Basic Electronics Analog Circuits Analog Electronics Circuits Theory Electronic Circuits Microelectronics Amplifier Circuits Operational Amplifiers Instrumentation Amplifier Power Amplifiers Digital Circuits Analog to Digital Converters Light Emitting Diodes BJT Circuits CMOS Circuits JFET Circuits MOSFET Circuits Communications Systems Comparator Circuits Transistor Circuits Diode Circuits DSP Books Electronics Laboratory Filter Design Digital Filters IC Design Logic Circuits Logic Design MicroProcessors Microcontroller Application Microcontroller PIC Oscilloscopes Power Electronics Motor Control Power Control Diac Triac SMPS Thyristors Power Semiconductors PWM RFIC Solid State Devices Verilog VHDL VLSI ASIC FPGA More Electronics Books
Physical Foundations of Solid State Devices
This note covers the following topics: Classical mechanics and the advent of quantum mechanics, The postulates of quantum mechanics, Position and momentum space, Operators, The Heisenberg uncertainty principle, The Schrodinger equation, Applications of the Schrodinger equation in nonperiodic structures and periodic structures, Approximate solutions of the Schrodinger equations, Time independent and dependent perturbation theory, Density of states, Classical and quantum statistics, Carrier concentrations, Impurities in semiconductors, High doping effects, Heterostructures, Tunneling structures, Electronic transport and selectively doped heterostructures.
Author(s): E F Schubert, Rensselaer Polytechnic Institute
273 Pages
Solid State Electronic Devices Class notes
This note explains the following topics: Carrier Modeling, Carrier types and Carrier Properties, Types of Semiconductors, ACCEPTOR, DONORS and AMPHOTERIC atoms in III-V semiconductors, Carrier Densities, Carrier action – motion, recombination and generation.
Author(s): Matthew Goeckner
79 Pages
Principles of Semiconductor Devices Lecture
This note covers the following topics: Negative-Capacitor Landau Transistors, Physics of Nanoelectromechanical (NEMS) Switches, Sequencing a Genome by a Torrent of Ions, Geometry of Diffusion and Performance Limits of Nanobiosensors, Computational Modeling, Device Options and Trade-offs for 5 nm CMOS Technology.
Author(s): Muhammad A. Alam
NA Pages
Introduction to Physical Electronics (PDF 263p)
Currently this section contains no detailed description for the page, will update this page soon.
Author(s): NA
NA PagesAdvertisement
