ECE 210 is the first mathematically oriented course in the electrical and computer engineering curricula. The course begins by building on the circuit analysis concepts you learned in ECE 110 and then progresses into the more abstract world of Fourier and Laplace transforms. Much of what we will do will rely on your background in calculus. Our goal will be to apply mathematical tools to the analysis and design of signal processing systems, culminating in a thorough understanding of an AM radio receiver and the ability to design simple filters. ECE 210 deals with the processing of continuous-time, or analog signals. The follow-on course, ECE 310, covers the processing of sampled, or digital signals. Full description, including course goals and instructional objectives, can be found here.
ECE 211 is the first half of ECE 210. Students in ECE 211 should attend lectures approximately through Friday, October 15 (Chapters 1 through 6 in the course textbook). Full description, including course goals and instructional objectives, can be found here.
Course information in course explorer: ECE 210, ECE 211,
Section: | ECE 210 AL1/AL8 ECE 211 B/ONB |
ECE 210 AL2/AL5 ECE 211 C/ONC |
ECE 210 AL3/AL6 ECE 211 E/ONE |
ECE 210 AL4/AL7 ECE 211 F/ONF |
Instructor: | Andrey Mironov slides |
Juan Alvarez slides |
Olga Mironenko slides |
Larry Lee slides |
Lectures: | MTW F 3-3.50 p.m. ECEB 1013 Live stream |
MTW F 11-11.50 a.m. ECEB 1013 Live stream |
MTW F 12-12.50 p.m. ECEB 1013 Live stream |
MTW F 2-2.50 p.m. ECEB 1013 Live stream |
Contact: | 2064 ECEB amirono2@ |
3046 ECEB alvarez@ |
4066 ECEB olgamiro@ |
2258 MNTL mllee@ |
Students MUST properly wear maks in order to attend the in-person lectures. Visit the University's COVID-19 website here for detailed information on COVID related procedures.
Instructions on how to access the live-stream are here.
Textbook: Kudeki & Munson, Analog Signals and Systems Prentice Hall, 2009. Daily reading assignments are shown in the Course Calendar .
Corrections to the text book (errata)
Useful tables (Fourier series, Fourier transform, convolution, delta function, and Laplace transform)
Slides: each instructor might provide lecture slides and can be found in the lectures section of this website.
Additional references/notes:Active participation in your learning environment is vital to your success in this course.
Campuswire: For discussions and questions regarding course material. Code to join: 9956
Student online behavior: In any social interaction, certain rules of etiquette are expected and contribute to more enjoyable and productive communication. The following are tips for interacting online via e-mail or discussion board messages, adapted from guidelines originally compiled by Chuq Von Rospach and Gene Spafford (1995):
Communication: It is the student's responsibility to check their email daily, in case there are announcements from course staff. Please post your questions on the discussion board, Campuswire, instead of emailing the instructors or TAs directly because it is very likely that you're not the only one of enrolled in the course that has that same question. This way, others can take advantage of the responses to your questions, and other students might be able to assist you sooner.
It is the student's responsibility to check that the correct grades are entered in CANVAS.
The final grade will be calculated as follows:
Grading for ECE 210: 3 Midterm exams.................. 45% Final Exam............................ 30% Written HW........................... 15% Labs...................................... 10% |
Grading for ECE 211: 1 Midterm exam.......... 35% Exam 2 (final)............. 45% Written HW................. 20% |
In order to account for sickness, travel or internet issues, your two lowest homework grades will be dropped (only one for ECE 211).
As a rough guideline, we intend to award letter grades as indicated below, where 'm' is the mean and 's' is the standard deviation.
The exams dates/times are as follows:
Conflict exam requests: Some of you might have an overlpaping activity that warrants a conflict exam, as indicated in the Article 3 part 202(e) of the student code. We will offer a conflict exam in those cases but you need to get the approval of the course coordinator, Prof. Alvarez, in order to be able to take the conflict exam. All students will receive an email with a link to request a conflict two weeks before each exam. If you have a conflict with the exam you must complete the form at least 9 days before the exam, which includes information about the class/lab/exam/activity that conflicts with the exam (include contact information for the corresponding instructor for that course). .
