background top icon
background center wave icon
background filled rhombus icon
background two lines icon
background stroke rhombus icon
header logo icon

Download "72 MEILLEURES TECHNIQUES DE DÉPANNAGE ÉLECTRONIQUE FRANCAIS @utsource1399"

input logo icon
"videoThumbnail 72 MEILLEURES TECHNIQUES DE DÉPANNAGE ÉLECTRONIQUE FRANCAIS @utsource1399
Similar videos from our catalog
|

Similar videos from our catalog

Video tags
|

Video tags

#InShot
télévision technique répartition
comment réparer ma carte électronique
mosfet résistance condensateur panne
électronique pour les nuls
télé sans image
akim électronique
dépannage carte mère
dépannage boost inverter télévision
comment goncune télé
Subtitles
|

Subtitles

subtitles menu arrow
  • ruRussian
Download
00:00:00
[Music]
00:00:14
let's say that I cannot find elsewhere, in
00:00:17
particular the printed circuits,
00:00:21
the
00:00:22
oscillators, sorry,
00:00:23
certain atmospherics, I only find them
00:00:26
here on this site which is an
00:00:28
American site, it is an American site and
00:00:31
so here you can navigate on
00:00:34
the site you know how to do it you have the
00:00:37
particularity of each component in
00:00:39
detail the characteristics you can
00:00:42
have an equivalent and that is practical
00:00:44
because it works for you
00:00:45
when you do not know which diode
00:00:47
used it tells you which one by which job
00:00:50
you can do it replace if you do
00:00:51
n't have the appropriate diode and finally it will
00:00:54
be a suitable diode and so here they
00:00:58
are quite
00:01:00
sites which are quite complete you can
00:01:02
also find oscillators
00:01:03
pendants voltmeters there are
00:01:06
oscilloscopes besides I have placed an
00:01:07
order for a siloscope for soon
00:01:09
on YouTube
00:01:12
and so you also have different
00:01:15
possibilities to communicate with
00:01:18
them you can have a contact person
00:01:20
and each time you have a response
00:01:21
in French which helps pleasant what
00:01:24
is practical is that it is in English
00:01:26
but you can have
00:01:28
a you can transform the site into
00:01:31
French and have a
00:01:33
French referent who speaks with you in French
00:01:35
that's really practical when you're
00:01:37
waiting for a package all that and for
00:01:40
payment it's like I I have already
00:01:42
said previously it is possible to
00:01:44
pay by Visa Paypal bank card
00:01:50
you have all the means by
00:01:53
bank coupon also by coupon that you can
00:01:56
buy in tobacco here everything is done
00:01:58
to make it very easy so
00:02:02
here I invite you to try to
00:02:04
navigate on this and
00:02:08
find what you will not find
00:02:09
elsewhere on this site yutti original source
00:02:21
hello
00:02:22
today we are going today I am going to
00:02:25
tell you about a television
00:02:27
called Palace no what is it called
00:02:30
Océane I believe that TV
00:02:33
so we have a television that refuses to
00:02:35
turn on and so I'm making this video
00:02:40
because really for those who want to
00:02:42
understand troubleshooting
00:02:44
it's an ideal card this carcass
00:02:47
is just perfect it's perfect
00:02:49
because everything is super clear in there
00:02:51
and you will reinforce your training
00:02:54
by watching this video even if you
00:02:57
do not have the same card the principle of
00:02:59
what I am going to give you there it is
00:03:01
excellent I will give you the
00:03:02
new method a new one
00:03:04
troubleshooting all the news which will you
00:03:09
will succeed in detecting your breakdown by
00:03:11
doing what I am going to do here you
00:03:13
will see it will be very super simple
00:03:14
and everything and what to say about this
00:03:16
card there it is a little bit
00:03:17
special this card it has the
00:03:19
primary part the secondary part here
00:03:22
primary part we see the border there then the
00:03:24
secondary part we see that there is the
00:03:25
boost here to light the lamps
00:03:27
always a coil a diode and then
00:03:29
its word is made there we will see we will
00:03:31
study that and then behind on the other hand
00:03:32
there is a new thing there is a thing
00:03:34
there is the micro processor there then there
00:03:36
is the
00:03:37
HDMI scart HDMI the thing to put
00:03:42
the antenna here the USB thing
00:03:46
the demultiplexer which is so that's
00:03:48
the motherboard so in fact there is the
