lec1 - Course goals ? ECE2112 - copyright reserved ECE...

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ECE 2112 ELECTROMAGNETIC THEORY Lecture Notes for C-term 2009 LECTURE 1 Prof. R. Ludwig Department of Electrical and Computer Engineering Worcester Polytechnic Institute Worcester, MA Copyright, 2000 © R. Ludwig
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ECE2112 - copyright reserved ECE 2112 - Lecture 1 How to succeed in this course? – READ SECTION PRIOR TO ATTENDING CLASS (check syllabus) – WORK OUT HOMEWORK ASSIGNEMENT YOURSELF – TAKE CAREFUL NOTES (and review them regularly) – Use the book’s CD-ROM and work through the demo at your own pace – TRY FIRST BEFORE ASKING FOR HELP!
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ECE2112 - copyright reserved ECE 2112 - Lecture 1 Engineering mathematics - short review – vector operations, integral theorems, coordinate transformations and computations in Matlab Static Field Phenomena – electrostatic fields – magnetostatic fields Dynamic Field Phenomena – Faraday’s and Ampere’s laws – Plane waves (as time permits)
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Unformatted text preview: Course goals ? ECE2112 - copyright reserved ECE 2112- Lecture 1 • Maxwell’s theory is the bible of ECE • Fields create forces – Motors and generators • Fields create radiation – Wireless communication – Radar and remote sensing – High-speed circuits Importance of Fields/Waves ECE2112 - copyright reserved High frequency case in point: Satellite communication link ECE 2112- Lecture 1 ECE2112 - copyright reserved ECE 2112- Lecture 1 Low frequency case in point: CMOS technology Oxide (SiO 2 ) Body (p-type substrate) Gate (n + poly) 11.7 s 3.9 ox Very Thin! ~1nm ox t x p-type substrate n+ n+ source drain diffusion regions L body p+ Without permission from Prof. A. Niknejad – UCBerkeley ECE2112 - copyright reserved ECE 2112- Lecture 1 • Mathematics with Matlab – Computation – Visualization – Programming...
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This note was uploaded on 10/13/2009 for the course ECE 2112 taught by Professor Ludwig during the Spring '09 term at WPI.

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lec1 - Course goals ? ECE2112 - copyright reserved ECE...

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