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Ответ на ВОПРОС - Как выпаять ФЕНОМ Деталь и не Перегреть соседние элементы - на примере USB Гнезда

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Channel: Азбука Радиосхем

Как залудить жало паяльника ? За 5 минут 100 % способ своими руками

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Сварка пластмасс - Пайка пластиковых предметов

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Channel: Быстро По Делу

ремонт

своими руками

радиотехника

спаяй сам

советские радиодетали

кт3102

кт316

кт315

пайка

канифоль

олово

ностальгия 90-е

приемник плохо ловит FM

как улучшить прием

как сделать громкость

нерегулируется звук

нет сигнала

очень тихо

с помехами

как собрать усилитель самому

как паять

как сделать плату

как наматывать катушки

усилительсигнала

универсальный

сделатьсамому

00:00:00

Hello everyone, max power and today

00:00:02

we are repairing the radio receiver and also

00:00:04

improving its signal reception, the essence is

00:00:06

this, this is my neighbor’s receiver,

00:00:09

he lives as a woman

00:00:10

in the village and he asked my grandfather to

00:00:13

tell me to make a better radio receiver,

00:00:16

he has very bad reception of it 1 and

00:00:19

here the whale also has problems with the volume when

00:00:21

turning, the sound is bad,

00:00:23

we will now fix the volume control and

00:00:25

also make an antenna for the plants, an antenna,

00:00:28

even a good amplifier because

00:00:30

the antenna will be here the same, but it

00:00:32

will be amplified several times

00:00:34

better to redo the circuit a little and

00:00:36

made an amplification module, let's say so

00:00:38

let's see what works with the

00:00:43

[music] receiver,

00:00:46

but the volume aggregator is

00:00:49

already unusable, okay, there are even

00:00:51

cassettes,

00:00:52

look how they are made, and even

00:00:54

someone has a laser of some kind

00:00:55

for 3 ranges, work on it once the

00:00:58

batteries are powered by four and a

00:01:02

half volts internally, even

00:01:04

Marika Chu has batteries and it

00:01:07

really works on them, it’s cool from the tone, most

00:01:12

likely the module itself works on three,

00:01:13

let’s take it apart and see what’s inside, in

00:01:17

principle it’s a good model when large

00:01:19

batteries last for a long time, you know,

00:01:23

these are more in radio reception mode so that it will be able to

00:01:26

provide good reliable reception

00:01:28

great, that’s actually all the

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filling,

00:01:31

so here we have power from a 220 volt

00:01:34

500 milliampere network, for example, a transformer

00:01:36

and it’s even written here the main board with airborne

00:01:41

radio antenna tuner

00:01:43

microcircuit coils for f em reception here

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we have a variable capacitor

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that’s actually responsible for the school

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and here We have,

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yes, usually there is sound, because it’s a

00:01:59

non-pony thing,

00:02:02

I hate these and flat variable resistors

00:02:04

they constantly break because of something that is

00:02:06

only known to them, while the purely

00:02:10

Chinese floor is mounted somewhere, that is, it’s

00:02:13

even rigidly made, but what can you do

00:02:16

about it or Receivers for such

00:02:18

people, millions of saffron milk caps, are stamped like

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nothing will work if you finish them with

00:02:22

a file, it will be generally excellent.

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We have an antenna connected to the beam, but here

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personally there and the idiot is very strange with this,

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they soldered the antenna somewhere incomprehensibly directly

00:02:33

onto the resistor, the details are present

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and always here in general half of them are not

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here, there must be some kind of amplifier here, there must be one, there is

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no

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China, there is China, everything is very fragile, very

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small, this is the backlight, by the way, we have the

00:02:49

backlight of the division, I want to touch this

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circuit because it can fall apart

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into a vessel, another one, I quickly smoked it

00:03:00

on the Internet and immediately I came across a

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very good site called radius code

00:03:04

and there they discuss and lay out

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cool circuits and one of the questions

00:03:09

will already be answered in 2013,

00:03:12

maestro, thanks to him, a user with this

00:03:15

nickname, he already has such an amplifier circuit

00:03:17

on one transistor when 38,

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while using two coils

00:03:21

a little capacitors, a few resistors,

00:03:23

you get a similar circuit which

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remains, for example, in a car amplifier, that

00:03:29

is, car radios stand attacking a module

00:03:30

to amplify the antenna, and this helps very well

00:03:32

here, describing approximately the principle of

00:03:34

its operation,

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but its essence is that it has

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good gain for such a size 18

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itself, the gain is achieved this is because

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here there are two filters, the first filter is from

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up to 6 megahertz and lowers the pure cubes,

