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Преобразователь

Самодельный преобразователь

Преобразователь 12-220 вольт на шести деталях

Самый простой инвертор 12-220 вольт

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00:00:03

Hello everyone, dear viewers,

00:00:06

today I’m a little bit thin on the tires and a little

00:00:08

unshaven because I’m in a hurry

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to shoot a video to share with you the shooting. A

00:00:15

very interesting

00:00:17

voltage converter from 12 volts to 220 in total

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guys with only 6 parts can you

00:00:27

imagine it’s easier no longer I’m unlikely to

00:00:31

eat it I was looking for

00:00:32

this is the simplest circuit that I found

00:00:35

on the Internet, the very best thing,

00:00:36

at the same time I modified the principle a little

00:00:41

theoretically, I have not tried it yet, but

00:00:45

judging by the fact that those who assembled this

00:00:48

circuit write, you can even inflate it up to 300 watts,

00:00:52

but we will assemble a low-power one from

00:00:56

parts that are available by hand, the

00:00:58

main problem for beginners is a

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transformer

00:01:02

that not everyone can wind, so

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today we won’t wind the transformer, we wo

00:01:07

n’t, we’ll take a ready-made one, in principle, it won’t be

00:01:10

difficult to find one for anyone who

00:01:14

has some old bachelorette party

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or a receiver on a satellite dish,

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basically any power supply + it

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will fit, you can use it, but

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I’ll talk about this in detail a little further

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and a small announcement

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soon I’m preparing a video that we’ll use to

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undermine the trolls’ snacks,

00:01:36

I really love this thing, so wait,

00:01:40

subscribe to the channel, and of course, let’s

00:01:43

go assemble the circuit, press the button and

00:01:45

let’s go in general, dear viewers, here is

00:01:50

the converter, as they now call it,

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also a kit kit, that is, buy all the parts,

00:01:56

just solder them, that for this we

00:01:59

need a transformer, we

00:02:04

disassemble such a power supply, and the video,

00:02:08

but the hellish transformer, you

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don’t need to change anything, the only thing we

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pay attention to is looking those legs

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that were connected to the network, we measure

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here the highest resistance, here

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I got 12 and we measure it here,

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we

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will need 3 contacts, that is, a winding with a

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tap from the middle,

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according to the diagram it looks like this, that

00:02:38

is, we have a tap from the middle through a choke ogse to

00:02:41

plus under the feed and the two outer terminals they are

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very easy to find, I’ll try to

00:02:50

make it now so that you can see,

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look here you can see two wires go

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to this leg in a pair and on the extreme there are

00:03:02

two thin hairs, that is, this

00:03:05

winding was turned on on the lowering

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side to the low-voltage side, that is,

00:03:12

towards the capacitors and diodes like this, the

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output side, the winding is quite

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easy to find and the primary

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high-voltage part we simply find where the

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most resistance is in my

00:03:29

case 12, it worked out and then on the

00:03:35

radiator I already made transistors,

00:03:37

absolutely any transistors will do

00:03:42

science, that is,

00:03:44

they took 44 r-r 3205 whatever in 200

00:03:50

you by mistake departments r-f 3205 you need to

00:03:53

make a pair so it’s not advisable

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to include inconsistency but that’s not the point, either 3205 we connect a pair

00:04:00

or 44 48 whichever is at hand depends on

00:04:04

what transistors you will use the

00:04:06

power of the transformer will

00:04:08

also depend, the power will also depend,

00:04:09

then we need 2 resistors

00:04:15

at 680 ohms and a choke seems to be a trifle, but

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without it there is no other way to pick up, we have

00:04:26

flickering, the transistors are starting to get

00:04:29

warm, so the choke is needed.

