• Electronic Circuits I
• Lecture Schedules:
  • THQ: 7am – 8:30am, Rm 120
  • THU: 10am – 11:30am, Rm 120
  • WFX: 2:30pm – 4pm, LC1

Announcements

• 1/11: Welcome to EEE 51!
• 1/11: You will need to be signed in to your EEE account to access the files
• 1/11: This semester we will be using Piazza for online class discussions. The system is highly catered to getting you help fast and efficiently from classmates, GAs, and the instructors. Rather than emailing questions to the teaching staff, we encourage you to post your questions on Piazza. Find our class discussion page here. Access code: eee51-2s1819.
• 3/23: Fill out this form if you have conflicts with the Exam 1 schedule. Deadline for filling up form is on Wednesday, March 27, 5pm.
• 5/19: Fill out this form if you have conflicts with the Exam 2 schedule. Deadline for filling up form is on Tuesday, May 21, 5pm.
• 5/20: Some notes from the review class here.
• 7/4: The removal exam will be on Monday, July 22, 1-4pm, at LC1.

Exams

• Midterm: Saturday, 3/30, 1pm-4pm
  • Answer Key: Prob 1, Prob 2, Prob 3
• Finals: Thursday, 5/23, 1pm-4pm
  • Answer Key: Prob 1, Prob 2, Prob 3
• Exam Policies:
  • If you miss  the midterm exam due to a valid reason, you must inform your instructor via email of the reason for your absence on or before April 5, 2019. You should also submit a copy of your excuse slip, certified at the college level, as soon as it is available. For students with an excused missed midterm exam, the final exam will comprise 70% of the grade.

Assignments

• Homework #1 here. Due on Tuesday, 1/29, 5pm. (solution)
• Homework #2 here. Due on Tuesday, 2/12, 5pm. (solution)
• Homework #3 here. Due on Tuesday, 2/19, 5pm. (solution)
• Homework #4 here. Due on Tuesday, 2/26, 5pm. (solution)
• Homework #5 here. Due on Tuesday, 3/12, 5pm. (solution)
• Homework #6 here. Due on Tuesday, 3/19, 5pm. (solution)
• Homework #7 here. Due on Wednesday, 4/10, 5 pm. (solution)
• Homework #8 here. Due on Tuesday, 4/23, 5pm. (solution)
• Homework #9 here. Due on Tuesday, 5/7, 5pm. (solution)
• Homework #10 here. Due on Tuesday, 5/14, 5pm. (solution)

Class Lectures

Lecture	Title	Slides	Notes	Annotated Slides(WFX)
1	Introduction	pdf
2	Transistor Models	pdf	pdf	pdf
3	Two-Port Networks	pdf		pdf
4	Single-Stage Amplifiers	pdf	pdf	pdf
5	Single-Stage Amplifiers	pdf	pdf	pdf
6	Current Sources	pdf	pdf	pdf
7	Current Mirrors	pdf		pdf
8	The BJT Differential Amplifier	pdf	pdf	pdf
9	The BJT Differential Amplifier	pdf		pdf
10	The MOSFET Differential Amplifier	pdf		pdf
11	Differential Half-Circuit Analysis	pdf		pdf
12	Differential to Single-Ended Conversion	pdf		pdf
13	Compound Amplifiers	pdf	pdf	pdf
14	Operational Amplifiers; Review (End of midterm exam coverage)	pdf		pdf
15	Transistor Capacitances	pdf	pdf	pdf
16	Frequency Response of Single-Stage Amplifiers	pdf		pdf
17	Frequency Response of Single-Stage Amplifiers	pdf		pdf
18	Review of Feedback Concepts	pdf	pdf	pdf
19	Analysis of Feedback Amplifiers	pdf		pdf
20	Stability of Feedback Amplifiers	pdf		pdf
21	Compensation	pdf		pdf
22	Step Response of Feedback Amplifiers	pdf
23	Introduction to Oscillators
24	Sinusoidal Oscillators
25	Translinear Circuits; Summary

Additional References

• Gray, Hurst, Lewis and Mayer. Analysis and Design of Analog Integrated Circuits, 4th ed. ©2000. Wiley.
• Boylestad and Nashelsky. Electronics Devices and Circuit Theory, 8th ed. ©2002. Prentice-Hall, NJ.
• Savant, Roden, and Carpenter. Electronic Design. ©1991. Benjamin/Cummings Publishing Co.
• Chirlian. Analysis and Design of Integrated Electronic Circuits. ©1986. Addison-Wesley.
• Millman and Grabel. Microelectronics. ©1987. Mc-Graw Hill.