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they pass the frequency, and the other is above 120, this is to

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massage exactly what we need, from

00:03:52

this it turns out more accurately, the amplification is

00:03:54

needed, but the circuit is simple, it is usually an

00:03:56

amplifier based on an npn transistor

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structure, here Now we will

00:04:00

solder this one and we will put it in the gap from here we

00:04:02

put the antenna at the input from the sweat at 50,

00:04:05

we will solder it off with posts here

00:04:07

and here we will solder the output from the amplifier

00:04:10

directly to where the water was,

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where the antenna was,

00:04:12

this device is powered by 9-12 volts, but

00:04:16

there is a variant of it I think it should be powered at a lower

00:04:19

voltage; for this, the

00:04:22

value of this resistor, which

00:04:24

is on the base, is usually reduced; if we

00:04:27

halve your voltage, you can reduce it, and

00:04:29

I also think

00:04:30

we’ll try to solder such a unit twice, now

00:04:32

I’ll look for capacitors, all 220

00:04:34

microfarads of emergency farad, two pieces

00:04:36

and two peak farads, after all, we will create

00:04:39

picofarads and 2727

00:04:40

I think we can find it to make a

00:04:43

filter for the main problem, then we

00:04:44

can make a filter without them, the population will already be

00:04:46

with this, it will be just what is needed in the

00:04:49

unit and very far away to receive signals

00:04:51

well

00:04:53

double let’s immediately make a variable

00:04:56

resistor what's the deal with everyone, a variable

00:04:59

resistor volume control, essentially this is a

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very simple part and there are 3 contacts

00:05:03

one year act mass another contact is the

00:05:06

input of the amplifier

00:05:07

and the third contact is the output from the radio i.e.

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look here there is a signal, so

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the contact is blue and green contact 2 is the

00:05:14

input of the amplifier, that is, the green contact

00:05:16

floats from top to here and down to here,

00:05:19

what can be as close as possible

00:05:21

to the move here will be the maximum

00:05:23

volume, and if we twist it here, then he will

00:05:25

go minus the volume is less less and

00:05:27

added goes that is,

00:05:29

the potential between these two points is removed here,

00:05:31

so I’m looking for a variable resistor, they

00:05:34

were called potentiometers,

00:05:36

you can replace it with the same variable resistors,

00:05:37

they all come in different shapes, sizes, but the

00:05:39

essence is the same for all of them, 10 4 7 to 47

00:05:43

kilo-ohms usually be audio amplifiers cost

00:05:45

47 kilo-ohms replaced something like this, for example,

00:05:55

this would be suitable

00:05:56

sp3 4k 747 kiama

00:06:00

to the house will be more than enough, well, they

00:06:03

almost match a little, as

00:06:05

always, you will need to work with a file on the pieces,

00:06:07

we’ll also remove it if it comes off and everything doesn’t

00:06:11

fall apart completely and you need to glue it

00:06:13

here there will be at least those, but here you

00:06:16

don’t even need to glue anything, Soviet Chinese

00:06:18

technology, it’s as if they were created at the same

00:06:20

time in the same factories, so it

00:06:22

fits perfectly, so music centers like

00:06:24

these rule and again now you just

00:06:27

need to fix everything more beautifully to the end of the

00:06:31

house in general, of course you you can

00:06:33

try to clean them with alcohol, this

00:06:35

thing of removing a drop of alcohol there, but it doesn’t

00:06:37

always work out that way and in short, and

00:06:39

replacing it for a long time is not enough, this

00:06:43

Chinese scream is everywhere, I remember these

00:06:46

for the sake of a sign in Kazakhstan, I spent all my

00:06:47

childhood in the dachas, they were crazy and it was

00:06:52

cool to listen back then, it was still

00:06:54

Europe, plus all the hits were shown yet,

00:06:57

I won’t be the same

00:06:58

about copyright as now and often 1 pop

00:07:01

game it was then really interesting and the wills and the

00:07:03

music are cool, you can hear the hits of

00:07:05

the nineties while listening to the Lego block, but it was

00:07:10

sent here, so we’ll put it exactly

00:07:13

also, just like that, it matches perfectly for a long time,

00:07:15

practically the rest, you can, as always,

00:07:17

you know, use glue to play around with the curve from the

00:07:25

era, it sticks to it, so now it soldered

00:07:30

our recruiter volumes, by the way, how much does it cost to

00:07:35

roll the film, the member reminds me of repairing

00:07:37

consoles, including dandies, the same ones

00:07:39

lived until it was made, it’s unclear

00:07:42

which ones the snot is the same, these

00:07:45

solderings are mounted mounting, no any

00:07:50

strictness, not only they are remade right at the

00:07:52

factory, these fruits are so

00:07:55

thin, they can break in your hands right now,

00:07:57

you need to fill them with a glue gun and then

00:08:13

everything is very fine, by the way, the resistor is

00:08:16

very old, but still less, it works well

00:08:19

[music]