00:04:33

I took the choke from the computer power supply, in

00:04:37

principle, you can do it yourself wind

00:04:39

any ring without any problems, or you

00:04:44

can take a choke from here, that is,

00:04:46

turn on the windings in parallel, but this is for a

00:04:51

low-power load, or

00:04:53

wind the same cores with a thicker wire, you

00:04:56

just need a wire of about 09 one

00:05:03

millimeter, we’ll wind it if you wind the ring until it’s

00:05:06

full, don’t

00:05:08

worry about the turns since our device is

00:05:12

going to work more for clarity,

00:05:14

we will use it later, and of

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course we have looping if we

00:05:22

look at the face of the transistor like this with

00:05:25

inscriptions to ourselves, we

00:05:29

get here the shutter first goes then

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drain-source

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everything is nothing complicated so far our soldering

00:05:42

station is heating up, I’ll show you what

00:05:44

sequence I will assemble, you

00:05:46

can assemble any sequence,

00:05:48

as I already said, the low-voltage part,

00:05:51

here it is, the general conclusion is considered from left to right

00:05:57

1 2 3 here I have the middle one, these two are not

00:06:01

involved, here two wires come up to

00:06:06

it, solder the inductor,

00:06:13

solder the trace down

00:06:16

now the leftmost terminals

00:06:21

solder the middle leg of the transistor here,

00:06:25

that is, to one terminal, the middle leg of 1

00:06:29

transistor, to the second terminal, the middle

00:06:31

leg of 2 liters of the transistor, that is, how do we

00:06:36

face this way and solder

00:06:40

the drain directly to the legs directly

00:06:46

now I will make who will look in

00:06:49

what way not I soldered everything like

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this, I used a propeller to separate the

