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Semiconductor Materials in Electronic Devices

Course Reviews

Track :

Engineering

Lessons no : 26

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What will you learn in this course?
  • Understand the fundamental properties of semiconductor materials for electronic device applications
  • Identify different types of semiconductor materials and their specific uses in electronics and technology
  • Explain the fabrication processes involved in creating semiconductor devices and components
  • Analyze the electrical behavior and conductivity mechanisms of semiconductors in electronic circuits
  • Evaluate the role of doping and impurities in modifying semiconductor properties for device performance
  • Apply semiconductor material knowledge to design and troubleshoot electronic devices and circuits
  • Describe the integration of semiconductor materials in modern electronic and technological applications
  • Assess the environmental and safety considerations in semiconductor fabrication and usage
  • Utilize semiconductor concepts to innovate and improve electronic device efficiency and functionality
  • Interpret recent advancements and future trends in semiconductor materials for electronics innovation

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Lessons | 26
Energy Bands and Classification of Solid Material in Basic Electronics
00:11:19

Energy Bands and Classification of Solid Material in Basic Electronics
Types of Semiconductor Materials
00:12:23

Types of Semiconductor Materials
Drift Current and Diffusion Current in Semiconductor Materials
00:16:19

Drift Current and Diffusion Current in Semiconductor Materials
Mass Action Law in Semiconductor
00:13:35

Mass Action Law in Semiconductor
1 Examples on Semiconductor Material
00:14:01

1 Examples on Semiconductor Material
2 Examples on Semiconductor Material
00:10:24

2 Examples on Semiconductor Material
Examples on Drift Current and Drift Velocity
00:19:47

Examples on Drift Current and Drift Velocity
Examples of Conductivity and Resistivity
00:21:13

Examples of Conductivity and Resistivity
Einstein Relation in Semiconductor
00:14:26

Einstein Relation in Semiconductor
Examples of Diffusion Current
00:09:08

Examples of Diffusion Current
Examples of Einstein Relation in Semiconductor
00:04:12

Examples of Einstein Relation in Semiconductor
Fermi Dirac Distribution in Semiconductor
00:13:51

Fermi Dirac Distribution in Semiconductor
Electrons Concentration in Conduction Band and Holes Concentration in Valence Band
00:05:38

Electrons Concentration in Conduction Band and Holes Concentration in Valence Band
Intrinsic Concentration in Semiconductor Material
00:13:08

Intrinsic Concentration in Semiconductor Material
Comparison of Drift Velocity and Free Velocity
00:08:53

Comparison of Drift Velocity and Free Velocity
Fermi Energy Level in Intrinsic Semiconductor
00:09:28

Fermi Energy Level in Intrinsic Semiconductor
Fermi Energy Level in Extrinsic Semiconductor
00:10:09

Fermi Energy Level in Extrinsic Semiconductor
Hall Effect in Conductor and Semiconductor
00:17:11

Hall Effect in Conductor and Semiconductor
Examples of Hall Effect in Conductor and Semiconductor
00:18:14

Examples of Hall Effect in Conductor and Semiconductor
Energy Wavelength for Generation Recombination in Semiconductor
00:10:54

Energy Wavelength for Generation Recombination in Semiconductor
Examples of Energy Wavelength for Generation Recombination in Semiconductor
00:09:56

Examples of Energy Wavelength for Generation Recombination in Semiconductor
Generation Recombination due to Uniform Illumination of Light in Semiconductor
00:10:12

Generation Recombination due to Uniform Illumination of Light in Semiconductor
Examples of Generation Recombination due to Uniform Illumination of Light in Semiconductor
00:09:39

Examples of Generation Recombination due to Uniform Illumination of Light in Semiconductor
Examples of Energy Band Diagram of Semiconductor
00:14:32

Examples of Energy Band Diagram of Semiconductor
Continuity Equation in Semiconductor
00:14:05

Continuity Equation in Semiconductor
Direct Bandgap Semiconductors and Indirect Bandgap Semiconductors
00:13:20

Direct Bandgap Semiconductors and Indirect Bandgap Semiconductors


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DESSALEGN AWGICHEW 

good
2026-02-15

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The course was awesome and very much productive
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The topic is so clear with near explanation
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nice
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