Shaym Shah

The course describes the end to end understanding of Energy Band & Charge Carriers in Semi Conductors. 

It will include the complete GATE syllabus for EDC required to score good marks in GATE - EDC. Also many GATE Questions will be solved in order to provide better guidance to students

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

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English

Electronics Device Circuits : Energy Band & Charge Carriers in Semi Conductors

Semiconductor Physics

Electronic Devices

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Syllabus for Electronics Devices & Circuits, Understanding Basic Concepts, How to Take this course

Introduction

Introduction to Electronic Devices & Circuits: Basics, Understanding the basics of Electronics

EDC Module 1: Basics of Electronics Devices and Circuits

GATE EDC : Understanding Energy Band ( Valence Band, Conduction Band, Forbidden Band)

EDC Module 1: Energy Band, Understanding Semi Conductors in Basis of Properties

GATE: Electronics Devices Circuits: Understanding of Bandgap, Forbidden Bandgap, Fermi Level, Cases of Charge Flow

EDC Module 2: GATE : Bandgap for Conductors, Semiconductors, Insulators

GATE: EDC: Concept of Fermi Level, Understanding in Semi Conductors

GATE Concepts of Fermi Level, Probability Functions for  Electrons, Holes

GATE: EDC: Fermi Level, Probability Distribution Understanding

GATE: Theories of Electronics Devices & Circuits,Understanding of Forbidden Gap

GATE : EDC :Theories for Conductivity

GATE : EDC : Understanding the importance of Conductivity in Conductors & Semi Conductors

GATE: Understanding Theories for Electronics Devices,

GATE : EDC : Numericals related to Energy Band Gap for Silicon & Germanium

GATE :EDC: GATE Question on Forbidden Bandgap fro Silicon & Germanium Semi Conductors

GATE : Questions, Concept Building for Energy Bandgap

GATE :EDC :Numericals related to Energy Band gap for Germanium & Silicon

GATE : EDC: Understanding how to memorize EDC Formulae, Learning through Figures

GATE: EDC : ( Memory Booster): How to learn formulaes of EDC

GATE : EDC Understanding Mass Action Law, Understanding as per GATE

EDC : GATE preparation: Mass Action Law, Its importance and understanding as per GATE Perspective

Understanding Mass Action Law with Equilibrium Perspective

GATE: Understanding relation between Formulaes for Mas Action Law

GATE : Understanding of Intrinsic Concentration with Temperature

GATE: Understanding Intrinsic Concentration with respect to GATE

GATE: Basics of Extrinsic Semi Conductors, How Conductivity increases in Intrinsic Semi Conductors

GATE : EDC : Understanding the Concepts & Important aspects of GATE

EDC: Understanding the concepts of Extrinsic Semi Conductors

EDC: GATE : Understandimg Extrinsic Semi conductor

GATE : EDC: Understand the concepts of Charge flow in a semi conductor

EDC : GATE : Understanding of Formuales for EDC: Easy to learn

GATE : EDC :Understanding the concepts of Formulae for EDC, How to conceptually understand Formulae and approach GATE Question for EDC

EDC: GATE: Understanding the Formulaes of EDC, Learning by ubderstanding Concepts

GATE : Understanding the Drift Velocity, Relation of Drift Velocity with the Electric Field, Variation in the fields

EDC : GATE : Understanding the relations of Drift Velocity & Electric Field

Understanding the concepts of GATE for Mobility and Electric Field Relationships

GATE :EDC : Relation of Mobility with respect to temperature

GATE : EC: Understanding of Conductivity in Mathematical Manner

EDC : Mathematical Understanding of Conductivity, Current Density

GATE: EDC:Mathematical Understanding & relation for Conductivity, Current Density, Motility, Drift Velocity

EDC: Understanding the concepts of Conductivity Mathematically: Very Imp for IES & GATE Aspirants

EDC: GATE: Numericals for GATE, Understanding types of Questions for GATE

GATE : EDC :Concepts of Extrinsic Semi Conductor & Intrinsic Semi Conductor for Conductivity

EDC : Properties and Concepts to Understand for GATE

GATE: EDC : Extrinsic Semi Conductor relations with Conductivities

GATE : EDC :Conductivity relations in case of Extrinsic & Intrinsic Semi Conductors

Understanding the concepts of Extrinsic Semi Conductor behavior at low temperature, GATE Numerical

EDC : GATE Numericals for practise

GATE : EDC : Need if Doping, Use of Doping to increase the Conductivity

EDC : Why doping is Essential?

