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ECEN 3010 –
Circuits and Electronics University of Colorado at Boulder Spring 2013
Click here for syllabus |
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GENERAL COURSE INFORMATION |
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Announcements ·
Lab has been posted · Additional Notes, Quiz Solutions, Equation Sheet Posted · HW 7 and 8 Solutions posted · Thanks to James for pointing out a minor error in the solution for Segment 0. The ABCD = 0000 case should result in a true, which would need an additional term (not)B anded with (not)D. This would result in an additional AND gate and OR gate. Total number of chips would be 18 instead of 17. |
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Instructor Carissa Pocock Office: Engineering Center ECEE 120 Email: Carissa.Pocock@colorado.edu
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Instructor Office Hours Mondays & Wednesdays after class 5-6pm and by appointment |
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Class Location and Time ECEE 1B32 4:00 p.m. – 4:50 p.m. M,W |
Lab Location and Time ITLL 1B10 Mon. Section: 2 p.m. – 3:50 p.m. Fri. Section: 2 p.m. – 3:50 p.m. |
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TA: Amir Ghasemianlangroodi
Email: amir.ghasemian@gmail.com
Office Hours: Fri (tbd) ECEE 285 (TA office in circuits lab)
Textbook: Hambley, Electrical Engineering Principles and Applications, 5th ed.
Suggested reading: Davies, MSP430 Microcontroller Basics, 2008.
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LECTURE INFORMATION |
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If you have a
problem downloading an assignment, email me no later than 5 p.m. the day
before the assignment is due, and I will email the file to you as soon as
possible. Homework Assignments and Solutions ·
Homework 1 Problems
(Due Weds. 1/23/2013) Solutions ·
Homework 2 Problems
(Due Mon. 1/28/2013) Solutions ·
Homework 3 Problems
(Due Mon. 2/4/2013) Solutions ·
Homework 4 Problems
(Due Mon. 2/11/2013) Solutions ·
Homework 5 Problems
(Due Mon. 2/18/2013) Solutions ·
Homework 6 Problems
(Due Mon. 3/11/2013) Solutions ·
Homework 7 Problems
(Due Mon. 3/18/2013) Solutions ·
Homework 8 Problems
(Due Wed. 5/1/2013) Solutions Review Problems (These are extra problems NOT due as
homework) Additional Exam 1 Review Problems Quiz Solutions ·
Quiz 2
Solutions Additional Notes ·
Op-Amp
and BJT Extra Notes: Not official
lecture notes, but should follow closely. The comment on Page 2 is to think
about what changes when the positive terminal isn’t grounded. The comment on Page 4 says
to skip the beginning of the page and go to Bib = Ic
equation. I wrote it in a poor manner that doesn’t make much sense. Exam Material · Exam 1 Feb. 20th (Equation Sheet) (Solutions) · Exam 2 April 8th (Equation Sheet) (Solutions) · Final Exam May 6th (Equation Sheet) Grades · You can look up your grades through D2L |
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Lecture Schedule and Reading This following schedule is approximate. Topic dates and reading assignments may
vary with the actual pace of the class. |
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Monday |
Monday Lab |
Wednesday |
Friday Lab |
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1.Jan.14th Introduction, Basic
Components HW 1
Assigned Reading: Sect.
