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Diodes and Transistors - Stem2
Diodes and Transistors James Emery Edited: 8/17/2016. Contents 1 Prologue 4. 2 Introduction to Electronics 4. 3 Semiconductors 6. 4 The Hall Effect 7. 5 Probability Theory 8. Introduction .. 9. 6 A Quantum Particle Gas 14. 7 The Band Theory of Solids 15. 8 Lagrange Multipliers 15. 9 Particle Statistics 15. 10 Sterling's Approximation 17. 11 Fermi-Dirac Statistics 17. 12 A Derivation of the Fermi-Dirac Distribution Function 18. 13 More on the Fermi Level 21. 1. 14 Thermodynamic Temperature and Statistical Mechanics 22. The Definition of Temperature and Entropy .. 22. Heat .. 24. The Energy Probability Distribution .. 25. 15 The Partition Function 26. 16 The Kronig-Penney Model for the Crystal Lattice Potential 27. 17 Feynman Approach to the Problem of an Electron in a Crys- tal lattice 27. 18 The Thermal Voltage 28. 19 Drift and Diffusion in Semiconductors 28. Drift, the Continuity Equation, Ohm's Law and Mobility .. 28. The Equation of Continuity for Charge Density .. 29. Mobility.
Diodes and Transistors James Emery Edited: 8/17/2016 Contents 1 Prologue 4 2 Introduction to Electronics 4 3 Semiconductors 6 4 The Hall Effect 7 5 Probability Theory 8
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