Circuits and Electronics
(Fall 2026)
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Announcements
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Midterm Scores and Statistics are available from the Progress Page.
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If you find an objective error in grading (such as a correct answer being marked as incorrect), please e-mail 6.200-help@mit.edu with the subject line "6.200 Midterm Regrade Request" describing in detail the error you found. We will review your concern and regrade your entire exam to eliminate the error you found, as well as any other grading errors. If you want your exam regraded, you must let us know by Friday evening, 13 Nov, at 10pm. We will try to have the exams regraded by the following Monday.
Note that regrade requests are intended to help us find and fix errors in grading (e.g., correct answers that were marked as incorrect), not as a way to request additional partial credit for an incorrect answer.
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If you are concerned about your performance on the exam, or about your performance in the class in general, please reach out to 6.200-help@mit.edu, and we will gladly find a time before drop date (18 Nov) to meet with you to figure out a plan for moving forward.
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Section Assignments: We have made our first round of section assignments based on the submissions to the student survey.
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- Please log in to see your recitation section.
Calendar
This calendar shows the current plan, though some of the details may change as we work our way through the semester.
| Week | Lecture A (Tuesday) |
Recitation (Wednesday) |
Lecture B (Thursday) |
Design Lab (Friday) |
PSet |
|---|---|---|---|---|---|
| 0 | 08 Sep No Lecture (Registration Day) | 09 Sep Lumped Element Abstraction example.pdf | 10 Sep Nodal Analysis notes.pdf | 11 Sep Scopes, Breadboards, Sensors | PS00 |
| 1 | 15 Sep Supernodes, Series/Parallel Combinations notes.pdf | 16 Sep Simplification | 17 Sep Current and Voltage Dividers notes.pdf | 18 Sep Buttons, Pots, and Joysticks | PS01 |
| 2 | 22 Sep Linearity, Superposition notes.pdf | 23 Sep Superposition | 24 Sep Equivalent Circuits notes.pdf | 25 Sep Gamepad | PS02 |
| 3 | 29 Sep Thévenin and Norton notes.pdf | 30 Sep Equivalent Circuit Examples | 01 Oct Dependent Sources notes.pdf | 02 Oct Digital-to-Analog Converter | PS03 |
| 4 | 06 Oct Capacitors and First-order Circuits notes.pdf | 07 Oct Inductors and First-order Circuits | 08 Oct Intuitive Analysis of First-order Circuits notes.pdf | 09 Oct Capacitive Touch Sensor | PS04 |
| 5 | 13 Oct No Lecture (Indigenous Peoples' Day) | 14 Oct RC/LR Examples | 15 Oct Impulse Response notes.pdf | 16 Oct Metal Detector | PS05 |
| 6 | 20 Oct Operational Amplifiers notes.pdf | 21 Oct Op-Amp Examples | 22 Oct Op-Amp Applications notes.pdf | 23 Oct Motor Control | No PSet |
| 7 | 27 Oct Op-Amp Comparator and Oscillator notes.pdf | 28 Oct No Recitation (Midterm on Tuesday evening) | 29 Oct LC Circuits notes.pdf | 30 Oct Light-following Robot | PS07 |
| 8 | 03 Nov RLC Circuits notes.pdf | 04 Nov Second-order step and impulse response | 05 Nov Sinusoidal Steady State notes.pdf | 06 Nov Bass Boost | PS08 |
| 9 | 10 Nov Impedance Methods notes.pdf | 11 Nov No Recitation (Veterans Day) | 12 Nov Frequency Response | 13 Nov Frequency Response | PS09 |
| 10 | 17 Nov Resonance and Quality Factor | 18 Nov Impedance and Freq Resp Examples | 19 Nov Second-order Circuits and Filtering | 20 Nov Optical Communication | PS10 |
| 11 | 24 Nov Complete Solution | 25 Nov No Recitation | 26 Nov No Lecture (Thanksgiving) | 27 Nov No Lab (Thanksgiving) | No PSet |
| 12 | 01 Dec Higher-order Systems | 02 Dec Higher-order Systems | 03 Dec Phasors and Transfer Functions | 04 Dec Power Up! | PS12 |
| 13 | 08 Dec Two-port networks, modularity | 09 Dec Wrap-up | 10 Dec Wrap-up | 11 Dec No lab | No PSet |
Final Exam: TBD | |||||