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Introduction to Semiconductor Devices 1

Sciences

Self-paced course

Certification program

Electrical Engineering

Engineering

Coursera

English

Advanced

Natural Science

1-1 Course Overview

1-2 History of Semiconductors

1-3 Semiconductor Industry & Market

1. Introduction to Semiconductor Devices

2. Crystal Properties, Atoms, Electrons and Schrodinger Equation

Week 1

2-1. Crystal Properties 1

2-2 Crystal Properties 2

2-3 Atoms, Electrons and Schrodinger Equation

2-4 Energy Bands

3. Carriers in Semiconductor

Week 2 Crystal Properties, Atoms, Electron and Schrodinger Equation

Week 2

3-1 Intrinsic vs Extrinsic Semiconductor

3-2 Carrier Concentration

3-3 Charge Neutrality

3-4 Conductivity, Mobility and Resistivity

4. Carriers and Drift Carriers in Semiconductors

Week 3 Carriers in Semiconductor

Week 3

4-1 Excess Carriers

4-2 Carrier Transport : Diffusion & Drift

4-3 Einstein Relationship & Continuity Equation

5. p-n Junction under Equilibrium

Week 4 Excess Carriers and Drift Carriers in Semiconductors

Week 4

5-1 p-n Junction

5-2 p-n Junction Electrostatics

6. Current Flow at p-n Junction

Week 5 p-n Junction under Equilibrium

Week 5

6-1 Current Flow at p-n Junction

6-2 I-V Equation of p-n Forward Bias

6-3 Quasi Fermi Level, Band Diagram under Forward & Reverse Bias

7. Junction Capacitance, p-n Junction Application, Breakdown

Week 6 Current Flow at p-n Junction

Week 6

7-1 Junction Capacitance & p-n Junction Application

7-2 Breakdown

Week 7 Junction Capacitance, p-n Junction Application, Breakdown

Week 7

Introduction to Semiconductor Devices 1

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Korea Advanced Institute of Science and Technology(KAIST)

Introduction to Semiconductor Devices 1