

This video explains the concept of degenerately doped and non-degenerately doped semiconductors.

Carrier Distribution with Energy - II

This video explains the concept of Carrier Compensation and how to use that in solving problems.

Carrier Distribution with Energy - III

This video solves a few problems asked in previous years' GATE exam.

Gate Problems and their Solutions

This video demonstrates how to draw Energy Band Diagrams for different materials.

Energy Band Diagrams

This video solves a few problems based on effective density of states and fermi level.

Problems for Practice - I

This video solves some more problems based on Effective Density of States, Fermi Level, Carrier Compensation and Energy Band Diagrams.

Problems for Practice - II

This video explains the concept of Temperature Dependence of semiconductor materials with an example.

Temperature Dependence with examples

This videos presents some more problems based on the previously studied concepts such as Carrier Concentration, Compensation, Fermi Level and Temperature Dependence.

Problems for Practice - III

This video revises all the concepts studied so far briefly.

Revision

This video explains the concept of Diffusion Current in the pn junction device.

Diffusion Current

This video explains the concept of drift current and current density.

Drift Current

This video explains the concept of Direct Badgap and Indirect Badgap materials.

Direct Badgap and Indirect Badgap Materials

I am a student of SRM UNIVERSITY in department of ECE.I am also a YouTuber and my channel name is Explore Electronics.I love to teach my stu

Sidharth Saratkar

In his course, Sidharth is going to discuss SOP and POS form. Also we will learn about K Map and after that the course  will cover some questions and then we will be discussing about parity bit genrator.

Course on SOP and POS Concepts for Digital Electronics

Software Developer| Share knowledge to gain knowledge




Shraddha S K

This contains fundamental concepts of Digital electronics with completed ones.

Learn Digital Electronics

Ex Deputy Engineer ( BEL ) , GATE Qualified, YouTuber (10x preparation) , Motivational speaker , Mentor

Kartik Bhardwaj

This course on Number System is specially designed for competitive exams like GATE, ESE and PSU for those who are looking for high-quality content in a precise manner in a short time.

(Hindi) Number System for GATE Examination

My name is Rasool Bandey.I am from Jamshedpur.I have completed my graduation with 84.17 percentage.learned programming languages like C, C++

Rasool Bandey

What is binary number,what is decimal number, conversion of binary to decimal and conversion of decimal to binary are the topics discussed here

(Hindi) GATE: Conversion

 AIR 493 in GATE (ECE) & 2300+Students have been trained so far for GATE

Sreenivas Bhaskara

This Course is about Digital Circuits. 

This Course is beneficial for 
GATE (ECE)
 aspirants.

Digital Circuits : GATE (ECE)

M.Tech (Digital Communication) from IIIT-Gwalior, qualified GATE. Passionate for teaching. 

Sourabh Jain

In this course the Sequential circuits with all the important topics is covered along with problems of previous years of GATE,IES and PSUs.

Lessons

19 lessons • 2h 56m

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Introduction

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Energy Bands and Structure

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Current Conduction in Semiconductors

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Semiconductor Doping

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Intrinsic and Extrinsic Semiconductors

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Density of States and Fermi Level

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Carrier Distribution with Energy - I

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Carrier Distribution with Energy - II

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Carrier Distribution with Energy - III

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Gate Problems and their Solutions

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