Electronics in Sight An Illustrated Guide to Electronics and Electronic Circuits

There are electronic circuits in almost every part of the world built around us.
Each section of this accessible, informative book features full-color illustrations that reveal the fascinating details of how man-manipulated electricity works. Readers will learn how to build and repair the electronic circuits described in the book, which we will meet at every step.
You can read the book chapter by chapter, as well as find only answers to specific questions in it.
Here is the index
0
1
4-bit up/down binary counter with reset
74HC161
74HC193
alarm systems
ammeter
Ampere
AND
anode
astable generator
asynchronous reset
automotive electronics
avoid damaging the elements
avoid electric shock
battery
bicycle computers
bi-directional diode limiter
binary counter
bistable flip-flop
bistable multivibrator
block diagram of the 555 chip
Boolean algebra
breakdown of the junction
breakdown voltage
carry
cathode
ceramic housings
characteristics of a Zener diode
charges
chemical energy
circuit break
clock input
closed switch
collector current
combinational circuit
common base
common emitter
conducting in the reverse direction
connected in series
current amplification
current direction
current flows through a conductor
current flows through the resistance
current gain factor
current intensity
current-voltage characteristic
cut-off
Darlington circuit
designing a diode stabilizer
DIL
diode is biased in the reverse direction
diode limiter with level shift
direct current
discharge
duty cycle
E6 series
electric current
electric shock
electrical voltage
electrochemical activity series
electrochemical corrosion of metals
electrochemical potential
electrochemical reaction
electrolytic capacitor
energy source
energy storage
exceeding of the measuring range
False
flashing led
forward biased diode
forward current
forward voltage
frequency of the oscillation
general purpose single bipolar timer
Has battery an internal resistance?
HC
HCT
hFE
high state
holes
How are the pins counted?
How is electric charge collected?
How to identify the cathode in a light emitting diode?
implication
infinite resistance
inhibition counting
internal resistance
kΩ
latch
LED
logic functors
logical one
Logical variables
logical zero
low state
mA
maximum operating frequency
Maximum ratings
Maximum Recurrent Reverse Voltage
measuring range
military equipment
Miller effect
monostable generators
multi-stage counters
multivibrators
nano
nF
NOR
n-p-n
NTC
Ohm's law
OR
overflow pulse
parallel connection
Peak Forward Surge Current
Peak parameters
p-n-p
polarity of the electrolytic capacitor
positive feedback loop
potential difference
potentiometer supply
power rating
principle of conservation of charge
prohibited state
PTC
range of safe working values
resistance of the human body
resistor
reverse voltage
RS flip-flop
safe voltage
saturation region
semiconductor diode
semiconductor junction
separate noise from information
series connection
supply voltage
TCD
TCU
temperature stability of the frequency
thermal paste
tolerance of the elements
total power dissipation
TTL
unconnected input
univibrator
Volt
voltage divider
voltage polarity
voltmeter
watts
What is Ohm's Law for?
Zener diode
β

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