SemiCode Analyzer Documentation
Master semiconductor analysis with interactive tools for electronic configurations, material type determination, and crystal structure visualization.
Si
Interactive Analysis
Quick start
Get up and running with SemiCode Analyzer in minutes
Enter atomic numbers
Input the atomic number (Z) for your host element and dopant element. For example, enter 14 for Silicon (Si) and 13 for Aluminum (Al).
Atomic numbers range from 1 (Hydrogen) to 118 (Oganesson). The tool automatically calculates electronic configurations using the Aufbau principle.
Analyze semiconductor type
Click Calcular Material to determine the resulting semiconductor type. The tool evaluates valence electrons and classifies the material as:
- Intrínseco (Aislante) — Pure semiconductor with 4 valence electrons
- Tipo N — N-type with excess electrons (5 valence electrons in dopant)
- Tipo P — P-type with excess holes (3 valence electrons in dopant)
Explore by feature
Discover the powerful capabilities of SemiCode Analyzer
Configuration calculator
Calculate electronic configurations and valence electrons for any element based on atomic number
Atom visualization
View interactive atomic structure diagrams with electron shells and orbitals
Crystal lattice
Explore crystal structure with dopant atoms, free electrons, and holes
Energy bands
Visualize conduction bands, valence bands, and Fermi level positioning
Core concepts
Build a solid foundation in semiconductor physics
Electronic configuration
Learn how electrons fill atomic orbitals
Semiconductor types
Understand intrinsic, N-type, and P-type materials
Doping
Discover how impurities alter semiconductor properties
Developer resources
Integrate SemiCode functionality into your own projects
Chemistry functions
Core calculation functions for electronic configurations and material determination
Visualization functions
Rendering functions for atoms, lattices, and energy diagrams
Ready to explore semiconductors?
Start analyzing electronic configurations and semiconductor properties with interactive visualizations.
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