00:03:49
motherboard which is stuck to the
00:03:51
power supply board don't be afraid it's
00:03:54
these cards which are called two
00:03:56
in one that's all so it's a
00:03:58
foam card what it is it is coupled
00:04:01
motherboard and the daddy card the two
00:04:03
are together there is no problem
00:04:06
and well so the paste what is it it
00:04:08
doesn't light up the lamps
00:04:09
refuse to light up we will see why
00:04:11
the lamps refuse to light up so
00:04:12
how to find this fault
00:04:15
how to find it without putting in
00:04:17
electricity that's where I was
00:04:19
going with this you see this [ __ ]
00:04:20
there 'electricity there we are not going to put it
00:04:22
we are not going to put that at all there the 200
00:04:24
volts there which is there 230 volts you they
00:04:26
are completely disconnected and you will
00:04:28
see that 100 meters only once
00:04:29
the electricity without putting the electricity
00:04:31
we will analyze everything in detail and
00:04:36
yet we will not have put a single
00:04:37
drop of electricity that's why I
00:04:39
say that it's child's play in fact we're
00:04:40
going to play like a child it's a kind
00:04:42
of Chinese puzzle we're only going to do
00:04:45
this Chinese puzzle or something like that on
00:04:47
foot it's like the games for
00:04:48
children there the fun games which is
00:04:50
super interesting the Rubik's Cube it's
00:04:52
we're looking for a combination but there we're going we're
00:04:54
going we're going we're going to play we're going to play
00:04:56
it's a game in fact it's a game there's
00:04:58
a fault and a child there's something
00:05:00
hiding but we're going to find this
00:05:01
fault still we have to have the
00:05:04
knowledge and a little knowledge 3
00:05:06
or 4 measurements to take here then two
00:05:08
measurements here in fact there are five small
00:05:10
measurements to tell you the truth
00:05:12
it's not there I found it in less than
00:05:14
15 seconds in 15 seconds I I opened
00:05:16
the TV I found the dough
00:05:19
I'm not going to make the video in 15
00:05:20
seconds it's useless I'm going to
00:05:22
explain to you how you're going
00:05:24
to get directly to the breakdown by
00:05:27
doing what I'm doing here I'm not going to
00:05:29
have the time to do it I'm going to
00:05:31
put about a half hour video
00:05:32
but you'll see and as soon as we have
00:05:36
found the fault we will have repaired the
00:05:37
television all that I will explain to you
00:05:39
a little bit how the
00:05:40
motherboard works there how it works for
00:05:42
the card it's there's nothing interesting
00:05:44
it's so simple on the motherboard
00:05:45
distribution of 12 volts it's all 5
00:05:48
volts 3 volts etc that's the
00:05:54
first thing you're going to
00:05:55
do is you have a large
00:05:57
transformer on the transformer
00:06:00
below you will see there is a
00:06:01
kind of line like that it is a
00:06:02
border and in addition on the border there
00:06:04
will be a guy who separates that it is the
00:06:05
gendarmes that the capacitors that you
00:06:07
see there these are the
00:06:08
gendarmerie capacitors of
00:06:10
there is a country of hot and a country of
00:06:13
cold
00:06:19
besides the secondary cold and in the
00:06:23
primary it's cold something like that in
00:06:25
I don't know how to say in English
00:06:26
what hold in short so between the two there is there
00:06:29
is a separation you see you just have to
00:06:31
take a line like that then you do
00:06:32
it like that you don't make a mistake for
00:06:35
the masses you do you will see there are only
00:06:38
things there separation the
00:06:39
capacitors there which are of no use
00:06:41
which only serve to separate the
00:06:43
anti-parasites and then
00:06:45
look it's interesting it's that you
00:06:47
cut the transformer that's the
00:06:49
hot part here and that's the
00:06:51
cold part here secondary there you go
00:06:54
and you saw when I will be good when you
00:06:55
do this each how much I have of that it's
00:06:58
octo coupler here we have octocoupler
00:07:03
here I have an opto coupler and in fact
00:07:05
I only have one in all the card I
00:07:08
only have 1 look at the border there are
00:07:11
none there it's the separation things there
00:07:13
the antiparasitic capacitors
00:07:21
so that won't help us in
00:07:22
troubleshooting but anyway so there is
