By Darren Ashby
Written through knowledgeable electronics engineer who enjoys educating the sensible part of engineering, this e-book covers the entire matters starting EE must recognize: intuitive circuit and sign research, actual equivalents of electric parts, right use of an oscilloscope, troubleshooting either electronic and analog circuits, and masses extra! Even engineers with years within the can enjoy the compendium of functional details supplied inside. CONTENTS: bankruptcy zero: what's electrical energy fairly? bankruptcy 1: 3 issues they need to Have Taught in Engineering one hundred and one bankruptcy 2: uncomplicated idea bankruptcy three: items elements bankruptcy four: the genuine global bankruptcy five: instruments bankruptcy 6: Troubleshooting bankruptcy 7: Touchy-Feely Stuff Appendix *Covers the engineering fundamentals which have been both omitted of a regular engineer's schooling or forgotten through the years *No different e-book bargains a wealth of "insider details" in a single quantity, particularly geared to assist new engineers and supply a refresher for people with extra event *updated content material all through, together with 2-color diagrams and a brand new 'Chapter zero - what's electrical energy Really?' *The accompanying CD-ROM includes a reference library of electronics details, with demo simulation software program and engineering calculators
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Additional resources for Electrical Engineering 101, Second Edition: Everything You Should Have Learned in School...but Probably Didn't
One other thing Chuck often said was that all the great discoveries were only one or two levels above these fundamentals. This means that if you really know the basics well, you will excel at the rest. One thing you can be sure of is the 6 For those of you who have been wondering if I can count. “Dr. Charles Tinney” was what he wrote on the chalkboard the ﬁrst day of class. ” I have to credit Dr. Tinney; he was the best teacher I have ever had. For him nothing was impossible to understand or to teach you to understand.
The truth is that the little electrons that produce what we call electricity aren’t really a continuous ﬂow of juice; they sort of bump around in these little packets (we learned to call them charges in Chapter 0). From an aggregate level, though, these packets of quanta19 act like a ﬂow. It also turned out that these charges moved in the opposite direction of what was previously assumed. By the time all this was ﬁgured out, the conventional ﬂow positive-to-negative nomenclature was pretty well established.
I explained that two points on a schematic had to be connected by a wire and a wire had resistance. Though it is often ignored, it was signiﬁcant in this case because the shunt resistor was such a small value. As they hemmed and hawed over this, I learned that many times it is human nature to ignore what one learned long ago and try to apply more advanced theories just because you know them. Also, all the knowledge in the world isn’t worth jack if it is incorrectly applied. I continued to press my point.
Electrical Engineering 101, Second Edition: Everything You Should Have Learned in School...but Probably Didn't by Darren Ashby