Understanding Minority Charge Charge Carriers & Minority Charge Carriers

EDC : GATE Question with understanding of Doping, Majority & Minority Charge Carrier

GATE : EDC : Movement of Charge Particles in an Extrinsic Semi Conductor, Shift in Fermi Level

EDC: Understanding the movement of Charge Carriers in Semi Conductors, Fermi Level Shifting

GATE : EDC :Understanding movements of Electrons, Current Equation in Extrinsic Semi Conductors

EDC: GATE: Movement of Fermi Level in N typeExtrinsic Semi Conductors

GATE : EDC: Understanding the concepts of Current Equations & Electron Movement in P type Semi Conductor

EDC: Understanding Current Equation for P Type Extrinsic Semi Conductor

EDC: Understanding Current Equation for P Type Semi Conductor

EDC: Understanding Concepts of Current Equation in P type Semi Conductor

GATE : Understanding Conductivity variation in Extrinsic Semi Conductors

EDC: Change in the Electric Field due to Extrinsic Semi Conductor

EDC: Understanding of Concepts of Current Equations, Relations with the charge density, GATE Questions for Conductivity

EDC : Understanding concepts of Mobility & GATE Questions

GATE : Understanding of Extrinsic and Intrinsic Semi Conductor Conductivity difference, Understand the Change in charge carrier concentration due to change in Temperature

EDC : Concepts of EDC, change in currents due to change in Temperature

Understanding about the change in the Minority Charge Carriers due to  Temperature Change

EDC: Understanding Minority Charge Carriers impact due to Temperature change

GATE : Understanding of Minority Charge Carriers change with respect to Temperature in a Mathematical Manner

EDC : Mathematically understanding the change in the charge concentrations due to change in Temperat

GATE : Effect of Temperature on Diode Current with an Example

EDC: Understanding change in the Diode Current due to change in Temperature

EDC: Reverse Saturation Current dependencies on Majority & Minority Charge Carriers

EDC : Mathematical Understanding of Reverse Saturation Current

GATE : Understanding the Reversed Bias & change in Reverse Saturation Current depending over several Criterions

EDC : Understanding the Reversed Bias Concepts, variation of minority charge carriers

GATE : EDC: Understanding the concepts of EDC:Reversed Bias Voltages, Built in Potential Voltages

EDC - GATE - Built In Potential Voltage

EDC: Understanding the concepts of Voltage Change with respect to change in Temperature

GATE : Effect of Temperature on Voltage of Diodes

Mathematical Understanding of Voltage Change sue to increase in Temperature

GATE : Mathematical Understanding of Temperature effect on Voltages

GATE: Understanding the concepts of EDC, Revision

GATE: Revision of EDC for Intrinsic & Extrinsic Semi Conductor

Understanding of Excess Charge Carriers Concentration for Holes & Electrons

GATE: Excess Electrons/Hole Concentration at any time (t)

EDC: Understanding concepts of Recombination time, Excess Electron or free charge carrier

GATE: Excess Charges for Electrons & Holes at any time (t) II

GATE: Free charge carriers Concentrations with respect to change in Doping Techniques, Change in Temperature, Light etc

GATE: Holes & Electrons Concentration due to change in Temperature

Understanding the concepts of Charge Distribution and charge flow in P N Junction diode

GATE :Understanding the PN Junction Diode with Charge Flow transfer

GATE : Understanding movements of charge Carriers to generate Current (Minority & Majority Current)

EDC : Understanding the effect of doping in PN Junction Transistor

Effect of Doping on P & N Junction, Effect on Current & Concentration Gradient

EDC : Effect of doping on PN Junction Transistor, slope of the Concentration Gradient

Understanding the concepts of Diffusion Current & the process of Diffusion for forward bias PN Junction Diode

EDC: Understanding Diffusion Current, Relatiom with Conductivity & Current Density

EDC : Understanding Diffusion Capacitance

GATE : Understanding the concepts of Diffusion Capacitance, Diffusion Current Density for Holes

EDC : Understanding Diffusion Capacitances with Mathematical Perspective

EDC: Electric Field is maximum at the center of the Junction for the case of Majority & Minority Charge Carriers

EDC: Inter - realtion between the formulaes of EDC

GATE : Relationships between the Current Density, Area, Capacitance, Reverse Voltage, Concentration of Charge Carriers

EDC: Relationships between the formuales, GATE Questions

Relationships between Junction Capacitance & Biasing

EDC : Relations between cases for Current Density, Reversw Bias & Forward Bias Voltage

EDC: Graded Capacitances, relation with charge, Potential Difference

EDC : GATE Questions, Graded Capacitances

EDC: GATE numerical related to Built In Potential

EDC: Concept Building for Built in Potential

EDC : GATE: Understanding relationship of Built In Potential with Reversed Bias

GATE : Understanding the relations of Built In Potential with Temperature, Concentration, Charge

EDC: Understanding Built In Potential with Reverse Bias Perspective

EDC : Understanding the Concept of Change in Net Current due to the change of Temperature

EDC: Effect of Temperature increase on the Diodes Voltages & Currents

Description of Change in Voltage of Diode due to change in Temperature

EDC: Effect on the increase of Temperature on Voltage for the Diodes

EDC: Einstein Relationship, Equation of Continuity

EDC : Einstein Relationship, Understanding relation between Thermal Voltage, Mobility

EDC: Understanding of Continuity Equation, Extra Charge Carrier Generation

EDC: Equation of Continuity, Einstein Realtions

EDC: Equation of Continuity, Extension to Equation

EDC: Extensions to Equations of Continuity, GATE Examples

EDC: GATE Questions: Continuity Equation, How to solve the Questions if unsure about Formulaes

