Electronic circuit English Edition Recipy-1

This book is for an one who do not know an electronic circuit at all. Then you will be able to design it.
(I translated Japanese into English.)
You will learn a high technique.

"A designing technique for yourself". You will aim at it.

The Ohm's law is a law.
And it is not an equation called "E = I * R".
It is a physical law.

Resistance.
The binary story.
How to read connection diagram, how to describe.
The design of the oscillator.
The design of the synchronization-type counter.
The design of the decoder.
The design of the state machine.
???
You design four last.
You will finally become a system engineer.

?There is the example of the description of "Verilog-HDL" last.
(this is reference.) For example)

How to design a "full-color-LED controller" by data communication(PWM).
How to design about "stop-signal-system.
Home LED light (interior lamp).
A circuit and manufacture. (brightness with digital control.).
We can make an interior lamp of the LED cheaply.
(analog type)

In the design, a way of thinking is necessary for you.
It is important for a design of the hardware and a design of the software too.

This book is recipe 1 of the whole. (Chapter1-Chapter26) (all contents are Chapter1-Chapter48.)

Written by Shigemasa Kitajima.
Nagoya city in Japan.
Career
A.I.T university
SUMI research institute.
AISIN Co., Ltd.
Kitajima Seisakusyo Co.,Ltd CEO.
Toukai Noukai university professor in Japan.
Chapter1.
Ohm's law thorough dissection.
Ex; Why does an engine do not start even if we tie a jumper on its battery?
Chapter2.
All about solder. '?'.
Chapter3.
The Main Electronic Parts.
Chapter4.
Logic and register.
Chapter5.
Steps in Designing an Oscillator
Chapter6.
Soldering ?.
Chapter7.
RC type oscillator. (frequency variables).
Chapter8.
How to use "direct current stabilization power supply".
Chapter9.
How to use oscilloscope. "a little".
Chapter10.
Ex; how to connect LED. (limit resistance).
Chapter11.
Chattering.
Chapter12. THE SWITCH
Chapter13. (electrolysis condenser, bypass capacitor).
Chapter14.
The connection diagram perfection of the oscillator is completed.
Chapter15.
Base 2(binary). Base 10(decimal). Base 16(hex). Are these difficult?
Chapter16
Handling of the vague information. (Threshold value).
Chapter17
Memory capacity.
Ex; Why a 1K byte is 1, 024 bytes?
Chapter18.
what is a semiconductor?
Chapter19.
Memorize data without using the semiconductor. (ROM).
Chapter20.
When we want to connect lots of "LED"
, is an exclusive driver or transistor necessary ? ?
Chapter21.
When we want to connect lots of "LED", is an exclusive driver necessary ? ?
Chapter22.
Is it acceptable to use “over spec parts”? (outside specification parts)
Chapter23.
Manufacturing the "RC oscillator". And soldering.
Chapter24.
Combined circuit "cord conversion technology".
Chapter25.
Designing a decoder by yourself.
Chapter26.
Practice to design about "code conversion circuit".( an electronic decode_circuit).
Chapter27.
Chapter28.
Ripple counter. LED light flashes.
Chapter29.
"Mealy machine" and "Moore machine".
Chapter30.
How about 74-series-IC. (thinking about an output-short.).
Chapter31. What is a metastable?
Chapter32."Ansynchronization-type circuit" and "synchronization-type circuit".
Chapter33. What's the fault of the unsynchronization-type circuit?
33-1. Delay times are important.
Chapter34.
A delay calculation is easy for the synchronization-type circuit.
Chapter 35
An inspection of 74160 series (4 bits counter). What is a "Hazard"?
Chapter36. Various counters
Chapter37 Why the synchronization-style designing is better?
Chapter38.State machine
Chapter 39.
We try to look at the unsynchronization-type circuit a little.
Chapter 40.
Chapter 41
Chapter 42
Verification.
EX Thinking about 7segments-LED.
Chapter 43.
Chapter 44.
How to design a "full-color-LED controller" by data communication(PWM).