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anton dremlyuga

00:00:02

This means that the experimental circuit is as follows: there is a

00:00:09

generator on the tl494 microcircuit,

00:00:18

there are two outputs 9 and 10 9 this was the first

00:00:24

period, we are working 2 1 10 this is the second

00:00:27

half-cycle, then there is a driver pc 4420 from

00:00:39

9 legs goes to the driver driver goes but the

00:00:44

control of the field-effect transistor is now

00:00:54

f460 and

00:00:57

that means the transistor is switched the load

00:01:01

is 75 watts,

00:01:07

there is the same second generator, also

00:01:09

notes

00:01:11

404, everything is the same 9 10 probably the signal

00:01:19

goes from the 10th leg again to the

00:01:22

processor driver at 4:20 and to the

00:01:32

rfp 460 switch and also the load is 75, that

00:01:43

is, the first upper transistor works the

00:01:46

first half-cycle the second transistor

00:01:50

works on the second deck and that is, as a

00:01:54

principle like push-pull and here we have a

00:01:59

diode bridge diode bridge,

00:02:09

respectively, plus

00:02:16

minus plus goes to the upper

00:02:22

transistor and plus goes to the bottom and

00:02:31

minuses go to minus but this minus is

00:02:35

minus this and the minuses we go to the

00:02:37

minus are the minuses and pluses of generators

00:02:46

separately, that is, an

00:02:55

18 volt power source or a transformer that

00:02:59

supplies power, that is, for the upper

00:03:07

key, its power supply is 18 years old, or minus its own

00:03:19

fa for the lower power supply, its own

00:03:23

separate power source specifically for

00:03:26

controlling the

00:03:28

generator microcircuit and drivers and here the generator

00:03:32

driver, that is, they each have a separate one

00:03:35

and the power supply itself is a separate plus and a

00:03:41

separate minus,

00:03:44

that is, what are their differences: the top one

00:03:47

works, the pilot works in the first half of the period,

00:03:50

the bottom one works in the second half, across why the

00:03:53

top one worked first, I believe it’s that the

00:03:55

generator is a hotel 404 control but the

00:03:59

driver goes 9 legs and in the lower

00:04:02

control with the generator there are 10 legs

00:04:05

so this is the second half-cycle this first

00:04:07

power supply occurs 18 volts from the

00:04:13

step-down transformer, that is, here the

00:04:15

step-down transformer has two windings of

00:04:17

18 volts each which is rectified,

00:04:22

stabilized and supplied to power the

00:04:24

generator and driver and here the generators

00:04:28

driver power part is

00:04:31

sold separately 220 volts

00:04:35

through a diode bridge the average is straightened

00:04:39

. but one key is on the other minus, but the

00:04:43

diode bridge is here, respectively, the

00:04:46

transformer isolation is the

00:04:55

input network of 220 volts, the step-down winding is

00:04:59

24 volts and the step-up winding is 220 volts,

00:05:03

which is and is fed to the first

00:05:08

key and to the second key and the peculiarity is

00:05:11

that the upper generator and the lower one have a

00:05:19

frequency change in area from 450 to 1

00:05:26

one kilohertz and the lower ones also 404 50

00:05:31

hertz to one kilohertz, regardless

00:05:36

of this, this works separately and this separately

00:05:38

and the duty cycle also changes,

00:05:41

that is, the width of the pulse changes in the desired

00:05:46

range,

00:05:49

that is, the peculiarity is that you change

00:05:54

the frequency,

00:05:56

so that is, the frequency here there will be its own

00:06:00

first flesh and video in the second floor

00:06:02

in front of it there will be its own frequency since

00:06:04

the generators are not connected in any way,

00:06:06

we won’t look at how this will affect the

00:06:09

load which switches the keys in the

00:06:13

first in the second was translation, let’s move

00:06:16

directly to the installation, let’s move on to the

00:06:24

installation, that

00:06:30

is, here it is the installation in 2 lamps

00:06:37

according to the diagram, it means that the key is assembled,

00:06:43

this is the second one that will be killed and, accordingly,

00:06:46

this lamp was the second one in front of the blue

00:06:49

wire and this key and so the first

00:06:52

half-cycle it has its own separate driver

00:06:55

and this one we will sit on its own driver, this

00:06:58

parable has its own generator with

00:07:00

the ability to change the pulse width and

00:07:01

frequency and you have this key separately, your

00:07:04

