electromagnetics

3
LYCEUM OF ALABANG Km. 30 National Road,Tunasan, Muntinlupa City COLLEGE OF COMPUTER STUDIES COURSE SYLLABUS COURSE CODE ECE 312 COURSE NAME Electromagnetics CREDITS 3 CONTACT HOURS 3 hrs – Lecture TEXTBOOK Engineering Electromagnetics, 6th ed. By Willaim H. Hayt Jr. COURSE INFORMATION a. Course Description The course will focus on the concepts of Electromagnetics that deals with the study of electric and magnetic fields., time varying fields, Maxwell equations and field and circuit relationships. b. Prerequisite s Physics 2 GOALS FOR THE COURSE a. COURSE OBJECTIVES This course aims to: Discuss the basic concepts of vectors and fields for static as well astime varying cases. Provide the knowlegde in electrostatics and magnetostatics and eliminate Maxwell’s Equation and applications Explain the concept of electromagnetic waves b. COURSE OUTCOMES At the end of this course, The student should be able to: Understand basic concepts of vectors and fields for static as well as time varying cases. Obtain knowledge in electrostatics and magnetostatics and eliminate Maxwell’s Equation and applications. Understand electromagnetic waves. Apply to its solution a few, well-understood, basic principles c. STUDENTS OUTCOMES After completing this course, the student must have: An ability to apply knowledge of mathematics, sciences, and engineering sciences to the practice of computer engineering. (A) An ability to identify, formulates, and solves computer engineering problems. (E) An ability to apply acquired computer engineering knowledge

Upload: cris-calitina

Post on 17-Aug-2015

214 views

Category:

Documents


1 download

DESCRIPTION

syllabus

TRANSCRIPT

LYCEUM OF ALABANGKm. 30 National Road,Tunasan, Muntinlupa CityCOLLEGE OF COMPUTER STUDIESCOURSE SYLLABUSCOURSE CODE ECE 312COURSE NAME ElectromagneticsCREDITS 3CONTACT HOURS 3 hrs LectureTEXTBOOK Engineering Electromagnetics, 6th ed. By Willaim H. Hayt Jr.COURSE INFORMATIONa. Course Descriptionhe course !ill "ocus on the conce#ts o" Electromagnetics that deals !ith the study o" electric and magnetic "ields., time $arying "ields, %a&!ell e'uations and"ield and circuit relationshi#s.b. rere!uisites (hysics 2"OA#S FOR THE COURSEa. COURSE OB$ECTI%EShis course aims to) *iscuss the +asic conce#ts o" $ectors and "ields "or static as !ell astime $arying cases. (ro$idethe,no!legdeinelectrostaticsandmagnetostaticsandeliminate%a&!ell-sE'uationanda##lications Elain the conce#t o" electromagnetic !a$esb. COURSE OUTCOMES.t the end o" this course, he student should +e a+le to) /nderstand +asic conce#ts o" $ectors and "ields "or static as !ell as time $arying cases. 0+tain ,no!ledge in electrostatics and magnetostatics and eliminate %a&!ell-s E'uation and a##lications. /nderstand electromagnetic !a$es. .##ly to its solution a "e!, !ell1understood, +asic #rinci#lesc. STUDENTS OUTCOMES."ter com#leting this course, the student must ha$e) .n a+ility to a##ly ,no!ledge o" mathematics, sciences, and engineering sciences to the #ractice o" com#uter engineering. 2.3 .n a+ility to identi"y, "ormulates, and sol$es com#uter engineering #ro+lems. 2E3 .n a+ility to a##ly ac'uired com#uter engineering ,no!ledge and s,ills "or national de$elo#ment.2L3COURSE CONTENTCONTENT OUT#INE TEACHIN" #EARNIN" METHODO#O"&E%A#UATIONRE#IMINAR& "RADIN" ERIOD'. %ector Ana()sis1.1 4calars and 5ectors1.2 Cartesian Coordinate system1.3 5ector Com#onents and /nit 5ectors1.6 he *ot (roduct and Cross (roduct*. Cou(o+b #a, an- E(ectrica( Fie(- Intensit)2.1 Eerimental La! o" Coulom+2.2 Electric 7ield 8ntensity2.3 7ield due to continuous $olume charge distri+ution2.6 7ield o" Line ChargeLectures(ro+lem 4ol$ingWhite+oard %ar,er(o!er#ointBoard Wor, 9ui::es%a;or E&amination2.< 7ield o" 4heet ChargeMIDTERM "RADIN" ERIOD.. E(ectric F(u/ Densit)0 "auss1 #a, an- Di2er3ence3.1 Electric 7lu& *ensity3.2 .##lication o" =auss- La!3.3 *i$ergence3.6 he 5ector 0#erator and *i$ergence heorem4. Ener3) an- otentia(6.1 %o$ing a (oint Charge ion an Elastic 7ield6.2 he Line 8ntegral6.3 he (otential 7ield o" a (oint Charge6.6 Energy *ensity in the Electrostatic 7ieldLectures(ro+lem 4ol$ingWhite+oard %ar,er(o!er#ointBoard Wor, 9ui::es%a;or E&aminationREFINA# "RADIN" ERIOD5. Con-uctors0 Die(ectrics an- Capacitance