00:08:30

but I just don’t want to lift it all

00:08:32

cleanly, it can go wrong in our hands,

00:08:34

you can see for yourself how it’s done, just

00:08:37

like I’ll do it for you with electrical tape

00:08:39

and hot-melt adhesive, also the Chinese have another 90 diodes,

00:08:43

well, even parity is the work written the house

00:08:47

will stand to listen to him, why

00:08:49

not the most important thing of the Chinese, one thing is

00:08:52

the cost in this situation and the cost

00:08:55

turns out to be a pittance, so they are in

00:08:57

every house

00:08:58

so that it stays better, they put up pieces of paper,

00:09:00

friends are brilliant, dudes, you

00:09:04

need to put up pieces of paper too more often,

00:09:07

here it is and it still costs as much as it should

00:09:10

I love this quality of these Sonys, so

00:09:13

you open the equipment and there is a piece of paper

00:09:15

placed there, what’s better is that it’s a pity the button,

00:09:19

oh well, everything in the mountain with the repairs is

00:09:22

finished, we already have another one left, we are

00:09:24

absolutely now interested in modifications,

00:09:27

depending on the type of antenna rupture, we will install

00:09:31

our wall, there will be a sphere diagram

00:09:34

high-frequency

00:09:35

amplifier now I will look for all the details,

00:09:37

select the nominal value, check all this with a

00:09:39

multimeter for

00:09:41

operability and I will show you the

00:09:42

final result practically,

00:09:44

but I will also show you how to make a lazy

00:09:45

circuit, the so-called one, using pieces of PCB

00:09:48

or hanging mounting, it can even be done,

00:09:50

let's go, we assemble from what we have all

00:09:53

that she is waiting for menu points

00:09:55

scatter of details can be plus or minus usually 5

00:09:58

there is even 25 percent on the tap boring

00:10:00

example of a capacitor

00:10:01

to our surprise almost all

00:10:03

the details they even match the legs at

00:10:05

face value it’s true u10 capacitors

00:10:07

had to be found only these

00:10:09

Chinese 27 picofarads because it says 27

00:10:11

And . on top and with black paint you are here this

00:10:13

designation is picofarad and so everything

00:10:16

is practically 2727 51 51 47 picofarad

00:10:22

I just found one like this there

00:10:24

will be a slight variation in the purity of

00:10:27

deathwing the most important thing of course is how you

00:10:28

wind it and those same coils with you

00:10:31

we will deal with the coils then there are no problems this

00:10:34

just a wire on a mandrel there is 4

00:10:36

millimeters by 5 millimeters, you can use it

00:10:38

depending on the formula of a special

00:10:40

calculation program, we need a coil

00:10:43

to be at 60 megahertz and the other at

00:10:46

120 megahertz and that’s all we need now, we’ll

00:10:50

figure it out, ran a friend there is no such

00:10:52

transistor that 68 a bunch like 315 of them

00:10:55

You can also use them as a last resort,

00:10:57

but they have a

00:10:58

very low gain, I have such a board, it’s a

00:11:01

pre-amplifier from Babin’s

00:11:02

tape recorder, and it’s very old in its

00:11:06

legs, and the most important thing is that these are the

00:11:07

transistors with the white designation in

00:11:09

this KT3102, as far as I remember, and with white

00:11:12

. face down they have the highest

00:11:14

gain, that is, if they are installed, this

00:11:17

will still be a more or less normal replacement,

00:11:18

unlike in 315, now we will unsolder them

00:11:21

and check some that 40 cent

00:11:29

gain is excellent npn structure, everything is as

00:11:32

it should be, you can see right away 1 2 3 1

00:11:35

we have 2 emitters, we have a base of 3 collectors,

00:11:38

