The new forums will be named Coin Return (based on the most recent vote)! You can check on the status and timeline of the transition to the new forums here.
The Guiding Principles and New Rules document is now in effect.
I'm looking for a college level Electrical Engineering 101 textbook. Something with a very broad scope that will give me a little taste of the various sub-specialities in the field. I'm not looking to go back to college or even get certification, I just want to be able to understand the subject on a basic level and learn at least a good chunk of EE jargon.
EE is a pretty broad subject. What are you interested in?
iostream on
The Carrot
Gugu held out his long carrot and said, "If you call this a carrot, you oppose its reality. If you do not call it a carrot, you ignore the fact. Now what do you wish to call this?"
I'm looking for a college level Electrical Engineering 101 textbook. Something with a very broad scope that will give me a little taste of the various sub-specialities in the field. I'm not looking to go back to college or even get certification, I just want to be able to understand the subject on a basic level and learn at least a good chunk of EE jargon.
Thanks in advance.
Can you read diagrams and resistors? Calculate the total resistance in a parallel circuit? Pretty broad subject, like the man said... but I'd say something that does those things would be a great place to start. In highschool we had a pretty cool program that would let you design a circuit and then test it. It also had about 15 circuits (for things like radios and stuff) that it could randomly fail a part of, and then ask you to troubleshoot by signal injection and a virtual mulitmeter. It would score you based on the number of things you had to do to solve the problem too... I miss that.
If anyone finds the name of that program as a part of this, I'd be very interested in knowing as well.
edit: I think it was "something" lab. I'm sure that doesn't help.
My obligatory EE class as a Mech-E, we used a book called "Electric Circuits" by Nilsson/Riedel. It assumes a relatively thorough understanding of the physics behind the circuits, however. I can't say I'm that fond of it, but I'm completely terrible at electricity so it's not an unbiased opinion.
So yeah. If you haven't had a year of college-level physics recently and aren't proficient in Calculus, I'd look elsewhere, but the book does cover most of the EE basics I'd say. Basic circuit equivalence transformations, Thevenin circuits, time-to-frequency domain conversions, Laplace transform solutions, bandpass filters, fourier series.
It has been the standard at my school for quite some time and the professor who teaches the course is rather good. It covers AC, DC, Power, Signals, Systems, Phasors, Laplace, Digital, FETs and all the goodies in between.
As said you will need some calculus for AC signal analysis, but the book does a decent job of explaining that topic as well as a decent introduction to Laplace transforms. I still carry my copy around with me, but of course your mileage may vary.
"Art of Electronics" has been a classic "all-in-one-place-guide-to-EE" for a long time (I think my copy is 15-20 years old). The digital section is probably rather dated (FPGAs had replaced a lot of the older programmable glue chips) but the basics haven't changed. It's a bit of a dense read just due to the size & thoroughness, but if you're looking for a book that you can find good coverage of just about anything, this is it.
FafnerMorell on
0
Casually HardcoreOnce an Asshole. Trying to be better.Registered Userregular
edited April 2009
Oh! They say you'll be engineering electrical circuits. But in truth you'll end up middle management and hating your decision to become an Engineer. For some odd reason, companies have some kind of fetish with putting engineers in management positions.
I almost directed you to Delmar's Standard Textbook of Electricity, as I keep it on the shelf right next to my computer at work, but I couldn't vouch for its usefulness, as I've never actually opened it.
I'm not trying to be an electrical engineer, it was simply suggested to me that I get "basic knowledge" (基礎知識) of the subject (among others) by a perspective employer. Reading circuit diagrams seems to be about as good a place as any to start.
I've been reading a bit on the site JAEF recommended. One problem though: there are about a billion versions of SPICE floating around.
I'm not trying to be an electrical engineer, it was simply suggested to me that I get "basic knowledge" (基礎知識) of the subject (among others) by a perspective employer. Reading circuit diagrams seems to be about as good a place as any to start.
I've been reading a bit on the site JAEF recommended. One problem though: there are about a billion versions of SPICE floating around.
Help?
I personally use LTSpice. Not as famous as, say, PSpice, but it works just as well.
Posts
Gugu held out his long carrot and said, "If you call this a carrot, you oppose its reality. If you do not call it a carrot, you ignore the fact. Now what do you wish to call this?"
Can you read diagrams and resistors? Calculate the total resistance in a parallel circuit? Pretty broad subject, like the man said... but I'd say something that does those things would be a great place to start. In highschool we had a pretty cool program that would let you design a circuit and then test it. It also had about 15 circuits (for things like radios and stuff) that it could randomly fail a part of, and then ask you to troubleshoot by signal injection and a virtual mulitmeter. It would score you based on the number of things you had to do to solve the problem too... I miss that.
If anyone finds the name of that program as a part of this, I'd be very interested in knowing as well.
edit: I think it was "something" lab. I'm sure that doesn't help.
So yeah. If you haven't had a year of college-level physics recently and aren't proficient in Calculus, I'd look elsewhere, but the book does cover most of the EE basics I'd say. Basic circuit equivalence transformations, Thevenin circuits, time-to-frequency domain conversions, Laplace transform solutions, bandpass filters, fourier series.
It has been the standard at my school for quite some time and the professor who teaches the course is rather good. It covers AC, DC, Power, Signals, Systems, Phasors, Laplace, Digital, FETs and all the goodies in between.
As said you will need some calculus for AC signal analysis, but the book does a decent job of explaining that topic as well as a decent introduction to Laplace transforms. I still carry my copy around with me, but of course your mileage may vary.
It's specifically for electric circuits, but it's online and it's free.
I've been reading a bit on the site JAEF recommended. One problem though: there are about a billion versions of SPICE floating around.
Help?
I personally use LTSpice. Not as famous as, say, PSpice, but it works just as well.
that's the one you're looking for. it's the most updated version of the most popular EE textbook out there for intro students.
the last edition is fine, too, if you can find it cheaper.