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Massachusetts Institute of Technology
Department of Electrical Engineering and Computer Science
Spring Semester, 2004
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Massachusetts Institute of Technology
Department of Electrical Engineering and Computer Science
Spring Semester, 2004
| Monday | Tuesday | Wednesday | Thursday | Friday |
|---|---|---|---|---|
| Feb. 2: Registration Day | Feb. 3 |
Feb. 4: Lecture 1
Course overview; Maxwell's Equations: KVL and KCL HW1 assigned |
Feb. 5: Tutorial Case 1: Home wiring - Sizing branch circuits | Feb. 6: Recitation |
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Feb. 9: Lecture 2
Potentials; Nodal Analysis HW2 assigned |
Feb. 10 |
Feb. 11: Lecture 3
AC/DC, transformers, 3-phase |
Feb. 12: Tutorial Case 1: Home wiring - Faults and Protection | Feb. 13: Recitation Electrician's tour |
| Feb. 16: Holiday |
Feb. 17: Lecture 4 (virtual Monday) Linearity and Superposition; Thévenin and Norton equivalence HW3 assigned |
Feb. 18: Lecture 5 Op-amps, Feedback amplifiers, and dependent sources | Feb. 19: Tutorial Case 1: Home wiring - X-10 signalling |
Feb. 20: Recitation
Afternoon Lab: X-10 Measurement Lab
Lab will be open 1-6 End of Quiz 1 material |
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Feb. 23: Lecture 6
Junction Diodes and BJT transistors: models;
amplifiers and switches HW4 assigned |
Feb. 24 |
Feb. 25: Lecture 7
BJT transistors - Bias and incremental analysis and models |
Feb. 26: Tutorial Case 2: Amplifier design - Qualitative analysis |
Feb. 27: Recitation
Afternoon Lab: Audio amplifier
Lab will be open 12-5 |
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Mar. 1: Lecture 8
Compound devices, Op-amps
HW5 assigned |
Mar. 2 |
Mar. 3: Lecture 9
Designing transistor circuits |
Mar. 4: Tutorial Case 2: Amplifier design - Incremental analysis | Mar. 5: Recitation Quiz 1 |
| Mar. 8: Lecture 10 MOS transistors | Mar. 9 | Mar. 10: Lecture 11 Digital logic and the digital abstraction | Mar. 11: Tutorial Case 2: Digital logic gates and standards | Mar. 12: Recitation |
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Mar. 15: Lecture 12
State and memory; L, C; Energy storage and
transfer
HW6 assigned |
Mar. 16 | Mar. 17: Lecture 13 Initial value problem, first-order systems, step response of RC, relaxation oscillator | Mar. 18: Tutorial ?? | Mar. 19: Recitation End of Quiz 2 material |
| Spring break | ||||
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Mar. 29: Lecture 14
Second-order systems, initial value problem and step response of RLC
HW7 assigned |
Mar. 30 | Mar. 31: Lecture 15 Dynamics in State Space; Energy | Apr. 1: Tutorial Case 3: Power converter I | Apr. 2: Recitation Afternoon Lab: Start radio |
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Apr. 5: Lecture 16
Impedance
HW8 assigned |
Apr. 6 | Apr. 7: Lecture 17 SSS response and frequency response; poles and zeroes | Apr. 8: Tutorial Case 3: Power converter II | Apr. 9: Recitation Quiz 2 |
| Apr. 12: Lecture 18 Filters and Q | Apr. 13 | Apr. 14: Lecture 19 Radio communication - modulation | Apr. 15: Tutorial Case 4: Radio I | Apr. 16: Recitation |
| Apr. 19: Holiday | Apr. 20: Holiday |
Apr. 21: Lecture 20
Radio communication - selectivity
HW9 assigned |
Apr. 22: Tutorial Case 4: Radio II | Apr. 23: Recitation |
| Apr. 26: Lecture 21 Radio communication - oscillators | Apr. 27 | Apr. 28: Lecture 22 Feedback and stability: opamp compensation | Apr. 29: Tutorial Case 4: Radio III | Apr. 30: Recitation Afternoon Lab: Radio finished End of Quiz 3 material |
| May 3: Lecture 23 Control: Modeling a Mechanical System | May 4 | May 5: Lecture 24 Control: Design of a controller | May 6: Tutorial Case 5: Controlled cart I | May 7: Recitation Quiz 3 Afternoon Lab: Controlled cart |
| May 10: Lecture 25 Nonlinearity and chaos | May 11 | May 12: Lecture 26 Mechanical watches | May 13: Tutorial Case 5: Controlled cart II | May 14 |
| May 17 | May 18: Final exam, 1:30-4:30 | May 19 | May 20 | May 21 |