ECE 614 – Electromagnetic Compatibility – 10132-8
Prof. Edward H. Newman Spring 2007
Summary: This course serves as an introduction to Electromagnetic Compatibility (EMC) including government regulations, radiated emissions and susceptibility, shielding, and cross-talk. The information can be used to design an electronic device that is Electromagnetically Compatible: (1) it will not emit unwanted electromagnetic radiation that will interfere with other electronic devices, and (2) it will not be susceptible to electromagnetic emissions from other electronic devices.
Text: C.R. Paul, Introduction to Electromagnetic Compatibility, Wiley, 2nd Ed. 2006
Lecture Notes: from UniPrint in the Tuttle Parking Garage (recommended)
Web Course Info.: http://www.ece.osu.edu/~newman
Instructor: Professor Edward H. Newman ( newman@ece.osu.edu )
Dreese Lab Office: Rm. 364 (Tele: 292-3901)
ElectroScience Lab Office (1320 Kinnear Rd.): Rm. 253 (Tele: 292-4999)
Office Hrs: M-W-F 7:30am – 12:30pm or by appt. at DL or ESL office
TA: Mehmet Yavuz, ( yavuz.5@osu.edu )
Office Hrs: M-W-F 2:30pm – 3:30pm in DL 601 (Tele: 292-7981 ext. 49278)
Course Outline
Chapters 3,4,7: Signal Spectra, T-lines, EM Theory and Antennas (Just-in-Time)
Chapter 1: Introduction to the EMC problem
Chapter 2: EMC Government Regulations
Chapter 5: Non-ideal Behavior of RLC Circuit Components
Chapter 8: Radiated Emissions and Susceptibility
Chapter 9: Transmission Line Cross Talk
Chapter 10: EM Shielding
Chapter 11: System Design (ElectroStatic Discharge, Grounding, etc.)
Grading: The course will be graded on a “curve” as follows:
|
Graded Item |
% |
Date |
|
Homework |
25% |
Monday – 1st 5 min. of class – lowest dropped |
|
Midterm #1 |
20% |
Wednesday April 25 |
|
Midterm #2 |
20% |
Wednesday May 23 |
|
Final Exam |
35% |
Wednesday June 6 from 1:30pm – 3:18pm |
|
Computer Project |
Xtra |
Extra Credit – To be assigned |
·Permitted Materials for Exams: Paul’s text + UniPrint class notes + one 8.5x11 in. sheet (both sides), but no homework solutions. Bring calculator and straight edge.
·Homework Problems: are assigned on Wed. and due on Mon. Must be done on a separate sheet of paper, since only one problem will be corrected and graded. Homework solutions must be reasonable neat and legible, and contain a minimum description of the basic steps. Students are permitted to work together or obtain any assistance on Homework problems, short of simply copying someone else's solution.
·Grading Questions: start with TA, and then see me if it can not be resolved.