Beginner Electronics
Electronics, Howto & Style
Beginner Electronics
- Beginner Electronics - 1 - Introduction (updated)
- Beginner Electronics – 2 – AC vs. DC
- Beginner Electronics – 3 – Closed/Open Circuits
- Beginner Electronics – 4 – Flow + Resistance
- Beginner Electronics – 5 – Resistors
- Beginner Electronics – 6 – LED’s
- Beginner Electronics – 7 – How Much Resistance?
- Beginner Electronics – 8 – First Circuit!
- Beginner Electronics – 9 – Necessities!
- Beginner Electronics – 10 – Bread Boards
- Beginner Electronics – 11 – The Multimeter
- Beginner Electronics – 12 – Schematic Basics
- Beginner Electronics – 13 – Switches
- Beginner Electronics – 14 – Circuit Design, Build, and Measuring!
- Beginner Electronics – 15 – Ohm’s Law
- Beginner Electronics – 16 – Clarify & Power / Wattage
- Beginner Electronics – 17 – Series and Parallel
- Beginner Electronics – 18 – Potentiometers and Buttons
- Beginner Electronics – 19 – Capacitors
- Beginner Electronics – 20 – Diodes
- Beginner Electronics – 21 – Relays
- Beginner Electronics – 22 – NPN Transistors
- Beginner Electronics – 23 – Relay Oscillator & Speaker
- Beginner Electronics – 24 – Integrated Circuits: 555 Timer
- Beginner Electronics – 25 – Microcontrollers and Arduino
- Beginner Electronics – 26 – Logic Gates and Floating Inputs (and short channel update)
- Beginner Electronics – 27 – Intro to Binary
- Beginner Electronics – 28 – Binary Arithmetic & 2’s Complement
- Beginner Electronics – 29 – Binary Half-Adder
Hey, what is going on everyone? My name is [Co] [2] [morrow] and welcome to your very first beginner electronics tutorial the updated introduction video now in this series will go from having little knowledge of electronics all the way to having a good solid understanding of electronics components and devices
Now I will be starting the series from the ground out from the very basics This means that you need no prior knowledge of electronics to follow along with this series I'm going to be starting from the basics of electricity and batteries, and then we will move onto simple and then eventually more advanced Electronics components and circuit now after we learned about some electronics components We will be creating simple circuits and projects with the components that we learned about this way you're able to see how different
electronics components and topics can be implemented in actual projects Then at the end of the series we will even have enough knowledge to make our very own 8-bit computer completely from Scratch from very simple chips Just like the ones that you see on the screen right now that is going to be a huge project
And it will be very very exciting though sadly that project is quite a ways away, because we do have to cover the basics first I just wanted to give a broad overview about what the series will be about and yes We will learn enough to be able to make our very own 8-bit computer that is amazing Now what I recommend is if you don't know if you want to get into electronics are not yet Don't go out and buy a bunch of stuff just yet
Go ahead and watch 10 or 15 episodes of this series, and if you say hey [I] kind of want to try it then go out by a few basic Components and continue on with this series and start experimenting on your own as well If you find that you like it a lot buy a few more components and continue on with this awesome series and
Experimenting by yourself now even if you don't have plans to follow along with this series Hands-on to do things with your very own components Or you just want to watch the videos you will still learn a lot about electronics [I'm] tailoring the series [so] that if you are working with actual electronics components Or if you're just watching the videos you will learn a ton about electronics either way It's going to be an amazing series guys
I hope you all follow along and try it out and maybe some of you will even find a new passion for electronics That would be awesome. It's really fun. You just need to give it a try. [I] hope to see you all throughout this series We're going to learn a lot and we're going to build a lot. Thanks for watching everyone, and I hope to see you all there
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2's complement
555
555 timer
8-bit
addition
advanced
alu
amazing
and
and gate
arduino
arduino uno
arithmetic
astable
attiny
attiny85
awesome
base 10
base 2
battery
Battery (Invention)
beginner
binary
bipolar junction transistor
bistable
bjt
breadboard
build
building
button
capacitance
capacitor
charge
circuit
circuits
components
computer
Computer Science (Field Of Study)
computers
decimal
development
digital logic
diode
easy
education
electricity
electronics
Electronics (Field Of Study)
Engineer (Profession)
engineering
Engineering (Industry)
episode 1
episode 10
episode 11
episode 12
episode 13
episode 14
episode 15
episode 16
episode 17
episode 18
episode 19
episode 20
episode 21
episode 22
episode 23
episode 24
episode 9
Experiment
explained
first
floating inputs
full adder
half adder
hard
hardware
Help
how
how-to
ic
integrated citcuit
intermediate
Invention (Literature Subject)
invert gate
inverter
learn
LED
Light-emitting Diode (Invention)
logic gate
logic gates
Math
measure
Mechanics
microcontroller
monostable
multimeter
non latching relay
not gat
npn transistor
ohm
ohms law
Open-circuit Voltage
oscillator
parallel
part 1
part 10
part 11
part 12
part 13
part 14
part 15
part 16
part 17
part 18
part 19
part 20
part 21
part 23
part 24
plans
pnp transistor
potentiometer
Power
programming
relay
relays
resistance
resistor
Robot
Robots
schematic
schematics
scratch
series
software
speaker
subtraction
switch
switching
symbol
Technology
Tips
transistor
Tricks
tutorial
two's complement
variable resistor
Watt
Wattage
xor
xor gate