generator, a separate pulse width, a

00:07:07

separate frequency for the driver and

00:07:11

generator, separate power supply, and for this

00:07:14

driver and generator, separate power supply

00:07:16

via a USB connector, that is, it resembles 2

00:07:20

half-cycles, this is the first one, we

00:07:22

will change the purity in a wide range

00:07:25

here a power supply for

00:07:28

electronics is assembled, that is, a

00:07:30

220 volt network transformer

00:07:33

reduces to 18 volts dead 2 diode

00:07:37

bridges that are not connected in any way, galvanically

00:07:41

isolated, the stabilizer reduces and

00:07:45

stabilizes 18 volts to 15 5 volts and

00:07:50

separately for this driver and this

00:07:54

generator and this power supply is separate for

00:07:56

this driver of this generator that is, the

00:08:00

power in them and how for each assembly is

00:08:02

separate and now we connect the power

00:08:12

through the USB connector,

00:08:15

that is, here we

00:08:30

connect and connect a separate

00:08:33

power for the second key, also through you

00:08:41

connected,

00:08:42

now we will directly change

00:08:46

the frequency and see how this affects the

00:08:52

operation of the load

00:09:04

installation we see the work of 1 and 2

00:09:16

half-cycles is happening, now we will change

00:09:21

the frequency, see what to change,

00:09:27

I’m changing and tattoo

00:09:37

2 boulderings I’m starting to change, there

00:09:48

is such a moment,

00:10:02

that is, we need to take into account that now we are

00:10:04

working out the direct influence on the

00:10:09

first touch of the period on the loads

00:10:12

instead of the load, then there will be windings that

00:10:14

is, and accordingly the build-up, that is,

00:10:21

we look at how the work happens first

00:10:25

touch the floor periods, that is, some wave-like

00:10:31

oscillatory moments, so

00:10:38

I change the frequency,

00:10:48

that is, it is possible to tune in to some kind of

00:10:49

resonance,

00:10:56

we will turn on the device to the world, only dad

00:11:01

lowers the windings of 24 volts,

00:11:39

that is, certain external effects

00:11:45

that will need to be used

00:11:46

with the assistance of a transformer

00:11:53

that will swing these

00:11:59

overlays, that is, I will repeat between

00:12:04

instead of these two light bulbs and when winding,

00:12:15

here I am,

00:12:17

reducing the frequency in this case, here it is,

00:12:27

reducing the frequency and worsening,

00:12:34

increasing the frequency of the

00:13:01

program,

00:13:07

that is, again and Lena

00:13:20

then click and increase,

00:13:56

that is, the frequencies have a certain

00:13:58

influence,

00:14:16

so let’s try to adjust the frequency of the

00:14:19

first half-cycle, that is, this one,

00:14:45

in theory, there should be some kind of resonance,

00:14:54

so it almost doesn’t heat up, well, the keys are

00:15:00

tingling, they give off a

00:15:07

strong electric shock, but what’s on them? - high

00:15:12

high potential is observed very

00:15:17

high at least so we reduce the line,

00:15:36

that is, this circuit, this circuit is essentially a

00:15:41

shark,

00:15:42

formally Kornoukhov also

00:15:45

used two heifers and did not adjust

00:15:50

one relative to the other, but what next did

00:15:56

he do with this matter, he used ferrite, that

00:16:02

is, we also we will go this way,

00:16:04

well, there is certain potential on the keys, well, it does

00:16:10

n’t heat up cooler, so let’s try

00:16:18

to adjust something, this was the 2nd

00:16:22

period that we have a

00:16:49

very big potential, but the doctors

00:16:55

took it into account, that is, I have feelings for you in 30 years,

00:17:14

that is, in theory, to catch some- then

00:17:17

the resonance is relatively 1

00:17:24

savior for 2 periods,

00:18:13

that is, with these changes to the idea,

00:18:14

you need to shake up some process in

00:18:20

something, the

00:18:21

first thing that comes to mind, then take that, that

00:18:31

is, two independent generators

00:18:35

control the first and second half-cycles,

00:19:11

so

00:19:12

let’s try to turn off the system for now

00:19:19

and see how the transformers heat up

00:19:23

a little heating there are cold keys,

00:19:30

let's try to set up only 2

00:19:35

half-cycles for now, for this before they become stupid,

00:19:38

turn off the power and try to

00:19:41

set it up separately, turn on this

00:19:51

works, this second period and

00:19:53

let's try to adjust this key

00:20:07

for maximum flashes,

00:20:22

that is, it too, but it works cleverly,

00:20:37

