ECSE-6960 Physical foundations of solid-state devices

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ECSE-6960 Physical foundations video presentation
ECSE-6960 Syllabus - Physical foundations

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Note: Files with suffix "-DL" are used in Distance Learning Presentations

Ch00 Prelims.pdf
Ch00 Prelims-DL.pdf
Ch01 Newtonian mechanics.pdf
Ch01 Newtonian mechanics-DL.pdf
Ch02 Postulates of QM.pdf
Ch02 Postulates of QM-DL.pdf
Ch03 Position&momentum space.pdf
Ch03 Position&momentum space-DL.pdf
Ch04 Operators.pdf
Ch04 Operators-DL.pdf
Ch05 Uncertainty principle.pdf
Ch05 Uncertainty principle-DL.pdf
Ch06 Schrodinger equ.pdf
Ch06 Schrodinger equ-DL.pdf
Ch07 Schrodinger equ Appl-I.pdf
Ch07 Schrodinger equ Appl-I-DL.pdf
Ch08 Schrodinger equ Appl-II.pdf
Ch08 Schrodinger equ Appl-II-DL.pdf
Ch09 Approximate solutions.pdf
Ch09 Approximate solutions-DL.pdf
Ch10 Time-independent perturb.pdf
Ch10 Time-independent perturb-DL.pdf
Ch11 Time-dependent perturb.pdf
Ch11 Time-dependent perturb-DL.pdf
Ch12 Density of states.pdf
Ch12 Density of states-DL.pdf
Ch13 Semiconductor statistics.pdf
Ch13 Semiconductor statistics-DL.pdf
Ch14 Carrier concentrations.pdf
Ch14 Carrier concentrations-DL.pdf
Ch15 Impurities.pdf
Ch15 Impurities-DL.pdf
Ch16 High doping effects.pdf
Ch16 High doping effects-DL.pdf
Ch17 Heterostructures.pdf
Ch17 Heterostructures-DL.pdf
Ch18 Tunneling.pdf
Ch18 Tunneling-DL.pdf
Ch19 HEMTs.pdf
Ch20 BJT-1 History.pdf

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Appendices

A01 Physical constants.pdf
A02 Periodic table of elements-1.pdf
A03 Periodic table of elements-2.pdf
A04 Materials - semiconductors - Si and Ge.pdf
A05 Materials - semiconductors - III-V arsenides.pdf
A06 Materials - semiconductors - III-V phosphides.pdf
A07 Materials - semiconductors - III-V nitrides.pdf