Circuits and Electronics

Circuits and Electronics

MIT OCW Fall 2000      Visit Main Course webpage

   Lecture Details are given on Right Side


Please Choose a Lecture

How to download these lectures


Real Player is required to play these videos. In addition to Real player


Other Related Courses



Leave Your comment


by manoj kumar


by Rusnik

I ve cleared my doubts almost,bt videos are paused at irregular interval of times.


by hossein


by hossein


by

I ve cleared my doubts almost,bt videos are paused at irregular interval of times.


by kanhiya

zfsrd


by Hameedullah Ekhlas

Best thing for students


by shankar


by sofian


by sreerao


by tauqeer


by xkcidjfdokdkofji

superb


by ramya


by Bradley Chung

Working in industry, I often see a big missing where long meetings are spent at the wrong level of abstraction. Nice lecture on the concept. Can be powerful in large metings in practice - if the general community is familiar with it.


by kanhiya

many of the lectures cannot be downloaded also main course web pages have been expired video quality of the lectures should be increased



*    Name(Required)

*    E-mail(Required)

website






Lecture Details

Lecture 1:Introduction and Lumped Circuit Abstraction
Lecture 2:Basic Circuit Analysis Method (KVL and KCL Method)
Lecture 3:Superposition, Thévenin and Norton
Lecture 4:The Digital Abstraction
Lecture 5:Inside the Digital Gate
Lecture 6:Nonlinear Analysis
Lecture 7:Incremental Analysis
Lecture 8:Dependent Sources and Amplifiers
Lecture 9 : MOSFET Amplifier Large Signal Analysis I
Lecture 10 : MOSFET Amplifier Large Signal Analysis II
Lecture 11 : Amplifiers - Small Signal Model
Lecture 12 : Small Signal Circuits
Lecture 13 : Capacitors and First-Order Systems
Lecture 14 :Digital Circuit Speed
Lecture 15 : State and Memory
Lecture 16 : Second-Order Systems
Lecture 17 : Sinusoidal Steady State
Lecture 18 : The Impedance Model
Lecture 19 : Filters
Lecture 20 : The Operational Amplifier Abstraction
Lecture 21 : Operational Amplifier Circuits
Lecture 22 : Op Amps Positive Feedback
Lecture 23 : Energy and Power
Lecture 24:Energy, CMOS
Lecture 25:Violating the Abstraction Barrier