Electrical engineering without prior knowledge : Understand the basics within 7 days

by Benjamin Spahic

The second edition is out now - with 42% more content! Alternating current theory, electromagnetic radiation and much more!Electrical engineering without previous knowledge – Understand the basics within seven days.Two in You now get the eBook in PDF format for free when you buy the paperback!Wouldn't you like to understand electrical circuits and be able to apply the basics of electrical engineering?No problem - with the help of this electrical engineering beginner's guide, you will be able to understand the basic principles of electrical current, voltage and energy in no time at all.This guidebook covers the basics of direct current technology and alternating current technology. Real practical examples and small exercises help you to understand in parallel.[CP1] With the help of this beginner's guidebook, many satisfied readers have already been able to get started and expand their own skills, see for yourself!Advantages of this

Simply explained - written in a way that everyone can understandTo the point - 160 pages in a practical paperback formatClose to everyday life - real practical examples to help you calculateClear and structured - important mnemonics and formulas are highlightedSecond edition with 42% more content!

What the book Repetition of the most important mathematical and physical basicsPower, current, voltage etc. explainedUnderstanding electrical circuit The correct notation and layoutThe most important Resistors, capacitors and many more!Practical example – a real circuit to rebuildReal-life applicationsDon't hesitate any longer, order the guide now, and soon you will understand the basics of electrical engineering!

Genres: Electrical Engineering

165 pages, Kindle Edition

Published September 18, 2020

Reviews

[Jeffrey · Rating 4 out of 5]

So far really liking this book. I found it as a really neat and concise introduction to electrical principles. Though as a stand alone read you might not pick up on everything.
I would highly recommend searching out supplementary materials (maybe watch a few videos if you are struggling to grasp a concept) and DEFINITELY try and seek out more practice questions. Most of the times when trying to quiz you on what you learned, you will only receive 1 question to practice, 2 if the concept may have been a bit larger.
Practice and repetition are ultimately what makes confusing concepts stick and make sense, so if you want to really get something out of this book, try and find some quizzes.
What would be even better is if this book gets a second edition one day, please include a full fledged practice quiz for a topic.

[Mole Mann · Rating 3 out of 5]

I noticed less translation errors than in Spahic's book on Arduino, I did notice a few (along with at least one factual error, as the book claims that Alessandro Volta was English when he was Italian). Still though, it is a somewhat good introduction to its subject. It should be noted that this book includes quite a few somewhat advanced equations within it, though people with at least a basic knowledge of college mathematics should understand it.

[Colby Bailey · Rating 5 out of 5]

Great Intro!

Was a great introduction to electronic system technology. Having a basic understanding of Calculus principles before reading the book will help!

Note to author: it was a little difficult for me to follow along with all of the different symbols during the calculations.

[Paul Rodmell · Rating 5 out of 5]

Introduction to Electrical Engineering

I hold an honours degree in electrical and electronic engineering. I have taught the subject at FE and HE level. This is a useful text and a great leveller for students from different backgrounds.

[Oscar Arturo · Rating 5 out of 5]

read to start

Amazing book that will tech the basics of electrical engineering! It teach you the basic to get started. Get it!

[Clayton · Rating 5 out of 5]

To the point

It doesn't waste time or space on needless derivations. It's a good practical primer for simple electronic systems examples, which are probably the right next step.