Engineering Electromagnetics- 1 Lecture 1: Introduction and Class outline

Transcription

1 Engineering Electromagnetics- 1 Lecture 1: Introduction and outline ksyoung@skku.edu School of Information and Communication Engineering Sungkyunkwan University

2 Course Information meets at 3:00 pm or 4:30 pm. on Monday and Wednesday TEXTBOOK Mattew N.O. Sadiku, Elements of Electromagnetics, 5 th ed. Staff Professor: (ksyoung@skku.edu, rm ) Office Hour: 3:00pm-5:00pm Tuesday, Thursday TA: Jisoo Hwang (jisuhwang10@gmail.com), Kyungsoo Kim (kyungsoo88@gmail.com) Room : semiconductor building , i-campus will be run to communicate and to post lectures/lecture notes Lecture notes : 과목자료실 OBJECTIVES Vector Calculus Static Electric Field Static Magnetic Field Maxwell s Equations

3 Engineering Electromagnetics Vector Analysis Static Electric Field Static Magnetic Field Electromagnetic is the study of the effects of electric charges at rest and in motion A field is a spatial distribution of a quantity, which may or may not be a function of time A time-varying electric field is a accompanied by a magnetic field, and vice versa

4 Week Tentative Schedule Week 1 Introduction 9 Capacitance and Resistance in VLSI systems 2 Vector Analysis 10 Static Magnetic Fields (Bio-Savart Law) 3 Static Electric Fields (Gauss's Law, Electric Potential) 4 Static Electric Fields (Conductors and Dielectrics in Static Electric Fields, Boundary Conditions ) 5 Capacitance and Capacitors, Electrostatic energy and force 11 Static Magnetic Fields (Magnetic dipole, Boundary Conditions) 12 Magnetic Material 13 Inductance and Inductors 6 Boundary Value Problems 14 Magnetic Energy, Magnetic Forces and Torques 7 Midterm 15 Applications of Electromagnetics 8 Steady Electric Currents 16 Review and Finals

5 Logistics Attendance Will be called 10 time during the semester, at any time during the class. If you absent 3 times at the moment the roll is called, grade F will be given(department rule). Students need to sit at their assigned seat. If your attitude in class is not acceptable, for example, sleeping on the desk, phone chatting continuously, or not following the instructor s directions will be counted as absent. You are allowed once during the semester to be absent in class with 48 hour notice before the class. Send to TA. If you are absent due to medical reason, please submit Dr. s note following the next class.

6 Attendance (10%) Logistics Every class you are required to submit the paper that includes the solutions to the problems that are given during the class. HW (10%) Quiz 1, quiz 2 ( 10%, 10% ) Midterm exam (25%) Final exam ( 35%)

7 Time Schedule 3 月 Quiz

8 Time Schedule 4 月 Review Midterm Exam! Midterm

9 Time Schedule 5 月 Quiz Make-up

10 Time Schedule 6 月 No No 14 Make-up Review!! Final Exam! Final

11 WHAT IS EM?

12 Introduction

13 Application

14 Introduction to Electromagnetics Electricity Oersted Magnetism Faraday

15 HISTORY

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19 WHY DO WE NEED TO LEARN ELECTROMAGNETICS?

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21 Introduction to Electromagnetics Maxwell s Equations Electromagnetic Waves

22 Why do we need to learn EM? Semiconductor devices VLSI interconnect delay analysis Wire input Wire output

23 High Speed Links Prof. Jung-Hoon Chun, 2010 VLSI-DAT SymposiumTutorial

24 Transmission Lines

25 Crosstalk

26 Power Integrity

27 System in Package with PDN Mid-Frequency Decoupling Capacitor on PCB Low Inductance Capacitor on Package Chip Ball Grid Array Package Ball Bonding VRM Bulk Capacitor on Package Grou nd Pow er Equivalent Circuit Model of SIP Microstrip line Vias Stripline Chip Package Vdd Vss PCB Vdd Vs s

28 Interconnect inside IC

29 Electromagnetic Interference (EMI)

30 Electromagnetic Interference (EMI)

31 ELECTROMAGNETICS SUMMARY

32 NEXT CLASS, WE WILL START VECTOR CALCULUS!