00:07:25
only one that does that mean when
00:07:26
I have an octocoupler in fact when I have an
00:07:28
octocoupler you have to know that at the
00:07:30
output I will have voltages
00:07:31
maybe 5 volts maybe 12
00:07:33
Volts we don't know nothing there is a
00:07:35
small voltage which will come out the
00:07:36
smallest which will come out here
00:07:38
let's admit
00:07:41
despite everything we have 5 volts you saw the 5
00:07:44
volts it will be controlled by this
00:07:46
optocooper or if we have 12 volts at the output
00:07:48
which is which is the smallest of the
00:07:50
voltages the 12 volts it will be controlled
00:07:52
by this October coupler there and it will
00:07:54
manage the duty cycle it will
00:07:56
communicate so here the guys make
00:07:58
an effort here below this [ __ ] there
00:08:01
below there is MOSFET at three legs
00:08:04
I will show you later there is
00:08:06
mosfête and a very small circuit
00:08:09
oscillator circuit I did not remove this thing
00:08:11
there I am going to leave it like that
00:08:52
so there we have a failure of the television
00:08:53
does not work either we have a
00:08:55
primary panel or we have a
00:08:57
secondary panel we are going to do one thing we are
00:08:59
going to test the primary part so
00:09:00
how do I test the primary part the
00:09:02
primary part I am going to put here on
00:09:04
a platinum beep
00:09:06
like that there
00:09:10
you see here
00:09:12
in your thing it beeps there wait I
00:09:15
something
00:09:18
ok there you go well you know there is a
00:09:20
general capacitor here the big
00:09:21
capacitor you are going to put yourself on it
00:09:23
like that
00:09:24
and you are going to look here at your tone the
00:09:27
result look at a given moment it
00:09:29
will give you nothing at all and when you
00:09:31
go back it will give you a
00:09:32
reading ah well
00:09:35
there I have textures 0.5 thing and on
00:09:39
the other side I have 0 l that is to say
00:09:40
infinity there I have l 'infinite that means
00:09:43
that the whole part before it is good
00:09:46
it's all good you don't believe me what I'm
00:09:49
saying ok we're going to waste our time and if there
00:09:52
is a diode bridge there you see that there
00:09:54
is a good diode what is this good diode
00:09:55
but if you have the phase and the neutral there
00:09:57
you have one phase another you saw from
00:09:59
EDF you have a wire which comes from the phase
00:10:02
which goes directly there ok that's the
00:10:04
phase
00:10:06
and if that's the phase and the other I
00:10:08
go to the neutral
00:10:10
there you go, well you saw the 230 volts they
00:10:12
arrive directly here and then it
00:10:14
comes out the plus and the minus the minus the
00:10:17
more they were there there and the less it
00:10:20
must be there ok you see here we have the water
00:10:24
it comes from the river it arrives
00:10:26
on the filters you arrive from there at
00:10:28
the back on the filters and the filters
00:10:30
we pass on the diode bridge here in the middle
00:10:32
there we have the 230 volts and at the output we
00:10:35
will have 320 volts well you don't think
00:10:38
that he's fine well look you
00:10:39
're going to come on the gods you're going to make
00:10:41
each diode one by one look there
00:10:43
reading I'm reversing not reading go ahead
00:10:46
another
00:10:48
reading I reverse
00:10:51
not reading I go to the other waste
00:10:53
I'm wasting my time I'm wasting my time
00:10:54
with you there dad with you I'm not saying
00:10:56
bad
00:10:57
I understood me we're
00:10:59
wasting time there 0.5
00:11:05
0 why am I tell you that we are
00:11:07
wasting time because when you
00:11:09
come here when you come here you see
00:11:11
that you have zero and you return you have 0.5
00:11:15
finally sorry when you see that you have
00:11:17
reading rather reading and you reverse you do
00:11:20
n't have to read, no need to waste
00:11:22
your time doing that, that's for
00:11:24
the kids and again that's boring,
00:11:26
you're doing it for fun but there's
00:11:30
no point in what I just
00:11:31
told you that's information there I
00:11:33
just told you that when you do that your
00:11:35
reading not reading it goes everything there
00:11:37
is before it's magnificent it
00:11:38
works I'm not going to put any juice no
00:11:40
I won't put any juice
00:12:21
how I'm going to do you have to trust me
