====== EE3002: Analog Circuits(Jul.-Nov. 2019) ====== ===== Instructors ===== * [[http://www.ee.iitm.ac.in/~ani/|S. Aniruddhan]] ===== Classrooms ===== * ESB 127 ===== Schedule ===== E slot(Tu 11-11:50am; W 10-10:50am; Th 8-8:50am; Fr 4:50-5:40pm) ===== Course page on moodle ===== Registered students can login and see the course page at [[https://courses.iitm.ac.in/|https://courses.iitm.ac.in/]]. Resources, tutorials, exam schedules, discussion forum etc. can be accessed from the moodle page. ===== Teaching Assistants ===== Login to moodle at [[https://courses.iitm.ac.in/|https://courses.iitm.ac.in/]] to post questions and contact TAs and faculty. ===== Evaluation ===== There will be two quizzes. These will count for 50% of the grade and the end semester exam for the remaining 40%. Biweekly tutorials will count for 10% of the grade. ===== Recorded lectures ===== The recorded video lectures from a previous year of the course are available [[http://www.ee.iitm.ac.in/videolectures/doku.php?id=ec201:start|here]]. Lecture notes from this year are available below: * {{courses:ee3002_2019:ee3002-2019-lec6.pdf|Lecture 6}} - 6 August 2019 * {{courses:ee3002_2019:ee3002-2019-lec7.pdf|Lecture 7}} - 7 August 2019 * {{courses:ee3002_2019:ee3002-2019-lec8.pdf|Lecture 8}} - 8 August 2019 * {{courses:ee3002_2019:ee3002-2019-lec9.pdf|Lecture 9}} - 20 August 2019 * {{courses:ee3002_2019:ee3002-2019-lec10.pdf|Lecture 10}} - 21 August 2019 * {{courses:ee3002_2019:ee3002-2019-lec11.pdf|Lecture 11}} - 22 August 2019 * {{courses:ee3002_2019:ee3002-2019-lec12.pdf|Lecture 12}} - 23 August 2019 * {{courses:ee3002_2019:ee3002-2019-lec13.pdf|Lecture 13}} - 27 August 2019 * {{courses:ee3002_2019:ee3002-2019-lec14.pdf|Lecture 14}} - 28 August 2019 * {{courses:ee3002_2019:ee3002-2019-lec15.pdf|Lecture 15}} - 29 August 2019 * {{courses:ee3002_2019:ee3002-2019-lec16.pdf|Lecture 16}} - 03 September 2019 * {{courses:ee3002_2019:ee3002-2019-lec17.pdf|Lecture 17}} - 04 September 2019 * {{courses:ee3002_2019:ee3002-2019-lec18.pdf|Lecture 18}} - 06 September 2019 * {{courses:ee3002_2019:ee3002-2019-lec19.pdf|Lecture 19}} - 12 September 2019 * {{courses:ee3002_2019:ee3002-2019-lec20.pdf|Lecture 20}} - 13 September 2019 * {{courses:ee3002_2019:ee3002-2019-lec21.pdf|Lecture 21}} - 17 September 2019 * {Lecture 22} - 19 September 2019 (not recorded) * {{courses:ee3002_2019:ee3002-2019-lec23.pdf|Lecture 23}} - 20 September 2019 * {{courses:ee3002_2019:ee3002-2019-lec24.pdf|Lecture 24}} - 21 September 2019 * {{courses:ee3002_2019:ee3002-2019-lec25.pdf|Lecture 25}} - 24 September 2019 * {{courses:ee3002_2019:ee3002-2019-lec26.pdf|Lecture 26}} - 25 September 2019 * {{courses:ee3002_2019:ee3002-2019-lec27.pdf|Lecture 27}} - 1 October 2019 * {{courses:ee3002_2019:ee3002-2019-lec28.pdf|Lecture 28}} - 15 October 2019 * {{courses:ee3002_2019:ee3002-2019-lec29.pdf|Lecture 29}} - 16 October 2019 * {{courses:ee3002_2019:ee3002-2019-lec30.pdf|Lecture 30}} - 17 October 2019 * {{courses:ee3002_2019:ee3002-2019-lec31.pdf|Lecture 31}} - 18 October 2019 * {{courses:ee3002_2019:ee3002-2019-lec32.pdf|Lecture 32}} - 22 October 2019 * {{courses:ee3002_2019:ee3002-2019-lec33.pdf|Lecture 33}} - 23 October 2019 * {{courses:ee3002_2019:ee3002-2019-lec34.pdf|Lecture 34}} - 24 October 2019 * {{courses:ee3002_2019:ee3002-2019-lec35.pdf|Lecture 35}} - 30 October 2019 * {Lecture 36} - 31 October ber 2019 (not recorded) ===== Tutorials ===== Problem sets will be posted below. You are expected to solve them on your own. You can approach the teaching assistants for clarifications and help. You