Udemy – Fundamentals of Semiconductors – Best Starter to Electronics 2022-6

Udemy – Fundamentals of Semiconductors – Best Starter to Electronics 2022-6 Downloadly IRSpace

Apr 17, 2025 - 19:50 Updated: Apr 21, 2025 - 09:53

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Udemy – Fundamentals of Semiconductors – Best Starter to Electronics 2022-6

Fundamentals of Semiconductors course – Best Starter to Electronics. The “Principles of Semiconductors” training course is designed for people who are interested in entering the world of electronics. This course starts from the basics and takes you to a high level. So don’t worry about your knowledge level. All you need is basic math knowledge. The course topics are listed below:

The first part of the course (introductory but necessary)

Introduction
Wave and particle duality
- Electromagnetic waves
- Blackbody radiation
- Dobroly waves
- Probability waves
- Describe a wave
- Phase and group speed
- Particle in the box
- Uncertainty Principle
- Application of the uncertainty principle
atom’s structure
- Introduction
- Nuclear atom
- Electron orbitals
- Atomic spectra
- Bohr’s atomic model
- Energy levels and spectra
- Core movement
- Excitation of the atom
quantum mechanics
- quantum mechanics
- Wave equation
- Schrödinger equation: time-dependent form
- Linearity and superposition
- Expected values
- Operators
- Schrödinger equation: stable form
- Particle in the box (again!)
- Limited potential well
- Tunneling effect
- Harmonic oscillator

The second part of the course

Crystal properties and general information of semiconductors
- Semiconductors
- Periodic structures
- Cubic grids
- Pages and directions
- diamond network
Energy bands and charge carriers in semiconductors
- Bonding forces in semiconductors
- Energy bands
- Metals, semiconductors and insulators
- Direct and indirect semiconductors
- Changing energy bands with alloy composition
- Electrons and holes
- effective crime
- intrinsic matter
- gross matter
- Fermi level
- Electron and hole concentrations in equilibrium
- Dependence of temperature on carrier concentration
- Space charge compensation and neutralization
- Conductivity and mobility
- Thrust and resistance
- The effect of temperature and doping on mobility
- High field effects
- Hall effect
- Fermi level stability in equilibrium
Excess carriers in semiconductors
- light absorbance
- Luminescence
- Photoluminescence
- Electroluminescence
- Carrier lifetime and photomeftability
- Direct recombination of electrons and holes
- indirect recombination; the trap
- stable carrier production; Quasi-Fermi surfaces
- Photovoltaic equipment
- The spread of its carrier
- Diffusion processes
- Diffusion and drift of carriers; Indoor fields
Telecom
- Saket Telecom PN
- equilibrium conditions
- Contact potential
- Fermi levels in equilibrium
- space charge at a junction
- Connections with forward and reverse bias
- Failure in reverse bias

What you will learn in Fundamentals of Semiconductors – Best Starter to Electronics course

Description of particle properties of waves and wave properties of particles (wave-particle duality)
Understanding the photoelectric effect, the uncertainty principle and Bohr’s atomic model
Familiarity with intrinsic and impurity semiconductors along with the concepts of doping, mobility and special resistance
Analysis of PN junctions and understanding of their current-voltage characteristics
Gaining knowledge about unipolar and bipolar transistors
And …