00:12:23
there there is a MOSFET you see
00:12:25
there I have my transformer here there I have
00:12:26
transformer beautiful transformer it
00:12:28
sends a leg here on the MOSFET there
00:12:30
belmosphere there is another paste the
00:12:32
output c 'it's grounded he goes
00:12:34
ground 1 it's the drain and the other is
00:12:37
the source and the third leg
00:12:39
what is it well it's 3 impact it goes here
00:12:41
inside there is a small square of
00:12:44
very small square it's an oscillator it
00:12:46
's very small little the idiot and well he
00:12:48
there he is the one who will order the tac tac
00:12:50
tac tac tac tac the opening and closing of
00:12:52
the tap which is there we have already seen That,
00:12:55
guys, take the plan again for those who do
00:12:57
n't know, that's it, that's it, he's
00:13:00
going to send
00:13:01
information to the base of him there, but
00:13:03
I'm not going to show it to you, he's
00:13:06
very small here,
00:13:07
how do you know if all this works
00:13:10
without put in electricity not a gram
00:13:13
of electricity will look at what we are going to
00:13:14
do
00:13:15
I put the nose back there
00:13:21
I hope that you are aware that
00:13:22
what I am giving you is really
00:13:23
important like by the way like what
00:13:26
yesterday you pissed me off there is no
00:13:28
like there is nothing at all I have to
00:13:29
beg like that to tell you yeah
00:13:31
give me a like I want me to do
00:13:33
like the others there
00:13:35
commercial traders give a like you like it
00:13:38
put a like when you put a like
00:13:40
me I am more seen by others and if
00:13:42
I am more seen I will be contacted
00:13:44
by
00:13:45
YouTube advertisements you have seen that I work
00:13:47
with Youtube source I make a little
00:13:49
money when I make advertisements
00:13:51
I would like to have even more
00:13:54
so give me likes YouTube will
00:13:56
help me advance my videos I'm
00:13:58
not even at 500 views 600 views 700 views there are
00:14:01
guys who get 80,000 views 80,000
00:14:04
views how the [ __ ] do they do it you have to
00:14:06
show their butts I wonder
00:14:07
how the guys do it 90,000 views they
00:14:10
spend their time talking then I'm
00:14:12
told yeah you talk too much you're going to come
00:14:14
here
00:14:20
there we're going to control the cutting part
00:14:22
we have a system here which does
00:14:24
cutting you did you see that here we said
00:14:25
that all that works but you saw
00:14:27
your plus there the plus does it go on
00:14:29
the word party look yeah you saw it
00:14:32
comes there on the word
00:14:34
there that is to say that there there is no
00:14:36
cutting there is no cut between the
00:14:38
plus there the train there you saw that
00:14:42
sorry the capacitor there is the plus
00:14:44
stock it arrives here there it is
00:14:46
the oscillator but from there ah there that sounds
00:14:48
so it's very normal that's it there it is
00:14:50
on the other hand here so the more it
00:14:52
comes here
00:14:54
there it sounds
00:14:56
here in the middle sorry still in the middle
00:14:58
now we're going to directly test the
00:15:00
word sfet so how is it how to
00:15:02
know it's good if it's not good well
00:15:04
you know what it's very simple
00:15:05
atmosphere doesn't sound and it's to
00:15:07
mark it on a sheet the word is
00:15:09
made there it has three legs
00:15:20
it's good
00:15:22
that's it I'm done screw the video I leave it
00:15:23
like that look there you saw that there is
00:15:25
an atmosphere of the three legs you
00:15:26
take one leg with another ok it does
00:15:28
n't sound like one dough with another ok it does
00:15:31
n't sound after one dough with another
00:15:32
that doesn't sound and then you invert one
00:15:35
dough with another it doesn't sound one
00:15:37
dough with another it doesn't sound one
00:15:38
dough with another it doesn't sound when
00:15:40
I break it beep it's because I
00:15:41
touched my own pasta so the word
00:15:43
fact you saw it didn't ring the
00:15:45
word so I showed you there it
00:15:46
didn't ring at all that means it
00:15:48
's good super
00:15:50
listen to me carefully
00:15:52
in the primary part there's nothing in it
00:15:54
done there is nothing it's from there we arrive
00:15:56
here I bam we arrive on the on the good
00:15:58
God of the good God so on the
00:15:59
general capacitor the
00:16:01
