James Clerk Maxwell (1831-1879), a Scottish physicist and mathematician, produced a mathematically and scientifically definitive work which unified the subjects of electricity and magnetism and established the foundation for the study of electromagnetics. Part 1 addresses vector calculus as applied to electro-magnetics.
Regarding your section "Author's Note", I took field theory in college in the late 60's as a EE major. Though I somehow managed an A in both semester I would have to say your experience matches mine to a T. I think this is probably because the time interval over which the material is covered does not allow one to "get into the groove" as to what is really happening. In the end it's just an attempt to memorize a jumble of equations and anticipate that actual circuit design and analysis will not really require an understanding of EM theory.
Technical Paper
9
6
Download to Print
Add to bookmarks
6 comments
write a commentTony Boom Posted Mar 2, 2013
Nice study, I just download this document now. Thanks. Giuong ngu
reply
itctrans Posted Mar 2, 2013
Hi I appreciates vermuch. When we have to epectet Nr. 2,3,4,5,.....? T nicolo
reply
Wittelsbach Posted Mar 6, 2013
Thank you. Part 2 is now available.
reply
AMrtnz Posted Mar 7, 2013
Wonderful tutorial and reference source. Good and short twice good . Thank you very much.
reply
NukeProtect Posted Mar 20, 2013
This is great! Thank you. I hope to find part 2 as well.
reply
Cyrus001 Posted Apr 10, 2013
Regarding your section "Author's Note", I took field theory in college in the late 60's as a EE major. Though I somehow managed an A in both semester I would have to say your experience matches mine to a T. I think this is probably because the time interval over which the material is covered does not allow one to "get into the groove" as to what is really happening. In the end it's just an attempt to memorize a jumble of equations and anticipate that actual circuit design and analysis will not really require an understanding of EM theory.
reply