Semiconductor Device Physics PHM 603

Introduction to Semiconductor Device : A historic perspective

Energy band Diagram

Density of states and Fermi function

Fermi Function continued, intrinsic and extrinsic semiconductors, enumeration of number of holes and electrons

Concept of doping and charge neutrality of semiconductors, degenerate and non-degenerate semiconductors

Position in-variance of Fermi Level, Carrier Action: Drift, Mobility

Carrier Action Contd.: Diffusion and Einstienâ€™s Relationship

Recombination and Generation

Equation of states and R-G statistics

PN Junctions: An Introduction

Current density due to electrons and Depletion approximation of PN junction

Electrostatics of forward and reverse bias

IV characteristics of PN junction

IV characteristics contd..

Capacitance of PN junctions

Capacitance of PN junction contd..

Introduction to Bipolar Junction Transistors

Energy band Diagram BJT and terminal Currents

Quantitative Model of BJT and terminal Currents IB, Ic ad Ie

Terminal Current contd..

IV characteristics of Ideal BJT

Secondary effects in BJT

Switching applications of BJT

Field Effect Transistors: JFETs

Quantitative analysis of JFETs

Introduction to metal oxide Semiconductors and various mode of Operation

Electrostatics of MOSFETs

Light emitting diodes

Semiconductor Photonic Devices: An introduction

Solar Cells and semiconducting microwave devices

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Previous Lesson

Carrier Action Contd.: Diffusion and Einstienâ€™s Relationship

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