general capacitor is a reading not reading period
00:16:02
bar you come to the word set it does
00:16:04
n't ring it doesn't ring they are not they are
00:16:05
not and yes but you are missing something else
00:16:07
you are missing here inside there is an
00:16:09
oscillator there are many many
00:16:12
emails that I receive yes but how do I
00:16:13
know if my oscillator is good
00:16:15
before putting a C at 8 8 or a 901 etc.
00:16:17
I'm going to show you the technique he has
00:16:20
we are at the primary okay we are
00:16:22
at the primary the mass of the primary
00:16:24
general capacitor you are going to put yourself
00:16:26
on the mass of the general capacitor
00:16:27
look you saw that here there is an octo
00:16:30
coupler
00:16:33
[Music]
00:16:35
you should know that normally there is a
00:16:38
paste which is connected to the ground maybe
00:16:39
I don't know let's see yes well you see
00:16:43
to the ground so it's a
00:16:46
negative feedback we don't care where it sounded
00:16:48
we take the other leg you saw the other
00:16:50
leg there it's the one that will interest
00:16:52
you you saw this paste there the other one well
00:16:55
it goes directly on the oscillator
00:16:56
directly ok listen friends here we are going to
00:17:00
make a change we are going to come into
00:17:03
resistance mode you are going to put yourself here in
00:17:05
resistance mode in Ohm you saw here home ok
00:17:08
well you know what are we going to do there
00:17:10
we will measure the resistance of
00:17:12
the oscillator we will see if
00:17:14
the oscillator it still has an
00:17:17
oscillator circuit when it is healthy
00:17:18
it has a high resistance and as soon as it
00:17:20
is sick either it rings
00:17:23
or it will give a resistance of 50
00:17:25
ohms 60 ohms 90 100 and when at 71 it
00:17:30
sounds more so you have to be careful that's why you're
00:17:31
going to go to home we
00:17:33
don't stay on the doorbell afterwards he can
00:17:34
give you 100 oh 200 ohms 300 men 400
00:17:38
men 600 men it starts well
00:17:41
up to 800 he is sick when he is
00:17:45
less than a kilo you have to consider that he
00:17:47
is sick okay we will consider
00:17:49
that he is sick up to 1 kg oh but
00:17:52
we in we not going to go on the
00:17:53
silator because the oscillator is
00:17:55
so small rikiki what do we
00:17:56
do we make our brain work
00:17:58
intelligently we know that we have this
00:18:01
dough there
00:18:02
we don't buy feedback which goes
00:18:04
directly to the oscillator well we are
00:18:06
going to put ourselves on the other leg there we are going to
00:18:08
come here on the dough which rings and not which
00:18:10
one I have already forgotten
00:18:12
wait I take the mass
00:18:15
again yeah you see the battery above there
00:18:17
it is above it rings
00:18:20
that's the normal mass so
00:18:28
get angry you see this one there this dough
00:18:31
which is above here there
00:18:34
it rings that one I leave it
00:18:35
alone I take the other one that one
00:18:37
this one which is at the bottom I'm going to
00:18:39
put it in resistance mode
00:18:42
there
00:18:47
I'm going to put it there
00:18:48
look now I'm in resistance mode
00:18:55
your resistance there I'm in
00:18:56
resistance mode and look how I measure
00:19:00
wow this mega home guys there I
00:19:03
'm here that is to say mega home look
00:19:07
here at the reading I show you
00:19:10
the hatred in mega mega it's version
00:19:13
millions in millions what look 7
00:19:17
million ohms that's what there I
00:19:19
measured myself on the small coupler I
00:19:21
have to say yeah but what is the Octo
00:19:22
coupler what does it have to do with the
00:19:23
oscillator because guys who
00:19:25
tell me yeah you have to go to the
00:19:26
datachi of the blablabli blah blah but
00:19:28
what are you talking to me about Data Sheet
00:19:29
the feedback I know that the wire that is
00:19:31
there goes to the feedback of
00:19:33
the oscillator so to measure the
00:19:36
internal resistance of the oscillator
00:19:40
you put yourself directly there don't bother
00:19:42
going to get the oscillator
00:19:44
to dismantle everything who the hell do you
00:19:46
understand I hope that's very
00:19:48
clear because here it
00:19:51
has to be clearly understood so
00:19:53
guys to really summarize everything since a
00:19:55
while ago I've been talking blah blah blah blah
00:19:56
