Electronics books

Question

Electronics

Hello! I need to come up with an intuitive understanding of everything from physical electronics to AVR microcontrollers. What books can you recommend? If more than one, in what order should they be read? It is highly desirable that there be less water, everything is short and to the point, something like a lecture notes.

Answer 1

You have a long and thorny path ahead of you. The order of study is as follows:
1. Discrete mathematics (Boolean algebra, Logic. Including Carnot maps, CNF, DNF).
A.I. Belousov, S.B. Tkachev "Discrete Mathematics"
A.Ya. Savelyev “Fundamentals of Informatics”
2. Electrical Engineering
Bessonov L. A. “Theoretical Foundations of Electrical Engineering. Electrical circuits”
3. Electronics
Zherebtsov I.P. “Fundamentals of electronics”
4. Circuitry
Ugryumov E. “Digital circuitry”
5. Very useful knowledge of Instrumentation Technology
V.A. Shakhnov "Design and technological design of electronic equipment"
6. Programming (C and Assembler)
G.S. Ivanov "Fundamentals of Programming"
G.S. Ivanov "Object-oriented programming"
G.S. Ivanova "Programming Technology"
Yurov V., Khoroshenko S. "Assembler: training course"
7. Programming of microcontrollers (AVR, in particular)
V.Ya. Hartov "AVR microcontrollers. Workshop for beginners”
In addition, at each of their stages, you will have to master specialized software packages.
In this course, the branch of designing printed circuit boards, creating FPGAs, systems on a chip is omitted, because. your target is directly MK AVR.

Answer 2

I recommend the online manual easyelectronics.ru/
There are basics - resistance, voltage, resistor, capacitor, etc.
easyelectronics.ru/category/nachinayushhim
AVR Training course
easyelectronics.ru/category/avr-uchebnyj-kurs
Stated in normal language, without water. Clear and to the point.

Answer 3

I would start (more precisely, I started) with “Rudolf Svoren - Electronics step by step” (unfortunately I didn’t see the new edition on the net, only the old one, but they are essentially almost the same) everything is described simply, but more than in detail.

Answer 4

"Semiconductor Circuitry" W. Tietze, K. Schenck
"The Art of Circuitry" Horowitz, Hill.
+ in a little earlier there was a topic - "Independent study of circuitry" (http://habrahabr.ru/blogs/arbeit/90883/)

Answer 5

If you are very poorly versed in radio electronics, then the Iceberg series (“Radio is very simple”, “Transistor is very simple”, “Television is very simple”) I think will be interesting.

Answer 6

Horowitz and Hill can be difficult to read from scratch. Because a lot is described there in the style of Indian mathematicians - the “Look” principle, and sometimes it is not always clear what to look at. So start with Sweren and go through Khikh in parallel.

Answer 7

Radio receivers
Author: Barkan VF
Radio engineering
Author: Davydov S.L.
High-frequency discharges in electrothermy
Author: Dashkevich I.P.
Calculation graphs and tables on electroacoustics
Author: Iofe V.K.
Operational Amplifiers for Everyone
Author: Carter B.
Electrical Engineering and Electronics.
Author: Nemtsov M.V.
Self-instruction manual on radio electronics - Self-instruction manual
Author: Nikolaenko M.N.
Encyclopedia of Practical Electronics
Author: Routledge D.
Radioamator
Author: Sichkar S.M.
you can download from the link www.booksshare.net/index.php?id1=4&category=electrotech

Answer 8

I myself just started studying electronics, and was surprised to find that all the recommended books either repeat what I already knew from the school / institute course (up to impedance), or are too abstruse for me (large complex circuits). And the transition is kind of abrupt.
The most “smooth” and understandable book seemed to me “Radioelectronics for Dummies”.
IMHO, there is not much theory in circuitry, solid practical experience and solving equations in the mind. It is worth trying to deal with simple circuits and different building blocks.

Answer 9

All basics Borisov, V.G. Young radio amateur and B Ivanov Electronic homemade products