Inspiring Teachers | Teaching Excellence at MIT

James K. Roberge: 6.302 Lecture 12 — Feedback Compensation of an Operational Amplifier

2.35K Views0 Comments2 Likes

Topics include: behavior of non-linear systems; non-linearity and dynamics; linearization technique and notation; Earnshaw's Theorem; demo with iron ball and magnetic field; linearized analysis; flywheel energy storag...

James K. Roberge: 6.302 Lecture 01 — Introduction and Basics: Properties of Feedback Systems

Teaching Excellence at MIT 11 years ago

5.26K Views0 Comments2 Likes

Topics include: introduction to the design of feedback systems; properties and advantages of feedback systems; time-domain and frequency-domain performance measures; stability and degree of stability; root locus metho...

Amar Bose: 6.312 Lecture 22—Mean Free Path and Reverberation

Teaching Excellence at MIT 11 years ago

4.91K Views0 Comments1 Likes

Topics include: sound in large irregular rooms; mean free path; reverberation time; direct and reverberant fields; effects of environments on music and voice. Recorded: Nov. 28, 1995.

Amar G. Bose: 6.312 Lecture 11—Acoustical Elements

Teaching Excellence at MIT 11 years ago

5.70K Views0 Comments1 Likes

Topics include: loop and node methods (review); mechanical circuits; acoustic elements; compliance, mass, resistance; three-node network. Recorded: Oct. 17, 1995.

James K. Roberge: 6.302 Lecture 19 — Phase-locked Loops

Teaching Excellence at MIT 11 years ago

2.85K Views0 Comments1 Likes

Topics include: phase-locked loops and their applications; output signal frequency; loop filter; phase detection; demo with type 565 integrated circuit phase-locked loop; ripple filtering. Recorded: 1985.

Patrick Winston: 6.034 Lecture 09 — Constraints: In Visual Object Recognition

Teaching Excellence at MIT 11 years ago

2.37K Views0 Comments1 Likes

Recorded October 13th, 2010.

Amar G. Bose: 6.312 Lecture 09—Intensity, Generalized Elements

Teaching Excellence at MIT 11 years ago

4.75K Views0 Comments1 Likes

Topics include: intensity; generalized elements; electrical and mechanical examples; Kirchhoff circuit laws; vector power, power factor; transformers; sources. Recorded: Oct. 5, 1995.

Amar G. Bose: 6.312 Lecture 19—Microphones

Teaching Excellence at MIT 11 years ago

4.35K Views0 Comments1 Likes

Topics include: microphones; pressure sensitive and pressure-gradient (velocity) microphones; Prof. Ernst A. Guillemin (MIT professor of network theory); Maurice Maeterlink; proximity effect. Recorded: Nov. 14, 1995.

Amar G. Bose: 6.312 Lecture 18—Permanent Magnets

Teaching Excellence at MIT 11 years ago

4.51K Views0 Comments1 Likes

Topics include: permanent magnets; omni vs. cardioid; first transatlantic cable; Norbert Wiener and first use of network synthesis; Kirchhoff's laws; magnetic materials and Alnico; future of electrical systems in auto...

James K. Roberge: 6.302 Lecture 06 — More Root Locus

Teaching Excellence at MIT 11 years ago

2.44K Views0 Comments1 Likes

Topics include: stability analysis of loop transmissions; root contours; closed-loop zero locations and hole locations; demo with frequency-selective (rejection) amplifier that uses Twin-T network. Recorded: 1985.