blah but all that blah blah blah here you
00:19:58
have just turned off your television okay
00:19:59
you have you removed the plug you say it you are
00:20:01
talking to no one say it in
00:20:02
beep mode here I'll do it again quickly in 2
00:20:05
seconds to see
00:20:08
[ __ ]
00:20:09
there you saw I'm in direct beep mode
00:20:11
I come here direct there you see I do
00:20:13
reading not reading you see in the
00:20:16
capacitor and you invert not reading
00:20:21
you see the reading not reading class
00:20:24
so there you have done all half of the
00:20:30
primary part ok after that what is- what I'm doing
00:20:32
what am I doing I'm going to say on
00:20:33
the word party come on I'm not doing it
00:20:38
doesn't sound ok great now I have to
00:20:41
party a bar there a bar
00:20:44
on the word is done now the
00:20:46
third bar it's on the oscillator
00:20:47
the oscillator I there I have to measure its
00:20:50
resistance the resistance on its
00:20:52
feedback it is at the feedback what it is
00:20:54
too small of the oscillator I don't want
00:20:56
that it's you go on the on the here on
00:20:59
on the loftop coupler and there you
00:21:01
find in resistance you find
00:21:03
millions you find there between
00:21:06
millions and sometimes we find a kilo
00:21:07
of kilos 3 kg it's good if there we have
00:21:10
made three measurements it's good if you go
00:21:12
do one more a little more you saw
00:21:14
the Vcc here there is a Vcc there is
00:21:16
the power supply which feeds an
00:21:18
oscillator which is inside but
00:21:19
the oscillator is how it will eat
00:21:22
how well if you are a
00:21:23
secondary coil look at the
00:21:24
secondary coil it is there here
00:21:27
it arrives here it arrives on a
00:21:29
diode
00:21:30
there is a small job and at the capacitor
00:21:31
look at the diode
00:21:34
you see this diode there
00:21:36
it is already it takes this coil there I do
00:21:39
n't know that it arrives here it comes out and
00:21:40
there we will see 15 volts 16 volts that's what
00:21:43
will give food that's that that's
00:21:45
the battery the battery of the oscillator and well
00:21:47
you can have fun seeing if there is a
00:21:50
nice drop in resistance here
00:21:51
let's see how much resistance here then
00:21:54
you put the least on the
00:21:56
general capacitor and you go to the Vcc like that in
00:21:58
resistance mode
00:22:00
I have 400 kg there I have 400 kg so there I
00:22:04
can say that my
00:22:05
oscillator is perfect but to
00:22:07
piss you off to piss you off I'm
00:22:09
not even going to turn on the electricity I'm
00:22:11
not going to turn on the electricity I'm
00:22:12
sure and sure and certain that it works
00:22:15
it works it works so I
00:22:17
am sure and certain that I have tensions in the
00:22:20
secondary part
00:22:23
but if I do not have tensions in the
00:22:26
secondary part that means that I have
00:22:27
a problem on the secondary part and
00:22:30
the secondary part is measured in
00:22:32
two seconds you saw that there we
00:22:34
measured that in one second in the put 1
00:22:36
second the 3 seconds 4 seconds for the
00:22:39
Vcc 4 5 6 7 seconds for the the Octo
00:22:43
coupler let's do 7 8 9 10 11 12
00:22:46
13 go 14 seconds to measure the
00:22:48
secondary part and try to
00:22:50
beat me try to try to beat
00:22:52
your record you measure the tac tac after
00:22:56
you do tac tac tac tac on the first
00:22:58
general recognition after you go to
00:23:00
the
00:23:02
the brothel the atmosphere afterward you will
00:23:05
control the resistance feedback
00:23:06
remains then bac or do
00:23:07
I learn but I learn directly
00:23:08
on the on the octo Cooper after you
00:23:11
take the WC it is the Vcc and the mass
00:23:12
tac everything is resistances must be
00:23:14
large and there like reading don't read
00:23:16
and if I don't have to ring your
00:23:18
bell, take it on paper like
00:23:19
this because I'm going to stop
00:23:21
making videos in fact I'm going to stop
00:23:22
making videos so here I'm
00:23:24
giving you everything I'm giving you everything take the
00:23:25
information here today that I am
00:23:27
giving you will allow you to repair
00:23:28
all televisions of all time in
00:23:30
this way that I have given you,
00:23:32
this is the universal way to
00:23:34
repair in the best possible way, I
00:23:37
talk a lot, that's 20 minutes but
00:23:38
you can do that in second case

