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FUNDAMENTALS OF ELECTRONIC DEVICES UPTU notes for EC engineering
Neeraj Yadav

FUNDAMENTALS OF ELECTRONIC DEVICES UPTU notes for EC engineering

Neeraj Yadav | 04-Dec-2015 |
Crystal Properties and Charge Carriers in Semiconductors , Excess Carriers in Semiconductors , Junction Proerties , Transistors , Some Special Devices ,

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FUNDAMENTALS OF ELECTRONIC DEVICES

 

UNIT I
Crystal Properties and Charge Carriers in Semiconductors
1.1 Semiconductors in periodic table.
1.2 Types of solids.
1.3 Planes and Directions
1.4 Bonding force in solid
1.5 Energy bands splitting in solids
1.6 Metals, Semiconductor and Insulators
1.7 Direct and Indirect Semiconductors
1.8 Variation of Energy Bands with Alloy Composition
1.9 Charge carriers in semiconductor
1.10 Type of semiconductor
1.11 Thermal generation and recombination rates
1.12 Fermi dirac statics
1.13 Electron and Hole Concentrations at Equilibrium
1.14 Carrier Concentration Temperature Dependence
1.15 Charge neutrality
1. 16 Drift of carriers in electric and magnetic field
1.17 Scattering mechanism
1.18 Hall Effect
1.19 Invarience of Fermi level
UNIT II
Excess Carriers in Semiconductors
2.1 Optical Absorption
2.2 Luminescence
2.3 Direct recombination of electron and holes
2.4 Indirect Recombination: Trapping
2.5 Steady State Carrier Generation; Quasi-Fermi Levels
2.6 Photoconductive Devices
2.6 DIFFUSION OF CARRIERS
2.7 Diffusion and Recombination: The Continuity Equation
UNIT III
Junction Proerties
3.1 Contact potential
3.2 Space charge at junction
3.3 Forward and reverse bias junction-steady state conditions
3.4 Reverse bias PN junction
3.5 Reverse bias breakdown
3.6 Reverse recovery transients (diode switching)
3.7 Capacitance in PN junction
3.8 Metal semiconductor contacts (Schotky diode)
UNIT IV
Transistors
4.1 MESFET
4.2 METAL Insulator Semiconductor FET.
4.3 High electron mobility transistor (HEMT)
4.4 Ideal MOS Capacitor
4.5 MOSFET characteristic
4.6 Fundamentals of BJT Operations
4.7 Amplification with BJT
UNIT V
Some Special Devices
5.1 Photodiodes
5.2 Solar cell
5.3 Photodetector
5.4 Light emitting diodes
5.5 Optical Fiber
5.6 LASERS
5.7 Heterojunction Lasers
5.8 Tunnel diode
5.9 IMPATT or Read diode
5.10 Transferred electron mechanism
5.11 PNPN diode
5.12 Silicon controlled rectifier
5.13 DIAC
5.14 IGBT

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