Lecture Notes or PPTs or Lecture Material on " Microelectronic Devices and Circuits " from MIT

Microelectronic Devices and Circuits

Lecture		Table of Contents
Lecture 1		overview
Lecture 2		intro to semiconductors: electrons and holes, donors and acceptors
Lecture 3		carrier transport: drift and diffusion
Lecture 4		electrostatics in semiconductors; the "60 mV rule"
Lecture 5		p-n junction electrostatics in thermal equilibrium
Lecture 6		Introduction to MOS, MOS Capacitor
Lecture 7		MOS capacitor under bias
Lecture 8		MOSFET: I-V Characteristics
Lecture 9		MOSFET: backgate and saturation
Lecture 10		MOSFET: small signal model
Lecture 11		Digital Logic Concepts
Lecture 12		NMOS/Current Source Load
Lecture 13		CMOS inverter: propagation delay
Lecture 14		p-n junction diode I-V characteristics
Lecture 15		p-n junction: short base approximation
Lecture 16		p-n junction: static model
Lecture 17		Intro to BJT
Lecture 18		BJT electrostatics
Lecture 19		single-stage amplifiers: common source/emitter
Lecture 20		single-stage amplifiers: common base/gate and common collector/drain
Lecture 21		frequency domain analysis
Lecture 22		voltage gain frequency response, Miller approx
Lecture 23		Open Circuit Time Constants: CG and CD
Lecture 24		Multistage amplifiers
Lecture 25		DC coupling, voltage/current sources and current sinks
Lecture 26		analyzing complex circuits, Wrap-up