Description:

@UTSOURCE COMPOSANT obtenez un composant électronique auprès d'utsource : https://www.utsource.net//// Puce IC : https://www.utsource.net IGBT : https://www.utsource.net/category/elec-component/modules/igbt-1.html composant électronique : https://www.utsource.net Condensateur : https://www.utsource.net/category/passive-components/capacitors-1.htmlps://www.utsource.net/category/elec-component/modules/darlington-transistors Capteurs diode : https://www.utsource.net/category/elec-component/transistors/diode-1.html trouver des puces : https://www.utsource.net Transistors : https://www.utsource.net/category/elec-component/transistors-1.html Darlington : htt: https://www.utsource.net/home/sensors%22

Preparing download options

popular icon
Popular
hd icon
HD video
audio icon
Only sound
total icon
All
* — If the video is playing in a new tab, go to it, then right-click on the video and select "Save video as..."
** — Link intended for online playback in specialized players

Questions about downloading video

mobile menu iconHow can I download "72 MEILLEURES TECHNIQUES DE DÉPANNAGE ÉLECTRONIQUE FRANCAIS @utsource1399" video?mobile menu icon

  • http://unidownloader.com/ website is the best way to download a video or a separate audio track if you want to do without installing programs and extensions.

  • The UDL Helper extension is a convenient button that is seamlessly integrated into YouTube, Instagram and OK.ru sites for fast content download.

  • UDL Client program (for Windows) is the most powerful solution that supports more than 900 websites, social networks and video hosting sites, as well as any video quality that is available in the source.

  • UDL Lite is a really convenient way to access a website from your mobile device. With its help, you can easily download videos directly to your smartphone.

mobile menu iconWhich format of "72 MEILLEURES TECHNIQUES DE DÉPANNAGE ÉLECTRONIQUE FRANCAIS @utsource1399" video should I choose?mobile menu icon

  • The best quality formats are FullHD (1080p), 2K (1440p), 4K (2160p) and 8K (4320p). The higher the resolution of your screen, the higher the video quality should be. However, there are other factors to consider: download speed, amount of free space, and device performance during playback.

mobile menu iconWhy does my computer freeze when loading a "72 MEILLEURES TECHNIQUES DE DÉPANNAGE ÉLECTRONIQUE FRANCAIS @utsource1399" video?mobile menu icon

  • The browser/computer should not freeze completely! If this happens, please report it with a link to the video. Sometimes videos cannot be downloaded directly in a suitable format, so we have added the ability to convert the file to the desired format. In some cases, this process may actively use computer resources.

mobile menu iconHow can I download "72 MEILLEURES TECHNIQUES DE DÉPANNAGE ÉLECTRONIQUE FRANCAIS @utsource1399" video to my phone?mobile menu icon

  • You can download a video to your smartphone using the website or the PWA application UDL Lite. It is also possible to send a download link via QR code using the UDL Helper extension.

mobile menu iconHow can I download an audio track (music) to MP3 "72 MEILLEURES TECHNIQUES DE DÉPANNAGE ÉLECTRONIQUE FRANCAIS @utsource1399"?mobile menu icon

  • 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.

mobile menu iconHow can I save a frame from a video "72 MEILLEURES TECHNIQUES DE DÉPANNAGE ÉLECTRONIQUE FRANCAIS @utsource1399"?mobile menu icon

  • 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.

mobile menu iconWhat's the price of all this stuff?mobile menu icon

  • 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.