Semiconductor Device Modeling by Prof. S. Karmalkar, Department of Electronics & Communication Engineering, IIT Madras.For more details on NPTEL visit
Course Description :
Introduction - Semi-classical Bulk Transport Qualitative Model - Semi-classical Bulk Transport EM field and Transport Equations - Drift-Diffusion Transport Model Equations, Boundary Conditions, Mobility and Generation / Recombination - Characteristic times and lengths - Energy band diagrams - SQEBASTIP: The Nine Steps of Deriving a Device Model - Types of Device Models - MOSFET Model: Structure and Characteristics, Qualitative Model - MOSFET Model: Equations, Boundary Conditions and Approximations - MOSFET Model: Surface Potential based and Threshold based solutions - MOSFET Model: Testing, Improvement and Parameter Extraction.
Syllabus | Citation |
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