so if only it turns out that the tact has everything

00:11:41

soldered perfectly, the basin is there, well, the

00:11:47

caste also concerns the coils, here you need a

00:11:49

special wire 04

00:11:51

as an amendment of 4 millimeters, but as a signal

00:11:54

this is all in theory, in practice this is not

00:11:57

found at I have two coils like that of the

00:11:59

power supply, but there are very thick

00:12:01

wires, it will be too thick, it will be

00:12:04

larger, it’s almost a millimeter,

00:12:05

and if this one is thinner, then part 3, that

00:12:10

is, it’s not so wrong, but it’s better to take less

00:12:12

and it’s not scary,

00:12:13

you can compensate with others,

00:12:16

for example what we wind on will be a

00:12:19

precision instrument, not to increase the

00:12:22

cost of such that the diameter will be measured,

00:12:24

but there is a drill, a drill is perfect

00:12:27

as a mandrel for winding like this

00:12:29

43 millimeter form,

00:12:31

that is, we will wind the necessary coils on it,

00:12:34

the wire will be a little thinner, but there will

00:12:36

definitely be more winding here four and three

00:12:38

tenths of a millimeter to us from it like this, we

00:12:41

take the end like this,

00:12:44

we put it here, we only need two

00:12:48

coils 1 we have three and a half

00:12:52

turns 2 4 and a half turns and so we

00:12:56

wind it like this then this is the first turn because

00:12:58

it reaches this is the first turn like this, here

00:13:00

they are where they intersect, this is the second

00:13:06

turn,

00:13:11

3 turns and a half, that's it, that's it, we have

00:13:16

1 coil ready, you don't even have to

00:13:24

remove the dogs, now we'll also clean the

00:13:25

contacts and

00:13:26

this three and a half turns is

00:13:28

sitting here, but can we do something like this? do something prettier

00:13:32

later, form the turns, there

00:13:35

will be very few of you in such a coil, here

00:13:37

all of these are

00:13:39

easy to do up to 3 and a half and 2 4 and a

00:13:45

half everything is the same, well, I hope

00:13:48

I get it clean, the most important thing here is

00:13:49

to get between 60 and 120 megahertz, the

00:13:52

main thing is that they don’t block sit down with the

00:13:54

wrong preparation of them, they just may

00:13:55

not have what range to carry to cut us,

00:13:59

which is not very good, okay now I want to

00:14:02

do now, we will collect everything and then

00:14:04

we will test if the coils can be

00:14:06

taken like this and moved apart, then the

00:14:09

range will shift and it will be possible in this way to be

00:14:13

rough adjust it right on

00:14:14

the go and we will check at the

00:14:16

dream station there are no special devices

00:14:18

like there is a field indicator and other things,

00:14:21

so we will just look in practice

00:14:23

just a penny station, which means the

00:14:26

normal frequency is not good, you know

00:14:27

the coil, we avoid it, we reduce or

00:14:30

increase it and then we don’t protect it I’ll sing

00:14:32

now Let's understand all this using

00:14:35

scarves like this, I'll make it, you need to

00:14:37

cut it, this is the lazy way, as we

00:14:40

call it here, the main one is the pros and

00:14:44

cons, one

00:14:45

two three 4 5 6 7 8 9 10.

00:14:49

if you need to make cubes here, the

00:14:52

first one we have minus is

00:14:54

used everywhere, so I’ll immediately cut it into

00:14:57

2 parts and use minus the

00:15:00

main contracts from below like this, we

00:15:04

cut the text of the rare advice of this

00:15:05

copper foil which is glued to a non-

00:15:09

conductive layer of some material

00:15:18

like this so we cut

00:15:29

how the sound goes onto a small board, just

00:15:32

roll

00:15:44

[music]

