Category: Inspiring Teachers
James K. Roberge: 6.302 Lecture 08 — Compensation
2.62K Views0 Comments3 Likes
Topics include: improving performance of a system; drawing a gain phase plot; frequency domain concepts and techniques; compensation; operational amplifier configurations. Recorded: 1985.
Banerjee & Duflo: 14.73 Lecture 15 — Risk and Insurance
2.57K Views0 Comments0 Likes
Prof. Abhijit Banerjee discusses the ways in which risk is costly to the poor and if insurance is beneficial to this population. Recorded 2011.
Leslie Kaelbling: 6.01 Lecture 05 — Circuit Primitives, Composition and Abstraction
3.20K Views0 Comments3 Likes
6.01 Lecture 05 — Circuit Primitives, Composition and Abstraction: Resistor networks, conservation laws, analysis. Recorded 2012.
Amar G. Bose: 6.312 Lecture 08—Energy in Sound Waves
5.44K Views0 Comments6 Likes
Topics include: arrays; polar pattern, polar plot; cardioid pattern; energy in sound waves; intensity; power flow. Recorded: Oct. 3, 1995.
Leslie Kaelbling: 6.01 Lecture 07 — Circuit Abstractions
2.86K Views0 Comments2 Likes
6.01 Lecture 07 — Circuit Abstractions: Thevenin and Norton equivalents. Recorded 2012.
Patrick Winston: 6.034 Lecture 22 — Probabilistic Inference II
2.48K Views0 Comments0 Likes
Recorded December 6, 2010.
Patrick Winston: 6.034 Lecture 06 — Search: Games, Minimax, and Alpha Beta
3.31K Views0 Comments0 Likes
Recorded September 27, 2010.
James K. Roberge: 6.302 Lecture 14 — Linearized Analysis of Non-linear Systems
2.32K Views0 Comments0 Likes
Topics include: using minor-loop compensation to tailor operational amplifier to variety of applications; 101A and 301A operational amplifiers; single-pole compensation; demonstrations; pole zero doublet; two-pole com...
Amar G. Bose: 6.312 Lecture 17—Transformers and Magnetic Circuits
4.74K Views0 Comments1 Likes
Topics include: magnetic circuits; transformers; Lenz's Law; leakage flux. Recorded: Nov. 7, 1995.
Patrick Winston: 6.034 Lecture 01 — Introduction and Scope
5.11K Views0 Comments4 Likes
Topics include: periodic phenomena (oscillations, waves); SHO; complex notation; differential equations; physical pendulum. Recorded Sept. 9, 2004.