00:06:55

radiators with transistors, the most important thing is

00:06:57

that the radiator does not short circuit with each other,

00:06:59

my ears have transistors, so the radiators are not

00:07:04

insulated, if you mount the transistor housings on a common radiator, be

00:07:05

sure to

00:07:07

insulate the bolts onto insulating

00:07:10

pads, also through the insulation

00:07:13

threshold of the gaskets and pads already got chattered,

00:07:16

then we look at the transistor again on

00:07:19

the front side, the leftmost terminal that

00:07:21

from that transistor we solder a

00:07:23

680 ohm resistor to it, I have a

00:07:27

slightly different parameter, now I’ll

00:07:30

find them and say that I set it to

00:07:35

560, which means from each transistor if

00:07:40

let's say we solder the gate resistor at the top,

00:07:43

then at the other end we

00:07:47

connect it to the drain, that is, like this,

00:07:55

we also connect a resistor crosswise at the side transistor and

00:07:58

on the adjacent one on the middle leg, in general, for an hour I

00:08:00

will show you how it should turn out, this is what

00:08:04

happened with one transistor,

00:08:08

solder the resistor to the gate and to the

00:08:14

middle leg to the drain of the neighboring

00:08:16

transistor, this transistor has the

00:08:20

same gate 100 to the neighboring ones

00:08:23

cross to cross as in the diagram

00:08:25

you can see here we have the gate going to the drain the

00:08:30

gate so everything is through resistors

00:08:33

now the sources,

00:08:34

that is, the extreme right legs are connected

00:08:37

together this we will have a minus power supply,

00:08:43

the converter is all assembled, there are still the

00:08:48

finishing touches

00:08:49

that I showed, the LED light bulb

00:08:52

7 pad is plugged into the socket now I

00:09:04

can’t get everything in, yes, of course, follow

00:09:09

safety precautions, the most important thing is that

00:09:14

we plug in

00:09:21

two hundred and thirty-five volts right into the same socket, alternating time,

00:09:25

here the device shows the alternating time crappy

00:09:29

contact, okay, let's not mock the

00:09:38

light bulb, now I solder it and here

00:09:44

it is, by the way, it says 7 V from 235 holes,

00:09:49

I solder the contacts where we will have

00:09:57

high voltage, the next test is set

00:10:05

to constant, we measure the

00:10:10

constant voltage in the power supply, but

00:10:20

now the discharge of the capacitor can

00:10:25

even speed up the matter,

00:10:33

we turn it on that is, we now have a constant voltage, we now

00:10:40

connect the minus to the connected

00:10:47

sources, plus we connect it to the input of the choke,

00:10:54

we start it, the LED

00:10:59

light bulb shines at full intensity without

00:11:02

any problems,

00:11:07

7 watts, such a small

00:11:10

converter turned out to be such a simple

00:11:15

circuit,

00:11:16

by the way, that we get it without a choke

00:11:19

and you with a choke everything

00:11:27

turns on normally, everything lights up without any problems

00:11:32

about where this circuit can be

00:11:35

applied because most often haters

00:11:37

start to complain about the

00:11:40

impracticality of the circuit, you can simply

00:11:47

install this socket with a light bulb in such a

00:11:50

sewer coupling, on one side the light bulb

00:11:52

will be on the other side there will be a wire

00:11:54

coming out install this converter itself

00:11:57

inside so that we can get a

00:11:59

crocodile on the car, here you have a

00:12:01

220 volt light bulb

00:12:03

that shines very brightly, LED,

00:12:06

which can be removed, done in a simple way, even

00:12:10

on fishing, I used to go fishing

00:12:12

from an overnight stay, I went to PS,

00:12:14

converted to 220 volts, well, you

00:12:17

understand it a bulky, not very convenient

00:12:19

inverter, of course they are simpler, but

00:12:22

the point is when you only need a light bulb,

00:12:24

such a device was made, it will

00:12:27

lie on the car, it will never hurt, as if I am

00:12:30

going to redo it this way, and

00:12:33

then if you have a head on your shoulders

00:12:35

using this circuit, there are many different ones,

00:12:38

you want more powerful so that the power is

00:12:42

I haven’t measured the power here anymore, to be honest, I haven’t

00:12:44

even looked at the shape of the output signal, but I’m

00:12:46

planning

00:12:48

tests ahead to measure the output, measure the

00:12:52

consumption,

00:12:53

measure the heating, everything and, of course,

00:12:55

pack the case, there will also be a video, but

00:13:00

despite its simplicity, in principle

00:13:02

the circuit is quite reliable, it

00:13:07

starts up easily power depends on the

00:13:10

transformer you can connect this to a computer

00:13:12

depends on transistors

00:13:15

more power naturally more

00:13:17

radiators are needed and so on, where your

00:13:20

imagination will lead the fact is that

00:13:23

the converter itself is no longer simpler, that

00:13:27

is, we simply count 1

00:13:30

transistor 2 transistor times resistor 2

00:13:33

resistor 4 5 this transformer and

00:13:36

inductor 6 nothing else nothing there are no

00:13:41

parts and everything works great

00:13:44

if you are interested in this topic

00:13:47

write in the comments I will also assemble

00:13:50

a converter on Soviet

00:13:53

candy transistors 14kt 940 that is, on

00:13:57

Soviet ones on simple ones there are also very few

00:13:59

parts, no problem the circuit starts

00:14:02

very reliable and low consumption but

00:14:05

low-power, however, if it’s interesting,

00:14:08

we’ll do it without any problems for now,

00:14:12

turn off everything, the transistors are barely warm, everything is

00:14:18

good with us, like whoever

00:14:20

liked it, subscribe to the channel, don’t

00:14:24

forget to press the bell button so as

00:14:25

not to miss the latest videos, I, in

00:14:27

turn, am

00:14:28

immensely grateful to you what are you watching

00:14:31

like comment thank you all for your

00:14:34

attention see you soon

Description:

Еще одна невероятно простая схема, очередной самоделки. В этот раз соберем простейший, повышающий преобразователь напряжения, с 12 вольт в 220 вольт. В моем варианте не нужно ничего мотать, берутся уже готовые трансформаторы с ИБП и дросселя из АТХ. Практическое применение, каждый определит сам. Мой второй канал:WheelsPRO https://www.youtube.com/channel/UCa4YEDMQT_Ms8ZQNCNmQmMQ Мы в Вконтакте- https://vk.com/altevaa_tv

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