Beginner Electronics - Beginner Electronics – 2 – AC vs. DC

Electronics, Howto & Style

Beginner Electronics

29 Lessons

Beginner Electronics – 2 – AC vs. DC

what's going on everyone and welcome back to electronics episode 2 in this episode we are going to talk about the two main types of current you have AC or

alternating current and you have DC or direct current now the chances are if you are watching this video on a computer right now you're probably using both of these two types of current and

we're gonna get to that in a little bit but first of all where in the world can you find these two types of current in your everyday life well alternating current can be found most commonly in a

wall outlet so in your house you know you have the little things on the wall that you plug stuff into it has either two or three little prongs on it you guys all know what a wall outlet is and

these wall outlets output alternating current so wall outlets will give off alternating current when you plug something in it's taking alternating current DC or direct current however

comes from things most commonly a battery so of course batteries they have blue the little plus on them in the minus sign and you got to plug them in the right way you guys all know what a

battery is come on so a battery gives off direct current now we're gonna talk about why these two things are completely different now a little bit but let's get some more examples

alternating current powers things like a refrigerator or an electric stove big appliances so big appliances like that run on alternating current other electronic devices usually will run on

direct currents so your cell phone your computer all those things are flashlights anything that uses a battery is running on direct current now I'm sure some of you just stopped right

there said wait a second I plug my phone into the wall outlet every night to charge it well Cottam or you just said that a wall outlet gives off alternating current but my phone runs on direct

current so what's the problem there well that brings me to my next point alternating current can be converted into direct current and vice versa direct current can be converted into

alternating current with the help of some special electronic devices so when you plug your phone in to the wall outlet at night so you plug your phone into the charger right and here's your

here's your phone here phone what the charger actually does is it takes alternating current coming out of the wall outlet it converts it into DC current direct current and then it gives

it to your phone to charge the battery in your phone this is the same thing as for your computer you plug your computer or your laptop into the wall to charge it or to run your desktop to computer or

whatever well the computer is actually transferring or taking that alternating current converting it into direct current and then that direct current is what runs

your computer or your phone or anything like that so these two types of current can be converted into one another with the help of other electronic devices which we'll get to in the far future so

now that you guys hopefully understand alternating and direct current and what they're used for what is the main difference between them well let's do this let me draw a little line here now

this green line here is going to represent a regular wire so a wire that Electress that electricity is traveling through now when alternating current travels

through a wire it's going to be traveling in this direction right it's going to be traveling that way and then oh all of a sudden it's going to switch directions and it's going to begin

traveling the other way then again it's going to switch directions and it's going to begin traveling this way again then very quickly it's going to begin traveling

the other way it alternates which direction it travels on the wire so alternating current is going to alternate or switch directions in which it's traveling and it happens many many

many times every single second this electricity is switching directions on which way it's moving direct current on the other hand is going to move in one direction the whole time it's not going

to switch directions it's always going to go in the same direction in which you hooked up your circuit so alternating current switches directions many of times it'll go back and forth across

wire direct current is going to go in one direction only now of course there's a lot more behind all that stuff that I just said there's a lot more science and stuff behind all that but for right now

you guys just need to know that they can be converted into each other and alternating current switch this is a direction that it moves in and direct current travels in one direction always

now for the duration of this electronics tutorial series we are mainly going to be using direct current we're going to talk about alternating a little bit throughout the series but

mainly we are going to be working with direct current only and that's because many small electronic components that we're going to be learning run on direct current and not alternating current so

hopefully you guys learned a lot about alternating and direct current if you have any questions at all go down in the below in the comments post any questions either I or someone helpful in the

comments will hopefully answer your question or get you guys to understand something more if you have problems with that thanks for watching everyone and I'll see you guys in the next

electronics episode

We talk about the two main types of current – AC and DC.

See my website: https://codenmore.github.io/
Follow me on Twitter – @CodeNMore – http://www.twitter.com/CodeNMore
Comment, PM, or Tweet me for help!

Teaching to understand all subjects to the fullest extent!

    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