Microelectronics
| Course basics | eneradi video course |
| Various video materials | Useful links |
Basics
The course is entirely based on MIT Opencours 6.012 Microelectronic Devices and Circuits
but goes only about halfway through.
It is better to download the lectures with notes.
The recommended textbook for this course is Howe link to preview it
For some of the course problems, materials from
the University of Colorado website
It is tacitly assumed that you are familiar with the content of textbooks such as Myakishev, Bukhovtsev et al. 10th grade ,
11th grade, or are ready to get acquainted with it.
eneradi video course
You can grasp some things visually from the eneradi video course. As far as I understand their site no longer works, but the videos are still on youtube
Important note
Threshold Voltage
MOSFET I-V Characteristics Basics
Equation of Current in MOSFET - Part 1
Equation of Current in MOSFET - Part 2
Transconductance
Body-Effect
This video inspired me to write a fairy tale for the exam 😀
Channel-length Modulation
Sub-Threshold Conduction
Small Signal Models
Common Drain Amplifiers - Relationship between dVth/dVin and Gain
Video materials
p-n-Juction-And-Diodes
Modern Physics Lecture 30, foundations of the PN junction
E-MOSFET
Field Effect Transistors, Part 1
Field Effect Transistors, Part 2 (updated)
How Transistors Work - The MOSFET (English Version)
Useful links
Folk art - link. Watch out for errors, in places they are obvious😀
| Semiconductors |
| Superconductivity |
| Applied optics |
| Microelectronics |
| Optoelectronics |
| Materials science |
| Optical spectroscopy |
| Antennas |
Article author: Andrei Olegovich