Open office hours (lab questions might be referred to the open lab times) | |
Office hours strictly for small study sessions (need to sign up in order to attend). See more info below the table. |
Password for online office hours is ece210here.
Hrs. | Monday except Sept. 6, Nov. 22 |
Tuesday except Nov. 23 |
Wednesday except Nov. 24 |
Thursday except Nov. 25 |
Friday except Nov. 26 |
8-9am | Binghui Wang online |
Xinhang Song online |
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9-10am | Xinhang Song ECEB 3034 |
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10-11am | Shiyi Yang ECEB 3034 |
Binghui Wang ECEB 3034 |
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11am-12pm | Juan Alvarez ECEB 3034 |
Shiyi Yang ECEB 3034 |
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12-1pm | Haofeng Sun ECEB 3034 |
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1-2pm | Kevin Huang ECEB 3034 |
Binghui Wang ECEB 3034 |
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2-3pm | Xinhang Song ECEB 3034 |
Olga Mironenko ECEB 3034 |
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3-3.30pm | Xinhang Song Shiyi Yang ECEB 3015/online |
Kevin Huang Haofeng Sun ECEB 3015/online |
Xinhang Song ECEB 3034 |
Larry Lee ECEB 3034 |
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3.30-4pm | Olga Mironenko Kevin Huang ECEB 3015/online |
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4-4.30pm | Binghui Wang Haofeng Sun ECEB 3015 only |
Juan Alvarez Haofeng Sun ECEB 3015 only |
Andrey Mironov ECEB 3034 |
Binghui Wang online |
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4.30-5pm | Andrey Mironov Kevin Huang ECEB 3015 only |
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5-5.30pm | Larry Lee Haofeng Sun ECEB 3015 only |
Kevin Huang Haofeng Sun ECEB 3015 only |
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5.30-6pm | Kevin Huang Xinhang Song ECEB 3015 only |
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6-6.30pm |
Open office hours
Office hours on Monday, Tuesday and Wednesday are open hours where all types of questions are allowed, and we have found that students mostly use them to ask about the upcoming homework.
Course staff will not give you the answers nor check if your answer is correct. Course staff will help you see if your approach is correct/incorrect, and guide you accordingly.
Small study session office hours
We also have additional office hours each week of support for you by having small study sessions with course staff members to answer conceptual questions, provide additional examples, etc. but nothing related to that week's HW.
These sessions will be available on Thursdays and Fridays by signing up via this online form using your Google Apps @ Illinois account.
The signup is voluntary but we do expect your attendance and participation regularly if you do sign up for a slot.
Once you sign up for a slot, it will be assumed that you will attend that slot from then on, so please remember to unregister if you will no longer attend.
You will need an ECE 210 lab kit, which you should request starting on August 30. If you will not be in town for the semester, you must request it by September 3 to make sure you receive it on time. There will be no extensions to deadlines if you order/pick up your kit late. You can request it here. Only students registered in ECE 210 can request it, and there is no charge for it. However, if you drop the course, you will have to return it or you will be charged for it.
If you already have an ADALM2000 because you took ECE 110 last semester, you will still need to order the 210 kit but you will not receive an additional ADALM, only the component kit and a larger breadboard.
All students should bring their last semester's kit with you to campus so components like ADALM, breadboard, and wirekit can be reused.
There is more information regarding the lab kits here.
An introductory Lab 0 plus five laboratory assignments will be given, beginning on September 13.
Password for online labs is ece210here.