there are some - one of the features of the second

00:20:42

period,

00:20:50

the most important thing is that the control

00:20:54

should be from its own power supply,

00:21:11

well, let it be like this mode, no, let’s

00:21:23

see how the stabilizers work, it’s

00:21:28

also not good,

00:21:31

heroes included, let’s see how,

00:21:41

again, there is static potential on the

00:21:43

key and it has decent letters, you

00:21:48

can feel it directly on the key and the

00:21:52

key and without a radiator, so now we

00:21:57

will turn on the second deck, the

00:21:59

first was a period under them, we are not looking at the habitat of the

00:22:11

species,

00:22:20

so it turned on, let's

00:22:25

see what potential is the potential of the

00:22:29

ostrich,

00:22:35

that is, it is possible in this potential, there is some

00:22:37

meaning, a very large potential,

00:22:45

at least somewhere in a

00:22:47

kilovolt so let's try to change this

00:22:52

frequency, it turns out that the first was a period that

00:22:59

will change from this,

00:23:03

we begin to change a little,

00:23:15

that is, there is definitely some kind of

00:23:17

process that needs to be understood what is

00:23:22

happening, well,

00:23:31

let's say now there is

00:23:53

amplitude modulation, there

00:23:55

is definitely some kind of it,

00:24:16

now I am increasing the frequency of the first

00:24:18

half-cycle now they prevent

00:24:31

me, I reduce it to there are

00:24:36

some overlaps, I

00:24:51

reduce it little by little,

00:25:00

a wave appears, this process, that

00:25:08

is, first it goes once it decreases and

00:25:12

there it increases,

00:25:25

I can see very well

00:25:33

some wave processes are definitely

00:25:36

happening, let’s look at the sin about the fairies of the

00:25:42

keys, cold, not even warm or

00:25:47

they have a certain potential, that is,

00:25:53

it is felt directly by the finger,

00:25:57

now

00:26:01

both graphs

00:26:04

and

00:26:05

God’s transformers have heated up,

00:26:10

the consumption we see on the device,

00:26:14

that is, it is about 24 times 2, that

00:26:23

is, this effect must be

00:26:24

used further and it should be

00:26:28

swung in front or the

00:26:31

circuit in the middle or on hardware,

00:26:48

let's try

00:26:50

to lower the frequency of the 1st period a little,

00:27:07

what will this give,

00:27:22

that is, papyrus 1 and 2 work at different

00:27:24

frequencies,

00:27:29

lower the frequency

00:28:09

until it clicks, now we increase the frequency,

00:28:36

that is, we definitely need to accept

00:28:38

some kind of wave process or work with

00:28:43

it

00:28:50

now, I’m increasing the frequency

00:29:20

now let's find that moment of washing your hair, the

00:29:26

overlap of the first pipe will be transferred, in

00:29:29

principle, somewhere here

00:29:40

a lot against the flock, resistors allow you to

00:29:43

fine-tune these moments,

00:29:56

but in principle, this is the moment, and that is, a

00:30:00

certain increase in decline,

00:30:07

in principle, you can clearly see with

00:30:12

these moments you can

00:30:15

shake something up

00:30:25

later

00:30:31

drops sharply

00:30:33

1 time

00:30:36

1 time

00:30:45

that is, there are risks of the front and some I’ll try

00:30:48

a little, this was the second period to

00:30:52

adjust so the transformers are

00:30:56

warm in another way we adjust everything a little bit

00:31:03

2 half-period slowly so I’ll

00:31:38

turn it off let’s adjust the period

00:31:44

separately because we’ll teach it that together it’s

00:31:52

difficult to cope with I turn it on

00:32:00

and adjusted it separately,

00:32:09

built in the

00:32:11

maximum bursts of

00:32:29

the tattoo,

00:32:34

turned it off and turned it on again, now it

00:32:39

appeared

00:32:43

and we’ll build it

00:32:54

stupidly,

00:33:05

that is, a very thin zone,

00:33:42

we’ll build it, we’ll turn it

00:34:01

off

00:34:06

under the battle, now there’s a little complexity, maybe

00:34:10

that’s why it

00:34:16

started, well, something like this,

00:34:43

we’ll turn it off somewhere, now we’ll turn on the first

00:34:48

half-cycle, we’ll see in transistors they

00:34:53

don’t heat up,

00:34:56

including the construction period, return the period to 1 and

00:35:01

turn on the general circuit,

00:35:16

let’s try to

00:35:18

reduce the first period, oh well,

00:35:21

let’s say what

00:35:27

this will give,

00:35:55

that is, in principle, now they don’t burn evenly in

00:36:21

this way, let’s see if the

00:36:23

potential of the potential to become has increased.