should work each one before the corresponding dates given below. (The dates below are only tentative ones and can be changed at any time) * {{courses:ee3002_2018:tutorial_1.pdf|Problem set 1}} - Due 9 August 2019 * {{courses:ee3002_2018:tutorial_2.pdf|Problem set 2}} - Due 16 August 2019 * {{courses:ee3002_2018:tutorial_3.pdf|Problem set 3}} - Due 3 September 2019 * {{courses:ee3002_2018:tutorial4.pdf|Problem set 4}} - Due 20 September 2019 * {{courses:ee3002_2018:tutorial5.pdf|Problem set 5}} - Due 20 September 2019 * {{courses:ee3002_2018:tutorial6.pdf|Problem set 6}} - Due 27 September 2019 * {{courses:ee3002_2018:tutorial7.pdf|Problem set 7}} - Due 25 October 2019 * {{courses:ee3002_2018:tutorial8.pdf|Problem set 8}} - Due 1 November 2019 * {{courses:ee3002_2018:tutorial.pdf|Problem set 9}} - Due 8 November 2019 * {{courses:ee3002_2018:tutorial10.pdf|Problem set 10}} - Due 8 November 2019 ===== Simulation Assignments ===== You are expected to do the Simulation Assignment on your own. You can approach the teaching assistants for clarifications and help. LTSpice tutorial/simulation exercises: The simulation files are hosted on GitHub. The link to it and a set of guidelines are compiled in the PDF below. The exercises were designed to explain LTspice by simulating various circuits. Different circuits have been chosen to explain different analysis and testbench setups e.g. R-2R ladder / RC filters / RLC circuits / Rectifiers / Wein Bridge oscillator / Single stage Opamp / 555 Timer / Mosfets. Most of those circuits have either been covered in previous or ongoing courses. * {{courses:ee3002_2019:ltspice_simulation_exercises.pdf|LTSpice Simulation exercises}} Use the TSMC 0.18um MOSFET Model Files from: http://www.ee.iitm.ac.in/~nagendra/cadinfo.html * {{courses:ee3002_2017:simulationexercises-ee5310.pdf|Other simulation exercises for practice (not graded)}} * {{courses:ee3002_2019:ee3002-opamp-design-project.pdf|Opamp design project}} - Due Sunday 3rd Nov 2019 11:59pm ===== References ===== * **Bode plots**: Recorded lectures [[http://www.ee.iitm.ac.in/~nagendra/EC1010/201401/lectures/20140401/20140401.html|here]] and [[http://www.ee.iitm.ac.in/~nagendra/EC201/201208/lectures/20120817/20120817.html|here]] * **Two port parameters**: * Lectures [[http://www.ee.iitm.ac.in/~nagendra/EC1010/201401/lectures/20140213/20140213.html|14]], [[http://www.ee.iitm.ac.in/~nagendra/EC1010/201401/lectures/20140214/20140214.html|15]] of [[http://www.ee.iitm.ac.in/~nagendra/videolectures/doku.php?id=ec1010_2014nk:start|Electrical and Magnetic Circuits]] * lectures 20(second half), 21, 24, 25, 26 of [[http://nptel.iitm.ac.in/video.php?subjectId=108102042|Prof. Dutta Roy's course on circuit theory]] at [[http://nptel.iitm.ac.in|NPTEL]]. Problems in two port parameters are in lectures in 23, 25, 29 * **Circuit analysis with Laplace Transforms**: Follow lectures 5-8 at [[http://www.ee.iitm.ac.in/~nagendra/videolectures/doku.php?id=200806krkf:start|this link]] to refresh your understanding of laplace transform analysis, sinusoidal steady state etc. Solve the practice problems in {{courses:ec201_2011:laplacetutorial.pdf|this problem set}}. ===== Pre-requisites ===== * [[http://www.ee.iitm.ac.in/~nagendra/videolectures/doku.php?id=ec1010_2014nk:start|Electrical and Magnetic Circuits]] or Electric Circuits and Networks * [[http://nptel.iitm.ac.in/video.php?courseId=1049|Networks and Systems]] or Signals and Systems * Analog Systems and Laboratory ===== Attendance ===== If you are more than 5 min. late, please do not enter the classroom.