Lab Times (September 13 - December 3):Hrs. | Monday | Tuesday | Wednesday |
10am-12pm | Sections AB1/AB2 in 4072 ECEB Section ABF via Zoom Xinhang Song/Binghui Wang |
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12-2pm | Sections AB3/AB4 in 4072 ECEB Section ABG via Zoom Haofeng Sun/Kevin Huang |
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2-4pm | Sections AB5/AB6 in 4072 ECEB Section ABH via Zoom Haofeng Sun/Kevin Huang |
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4-6pm | Sections AB7/AB8 in 4072 ECEB Section ABI via Zoom Kevin Huang/Shiyi Yang |
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6-8pm | Sections AB9/ABC in 4072 ECEB Section ABJ via Zoom Binghui Wang/Kevin Huang |
Sections ABD/ABE in 4072 ECEB Section ABK via Zoom Shiyi Yang/Xinhang Song |
Sections ABA/ABB in 4072 ECEB Xinhang Song/Haofeng Sun |
9-11pm | Section ABL via Zoom Binghui Wang |
Code Guide Resistors are color coded in ohms, inductors in microH, and capacitors (with digits) in picoF.
ECE 210 Honors will introduce students to Python programming with 7 weekly lab sessions. The sessions will start the week after the first midterm. You do not have to be a James Scholar to sign up.
Programming will be done in Jupyter Notebook. In this course, students will apply concepts they learned in ECE 210 into Python programs.
Topics to be covered include: Intro to Python and Jupyter Notebook, Libraries (Numpy, Scipy), Fourier series, Array Operations, Fourier transform, Convolution, and Pole-Zero plots. Prior programming experience in any language can be helpful but is not required.
Please complete this form before Friday to find the best time to schedule the sessions.
If you are a James Scholar, you must also complete the corresponding form from the College and submit it before September 20.
UPDATE: Here is information about the times/dates for this semester's honors.
>Monday | Tuesday | Wednesday | Thursday | Friday |
Aug. 23
Introduction & voltage, current power, KVL, KCL 0, 1.1-2 |
Aug. 24
Elements, sources, solutions of circuit problems, 1.3 |
Aug. 25
Complex numbers review 1.4, App. C, Resistor combinations 2.1 |
Aug. 26 |
Aug. 27
Source combinations, node voltage method 2.1-2 |
Aug. 30
Node voltage method 2.2 |
Aug. 31
Loop current method 2.3 |
Sept. 1
Linearity & superposition 2.4 |
Sept. 2 |
Sept. 3
Thevenin & Norton 2.4 |
Sept. 6
Labor day NO LECTURES |
Sept. 7
Available power & max power transfer 2.5 |
Sept.
Op-amps & ideal op-amp approximations 3.1 |
Sept. 9 |
Sept. 10
Linear op-amp ckts 3.1 |
Sept. 13
Differentiators & integrators 3.2Lab 0 |
Sept. 14
Introduction to LTI systems 3.3 |
Sept. 15
1st order RC ckt response to constant inputs 3.4.1 |
Sept. 16 |
Sept. 17
RC & RL ckts with constant inputs 3.4.1-2 |
Sept. 20
RC & RL ckts with time-varying inputs 3.4.3Lab 1 |
Sept. 21
Transient & steady-state response in LTI systems 3.4.3, 3.5 |
Sept. 22
Phasors & sinusoidal SS solutions of linear ODEs 4.1.1-2 |
Sept. 23
Midterm Exam I |
Sept. 24
NO LECTURES |
Sept. 27
Impedance & phasors in sinusoidal steady state ckts 4.1.3, 4.2.1 |
Sept. 28
Phasor ckt analysis 4.2.2-3 |
Sept. 29
Post-review of Exam I |
Sept. 30 |
Oct. 1
Avg and available power 4.3 |
Oct. 4
Resonance 4.4Lab 2 |
Oct. 5
Frequency response of dissipative LTI systems 5.1-2 |
Oct. 6
LTI system response to co-sinusoids & multi-frequency inputs 5.3-5 |
Oct. 7 |
Oct. 8
Periodic signals 6.1 |
Oct. 11
Fourier series & its forms 6.2 |