00:15:49

now we tin what happened and the

00:15:54

board is ready,

00:16:06

just like that, we solder all the parts,

00:16:28

well, really, I assembled something like this,

00:16:33

look, it turned out, it’s a super

00:16:36

sweaty installation, but now we just need to check

00:16:40

for a short circuit I'm poking the multimeter

00:16:42

that in between the tracks there hasn't been yet again

00:16:44

about the games connection, the values

00:16:46

seem to be set correctly and the gums I'll

00:16:48

replace this smaller resistor I've put

00:16:50

instead of one kion 560 I've set it to

00:16:52

plus and here's 10 and 6 and 2 kilo-ohms and I have 3 and 3

00:16:57

even 36 so that

00:17:01

the transistor feeds us at a lower voltage, that is, we need to

00:17:03

make the bias on the base

00:17:05

smaller, well, in short, it reduces the resistance of

00:17:08

this resistor and we need to reduce the

00:17:10

resistance of this resistor so that the

00:17:12

total current remains the same photo 9 12 volts,

00:17:14

actually the circuit is supposed to be for

00:17:16

a car f m radio receiver

00:17:18

and we will now have this universal

00:17:20

for all other radio receivers, unless of

00:17:23

course cnd dead parts it will be

00:17:25

just this size and it will be

00:17:28

less than a penny, but I made

00:17:30

all the Soviet parts on old Soviet parts

00:17:32

except these two initiators,

00:17:36

now we will call the coils and check them

00:17:39

it should be closed like this,

00:17:42

but between them there should not be a short circuit between the eyelids, the

00:17:45

initiators are worth it, and so on, in general, I still

00:17:50

made a little mistake,

00:17:53

I placed this coil incorrectly to see how it

00:17:55

should be positioned; it goes to ground; the second

00:17:58

coil also damps vibrations, so this is it

00:18:02

look carefully again when you

00:18:05

assemble

00:18:06

how the coils are arranged, how they stand together,

00:18:08

and so on, well, let’s check everything

00:18:10

else, you’re not shorting,

00:18:13

and so now all that’s left is to solder this

00:18:17

circuit here and you can go anywhere and

00:18:20

place it here, there’s a place

00:18:22

here instead of a lot right behind the speaker,

00:18:24

the main thing is to solder the plus and minus, the

00:18:26

red one is the plus, here it is, and the

00:18:28

resistor which and the minus are in common with the

00:18:31

bottom and you need to turn it.

00:18:37

we remove the board as a last resort, if you do

00:18:40

n’t want to bother at all, you can

00:18:42

throw the plus and minus here, here

00:18:44

it comes from the power supply from the

00:18:46

batteries, but everything will be

00:18:47

switched on here and there and it will still drain

00:18:50

the battery,

00:18:54

so the scale is more accurate,

00:19:03

well, 6 am gem

00:19:11

[applause]

00:19:16

yes, here it is 42 volts, here are the files, plus

00:19:21

here you see, in the middle of

00:19:23

the switch,

00:19:25

there goes further to the resistor stone and

00:19:28

then over there goes to the power supply, all this is

00:19:33

soldered like a plus, but the mass is just a nickname,

00:19:37

most likely this is the body of the part, well, here is the

00:19:42

mass here is this contact

00:19:46

and the multimeter shows zeros from here the

00:19:49

smell of the mass is

00:19:50

right next to it

00:20:00

so I temporarily soldered

00:20:02

a switch here so that there is no influence from

00:20:05

what I touch

00:20:07

[music]

00:20:08

if you turn on the antenna goes through the

00:20:12

amplifiers and if you turn it off then the antenna

00:20:15

closes directly and that’s how it is

00:20:20

it costs an hour directly, that is, it comes with an

00:20:23

antenna, 1 board, and listen through amplifiers

00:20:31

until there is less interference,

00:20:33

and so everyone appears in Mecca, and here’s a

00:20:38

simple proof that the services

00:20:40

work, although lilac is very weak,

00:20:42

anyway, after many experiments

00:20:44

with different transistors, it’s optimal

00:20:47

for me 316

00:20:49

I found this transistor with

00:20:51

high frequency, it works better than the cotton circuit,

00:20:53

it’s not a local station, there’s not

00:20:56

nearby, I thought there was no tower here, here’s a

00:21:00

view of a standard tynd

00:21:02

if we turn on the iron, we turn it off, too, with

00:21:11

a hiss, so far it’s

00:21:13

possible with the values of

00:21:16

these resistors, I put them on base 3 and 6

00:21:20

I have a kilo ohm and here it costs me 560

00:21:22

ohms to lower the supply voltage

00:21:24

you can somehow build a new one even more accurately

00:21:27

today I already sat all night with

00:21:29

him so it will be done another time, the

00:21:31

circuit works on 9 and dunsford and the house

00:21:34

will be the result yet better much at 3

00:21:37

volts you want a little new helps it seems like you have

00:21:40

n’t heard anything yet so

00:21:44

something appears

00:21:46

accordingly where

00:21:48

this radio will be used just outside the cities

00:21:50

there the effect will be well manifested a

00:22:00

completely different matter

00:22:06

super

00:22:09

days schipper

00:22:11

great spider finally set it up everything

00:22:14

sprinkle directly the switch is no longer

00:22:17

needed and we collect everything and you can give

00:22:20

the gift to your grandfather, it’s not ready for my grandfather, but it

00:22:24

will still be nice to have it here, you can be even more precise with

00:22:27

us setting up the coil, more accurately

00:22:29

adjusting the bias based on the voltage

00:22:35

[music]

00:22:37

brush immediately play

00:22:39

[music]

00:22:47

wires finish anthro you so

00:22:49

I’ll put one so thick and fat on the

00:22:52

antenna because that one was complete

00:22:56

garbage,

00:23:03

we’re all holding this whole thing together, we

00:23:07

don’t skimp on more glue and we place it there, it wo

00:23:11

n’t interfere with the photo on the other side on the

00:23:17

synod, it’s electric, so there won’t be any short circuits

00:23:28

[music]

00:23:46

[music]

00:23:58

[applause]

Description:

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