- Introduction to Semiconductors
- Semiconductor Materials
- Semiconductor Structure
- Conduction in Semiconductors
- Band Gap
- Intrinsic Carrier Concentration
- Doping
- Equilibrium Carrier Concentration
- Absorption of Light
- Absorption Coefficient
- Absorption Depth
- Generation Rate
- Types of Recombination
- Lifetime
- Diffusion Length
- Surface Recombination
- Movement of Carriers in Semiconductors
- Diffusion
- Drift
- Formation of a PN-Junction
- P-N Junction Diodes
- Bias of PN Junctions
- Diode Equation
- Basic Equations
- Applying the Above Equations to a PN Junction
- Solving for Region With Electric Field
- Solving for Quasi Neutral Regions
- Finding Total Current
- General Solution for Wide Base P-N Junction
- General Solution for Narrow Base Diode
- Example 3
- Summary
PN Junction module
- Introduction to Semiconductors
- Semiconductor Materials
- Semiconductor Structure
- Conduction in Semiconductors
- Band Gap
- Intrinsic Carrier Concentration
- Doping
- Equilibrium Carrier Concentration
- Absorption of Light
- Absorption Coefficient
- Absorption Depth
- Generation Rate
- Types of Recombination
- Lifetime
- Diffusion Length
- Surface Recombination
- Movement of Carriers in Semiconductors
- Diffusion
- Drift
- Formation of a PN-Junction
- P-N Junction Diodes
- Bias of PN Junctions
- Diode Equation
- Basic Equations
- Applying the Above Equations to a PN Junction
- Solving for Region With Electric Field
- Solving for Quasi Neutral Regions
- Finding Total Current
- General Solution for Wide Base P-N Junction
- General Solution for Narrow Base Diode
- Example 3
- Summary