Oct. 12
Fourier series examples 6.2 |
Oct. 13
LTI system response to periodic inputs 6.3.1 |
Oct. 14 |
Oct. 15
Avg signal power, Parseval's thm, harmonic distortion 6.3.2-3 Last day for ECE 211 |
Oct. 18
Fourier transform of aperiodic signals 7.1Lab 3 |
Oct. 19
Fourier transform pairs and properties of FT 7.1 |
Oct. 20
Signal energy and bandwidth 7.2 |
Oct. 21
Midterm Exam II |
Oct. 22
NO LECTURES |
Oct. 25
LTI system response using FT 7.3 |
Oct. 26
Post-review of Exam II |
Oct. 27
Modulation property, AM signal, coherent demodulation 8.1-2 |
Oct. 28 |
Oct. 29
Envelope detection, superhet AM receiver 8.3-4 |
Nov. 1
Convolution & FT convolution properties 9.1.1-2Lab 4 |
Nov. 2
Graphical convolution 9.1.3 |
Nov. 3
Convolution examples 9.1.3 |
Nov. 4 |
Nov. 5
Impulse & its properties 9.2 |
Nov. 8
FT of power signals 9.2-3 |
Nov. 9
Sampling & analog signal reconstruction 9.4 |
Nov. 10
Impulse response & BIBO stability 10.1-2 |
Nov. 11 |
Nov. 12
Causality & LTIC systems 10.3-5 |
Nov. 15
Transfer function & Laplace transform 11.1 Lab 5 |
Nov. 16
Properties of Laplace Transform 11.1 |
Nov. 17
Inverse Laplace transform & PFE 11.2 |
Nov. 18
Midterm Exam III |
Nov. 19
NO LECTURES |
Nov. 22
Thanksgiving breakNO LECTURES |
Nov. 23
Thanksgiving breakNO LECTURES |
Nov. 24
Thanksgiving breakNO LECTURES |
Nov. 25
Thanksgiving breakNO LECTURES |
Nov. 26
Thanksgiving breakNO LECTURES |
Nov. 29
Inverse Laplace transform & PFE, s-domain ckt analysis 11.2-11.3 |
Nov. 30
s-domain ckt analysis, general response of LTIC systems 11.3, 11.4.1 |
Dec. 1
Post-review of Exam III |
Dec. 2 |
Dec. 3
General response of LTIC systems, zero-input response in LTIC ckts & systems 11.4.1-2 |
Dec. 6
Zero-input response in LTIC ckts & systems, ckt initial value problems 11.4.2-11.4.3 |
Dec. 7
Ckt initial value problems, LTIC system combinations 11.4.3-11.5 |
Dec. 8
Review |
Dec. 9 Reading Day |
Dec. 10 |
The University of Illinois at Urbana-Champaign Student Code should is very important for you to know.
Students should pay particular attention to Article 1, Part 4: Academic Integrity. Academic dishonesty may result in a failing grade. Every student is expected to review and abide by the Academic Integrity Policy. Ignorance is not an excuse for any academic dishonesty. It is your responsibility to read this policy to avoid any misunderstanding. Do not hesitate to ask the instructor(s) if you are ever in doubt about what constitutes plagiarism, cheating, or any other breach of academic integrity.
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Emergencies can happen anywhere and at any time. It is important that we take a minute to prepare for a situation in which our safety or even our lives could depend on our ability to react quickly. When we’re faced with almost any kind of emergency – like severe weather or if someone is trying to hurt you – we have three options: Run, hide or fight.
Run Leaving the area quickly is the best option if it is safe to do so.
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Hide When you can’t or don’t want to run, take shelter indoors.
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Fight As a last resort, you may need to fight to increase your chances of survival.
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Please be aware of people with disabilities who may need additional assistance in emergency situations
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