1.1-1.2 |
Lab 1: Jan. 14th Components and Equipment |
2.Jan.16th Current, Voltage, Power Reading: Sect. 1.2-1.5 |
Lab 1: Jan.17th Lab
Introduction Components and Equipment |
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3.Jan.21st No Class Martin Luther King
Jr. Holiday HW 2 Assigned |
Lab 2: Jan 21nd |
4.Jan. 23rd Equivalent Resistance, KCL, KVL HW 1 DUE Reading: Sect. 1.6-1.7, 2.1-2.2 |
Lab 2: Jan 25th |
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5.Jan.28th Node Voltage Analysis, Superposition HW 2 DUE HW 3
Assigned Reading: Sect. 2.3-2.4 |
Lab 3: Jan 29th Lab 1 Due Turn in Lab 2 if complete |
6. Jan.30th Reading: Sect. 2.5-2.6 |
Lab 3: Jan 31st Resistors and Timers Labs
1 and 2 Due |
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7.Feb. 4th HW 3 DUE HW 4
Assigned Reading: Sect. 2.6,
3.1-3.5 |
Lab 4: Feb. 4th Lab 2 and 3 Due |
8.Feb. 6th Storage Elements, Time
Constants, Steady State Reading: Sect. 4.1-4.2 |
Lab 4: Feb. 7th Lab 3 Due |
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9.Feb. 11th HW 4 Due HW 5
Assigned Reading: Sect.
5.1-5.6 |
Lab 5: Feb. 11th Lab 4 Due |
10.Feb. 13th Review Day/Quiz Reading: Sect. 10.1 |
Lab 5: Feb. 15th Lab 4
Due |
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11.Feb. 18th Diodes and
Rectifiers HW 5 Due Reading: Sect.
10.4, 10.6 |
Lab 5/6: Feb. 18th Start Op-Amp Lab if you can |
12.Feb. 20th Exam 1 Covers up to lecture 10 |
Lab 5/6: Feb. 22nd Start Op-Amp Lab if you can |
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13.Feb. 25th Operational
Amplifiers (Op-Amps) Reading: Sect.
14.1-14.5 |
Lab 6: Feb. 25th Lab 5 Due |
14.Feb. 27th Filters, Summers, Integrators |
Lab 6: Feb. 29th Lab 5 Due |
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15. March 4th Transistors HW 6
Assigned Reading: Sect.
13.1-13.3 |
Lab 6: March 4th |
16. March 6th Transistors/Intro to uCont Reading: Sect. 14.1-14.5 |
Lab 6: March 8th |
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17. March 11th HW 6 Due HW 7
Assigned Reading: Sect. 14.6 |
Lab 7: March 11th Lab 6 Due |
18. March 13th Intro. To uCont/BJT and Op-Amp review |
Lab 7: March 15th Lab 6 Due |
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19. March 18th MOSFETS HW 7 Due |
Lab 7: March. 18th |
20. March 20th Quiz/MOSFETS |
Lab 7: March. 22nd |
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21. March 25th Spring Break No Class |
Lab: March 25th Spring Break No Lab |
22. March 27th Spring Break No Class |
Lab: March 29th Spring Break No Lab |
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23. April 1st Programming and
Binary Format |
Lab 8: April 1st Lab 7 Due |
24. April 3rd Programming and Binary Format/Review |
Lab 8: April 5th Lab 7 Due |
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25. April 8th Exam 2 Covers up to
Lecture 20 |
Lab 8: April 9th Inputs and Logic |
26. April 10th Digital Inputs and Outputs |
Lab 8: April 12th Inputs and Logic |
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27. April 15th Digital Inputs and
Outputs |
Lab 9: April 16th Lab 8 Due |
28. April 17th Intro. to Motors |
Lab 9: April 19th Lab 8 Due |
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29. April 22nd Motors |
Lab 9: April 23rd Lab 8 Due |
30. April 24th Project Overview |
Lab 9: April 26th Lab 8 Due |
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31. April 29th Project Topics |
Lab 10: April 29th Project Lab 9 Extra Credit |
32. May 1st Final Review |
Lab 10: April 3rd Project Lab 9 Extra Credit |
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33. May 6th Final Exam 7:30-10am Lab 9 and EC DUE |
No Lab |
No Class |
No Lab |
Martin Luther King:
1/21
Spring break:
3/25–3/29
Last day of classes: 4/3
CU Academic Calendar:
http://colorado.edu/academics/academic-calendar
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LAB INFORMATION |
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· Lab this week (2/11/2013) is a two week lab. · Lab starts the first week of classes 1/14/2013 |