00:36:38

Interesting point,

00:36:46

so let’s try for the second half-cycle

00:36:51

slightly less black beads,

00:37:42

now you can see that the glow will be

00:37:45

more than 100 r for the first half-cycle, let’s

00:37:50

also play

00:38:27

so these are the maximum ones,

00:38:32

now let’s try a little frequency for the

00:38:36

first half-cycle,

00:38:53

that is, in essence, it turns out to be a buildup of

00:38:59

some oscillatory

00:39:04

moment, not a wave one, using

00:39:08

amplitude modulation, but if

00:39:10

it is necessary to use amplitude modulation

00:39:11

to pump up something, this is exactly the

00:39:13

case, that

00:39:27

is,

00:39:29

let’s say the load burns evenly but

00:39:37

only the amplitude changes, that is,

00:39:38

modulation is public, but also an interesting

00:39:45

point, that is, wave processes are going on and

00:39:50

then there is a sharp break sometime,

00:39:56

I’ll break down and try to turn off the latter

00:40:01

and turn it on again, will there be any

00:40:03

change, that is, we turned it off

00:40:05

and on, now the second half-cycle does not

00:40:14

light up,

00:40:15

but it depends on the pulse width, that is,

00:40:21

it must be a certain

00:40:22

lined up, dad were changed, it’s possible to

00:40:26

turn it on,

00:40:36

turn it off and turn it on, it

00:40:47

happened now again

00:40:49

with the key 1 half-cycle and it’s configured exactly

00:40:53

that is, anyway, the impulse for the second

00:40:56

half-cycle needs to be strictly set

00:41:03

and not change it to the burning one, so it’s like the

00:41:14

bonds now we’ll set it to what

00:41:20

garni to the borders

00:41:33

we’re all now still under

00:41:40

5 less

00:41:46

to see

00:41:47

if it’s working stable, it

00:41:57

breaks down,

00:42:00

everything means we need even less

00:42:27

again the night breaks down, decided the rubies, that

00:42:32

is, it’s even important to see the impulse for the

00:42:37

second half-cycle, it will send it to you, it’s

00:42:58

also rigged,

00:43:18

so it means the sword is caught up, on the contrary,

00:43:22

increase

00:43:29

it, let’s increase

00:43:37

something like this

00:43:54

yet I won’t, that is, some ratio of the

00:43:59

width of the purity impulse at which the

00:44:03

sweetheart does not forget

00:44:38

now we will find this moment

00:45:00

in principle came out

00:45:05

this does not go out,

00:45:13

that is, in relation to again, I repeat the

00:45:15

pulse width of 9 frequencies,

00:45:19

so now we turn on the second first

00:45:25

period,

00:45:45

that is, the capricious system, let's try

00:45:49

to reduce

00:46:03

and here we will increase it, let's

00:46:17

start as

00:46:45

again we

00:46:55

try again, that

00:47:07

is, a specific

00:47:10

push-pull converter is obtained, which

00:47:14

depends on the settings the operation of which

00:47:17

depends on the settings

00:47:19

so

00:47:25

install Obama

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How can I download an audio track (music) to MP3 "ВОЗРОЖДЕНИЕ ТЕХНОЛОГИИ ФОНАРИКА AKULA0083. РОМАН КАРНАУХОВ. 05.05.18."?

The most convenient way is to use the UDL Client program, which supports converting video to MP3 format. In some cases, MP3 can also be downloaded through the UDL Helper extension.

How can I save a frame from a video "ВОЗРОЖДЕНИЕ ТЕХНОЛОГИИ ФОНАРИКА AKULA0083. РОМАН КАРНАУХОВ. 05.05.18."?

This feature is available in the UDL Helper extension. Make sure that "Show the video snapshot button" is checked in the settings. A camera icon should appear in the lower right corner of the player to the left of the "Settings" icon. When you click on it, the current frame from the video will be saved to your computer in JPEG format.

What's the price of all this stuff?

It costs nothing. Our services are absolutely free for all users. There are no PRO subscriptions, no restrictions on the number or maximum length of downloaded videos.