EDC:GATE Questions on Equation of Continuity

EDC : Difference between Direct & Indirect Bandgap Semi Conductor

EDC: Understanding Indirect Bandgap Semiconductor

EDC: Understanding the Reverse Saturation Current for Direct & Indirect Bandgap Semi Conductor

EDC: Reverse Saturation Current in Direct Bandgap, Concept of Knee Voltage

EDC: Understanding the Cut In Voltage & Knee Current, Initiation to Transistors Concepts

EDC: Understanding Reverse Saturation Current through Cut in Voltage & Knee Current

EDC: Understand the Concepts of Depletion Layer for Reverse Saturation Current and cut in Voltage

EDC: Understanding Depletion Layer impact on Reverse Saturation Current and Cut In Voltage

GATE: Understanding Impact of Temperature & Depletion Layer on Cut in Voltage

EDC: Understanding the decreasing effect of Voltage due to Temperature

EDC:  Breakdown Voltage of Diode in Reverse Bias

EDC: Understanding Power of Diode & Break Down of Diode

EDC: Understanding Power of Diode, Voltage Breakdown in case of Reverse Bias, Why Breakdown only in Reverse Bias

EDC: Understanding the Power of Diode, Breakdown Diode, Relation between Diode Voltage & Dep width

GATE : EDC: Transition Capacitance in the case of Reverse Bias

EDC: Understanding the Capacitances in Reversed Bias, Graded Index

EDC: Understanding of Relation of Potential Barrier width & Concentration, Avalanche Breakdown in Reverse Bias

GATE : Avalanche Break Down & Conditions for Reversed Bias

GATE 2018: Understanding relations between the Reverse Electric Field with Potential Barrier Width in the conditions of Breakdown

EDC: Understanding relation between Doping, Electric Field, Potential Barrier Width for Rev.Barrier

EDC: Understand Zener Reverse Breakdown of the diode

EDC:Zener Breakdown, Understanding of Zener Breakdown

EDC: GATE: Understanding the concepts of Tunneling, Avalanche & Zener Breakdown Process with their Characteristics

EDC: Comparison between Zener & Avalanche Diode, Characteristics of Diode in Reverse Bias

GATE :EDC: Understanding Tunnel Diode, Reverse Bias Understanding

EDC: Tunnel Diode Processes & understanding of Diodes in reversed Bias

EDC: GATE: Understanding of Impact Ionization

EDC : GATE :Impact Ionization Process

Understanding Zener Diode Characteristics for Zener as a Breakdown Diode

EDC: GATE: Understanding Zener Diode as a Voltage Regulator

EDC : GATE : Understanding Zener Diodes as a Biasing Perspective

GATE: EDC: Understanding Zener Current Regulation & PN Junction Diode

EDC: Zener Current Regulation, PN Junction Diode Equation

GATE : EDC: GATE Questions Related to PN Junction Diodes

EDC: GATE Questions on Reverse Saturation Current of PN Junction Diode

GATE: EDC Questions: Diodes Important Questions

GATE 2019: Revision Lecture on Transition Capacitance & Diffusion Capacitance

EDC: GATE Questions for Reversed Bias System, Width of Potential Barrier

EDC: GATE Questions on Diode Equation, Ideal Diodes

GATE 19: EDC: GATE Questions on Zener Diode Current Regulation

EDC: Current Regulator for Zener Diode

EDC: Concept Building on Varactor Diode

GATE :EDC: Understanding Varactor Diode II

EDC: GATE19: Varactor Diode Understanding

GATE: Understanding on Lasers & LED, concept Building

GATE 19: EDC: Varactor Diode, lasers

GATE: Understanding Photo Diode Characteristics

GATE 19:- EDC: Questions related to Diodes

EDC: GATE: Questions related to Diodes & Varactor Diode

GATE : EDC Numericals for Diodes & other concepts

GATE : EDC: GATE Questions on Diode

GATE 19 : EDC GATE Questions

GATE: EDC: Revision related to GATE Questions

GATE :EDC Questions Practise

GATE: Revision for Diffusion Capacitance Topic

GATE 19: EDC:Questions to Disscuss

GATE:EDC: Revision Lecture on Mass Action Law

GATE : EDC: Revision for Mass Action Law, concepts of EDC

Pursuing B.Tech in Electronics and Communication from Lovely Professional University,  M.D at Club Illuminati.

Suraj Kumar Singh

This course covers Digital Electronics and Logic Gates.

Lessons

99 lessons • 15h 50m

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Introduction

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EDC Module 1: Basics of Electronics Devices and Circuits

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EDC Module 1: Energy Band, Understanding Semi Conductors in Basis of Properties

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EDC Module 2: GATE : Bandgap for Conductors, Semiconductors, Insulators

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GATE: EDC: Concept of Fermi Level, Understanding in Semi Conductors

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GATE: EDC: Fermi Level, Probability Distribution Understanding

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GATE : EDC :Theories for Conductivity

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GATE: Understanding Theories for Electronics Devices,

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GATE :EDC: GATE Question on Forbidden Bandgap fro Silicon & Germanium Semi Conductors

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GATE :EDC :Numericals related to Energy Band gap for Germanium & Silicon

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