eecs 170a

0:09:44

PN Junction Electric Field Profile

0:09:56

The Problem with the Bond Model

0:09:38

MOSFET Band Diagram Explained

0:06:56

MOSFET Overlap Capacitance Explained

0:11:32

Schottky Diode Part 1 - Band Diagram

0:11:49

Finite Quantum Well Explained - Part 1

0:05:42

Light Generation of Electron Hole Pairs

0:09:55

The Electron Wavenumber k

0:12:28

Charge Carrier Concentration of Doped Semiconductors

0:12:15

MOS Capacitor - Accumulation Mode Explained

0:14:35

Dealing with Schrodinger's Equation - The Hamiltonian

0:11:37

Semiconductor Doping

0:11:53

BJT Explained Part 1 - Ideal Base Carrier Distribution

0:09:13

Waveguides Explained

0:08:54

Diode Small-Signal Model

0:09:59

MOS Capacitor - Inversion Mode Explained

0:09:21

Diode Diffusion Resistance Derivation

0:12:57

Fermi-Dirac Integral Explained

0:10:59

Finding the Hole Concentration in a Semiconductor

0:10:23

Continuity Equation Semiconductor Derivation Part 1

0:11:15

Continuity Equation Semiconductor Derivation Part 2

0:12:39

Electrostatic boundary conditions.

0:11:57

One-Sided PN Junction

0:12:07

Fermi Function Explained