Como reparar focos ahorradores dañados con este truco!

ok, as you can see, they turned on perfectly and you might wonder how this is possible, how is it possible that two lamps that have that problem have the same problem without doing anything to the electronic board and they can turn on well, what can we say about that, what is it? What is happening is as if we were cheating on the electronic board. Hello everyone, welcome to my electronics practices channel. Today I am going to show you a solution for repairing this lamp, but in a case that I had not shown you before. a new case which is when the two parts here are glass, the vacuum parts are damaged so as you can see here I have the two lamps disassembled because I already know which part of the two is damaged that's why I have them disassembled like this and I I t

este

d them so in this case the electronic part is good in both lamps, remember that these are energy-saving lamps and in this case what I am going to show you are two lamps that are identical of the same power, which is exactly 13 watts, so well, previously, already I had taught you how to repair the electronic part.

I am going to leave you in the description of those videos the previous videos that I have made but this repair is different, it turns out that you have surely obtained or are going to obtain when you were repairing lamps that in many cases perhaps In most cases, one filament in this part of the lamp is damaged, remember that this lamp has two filaments, they are made up of two filaments and then one of them is damaged, the other is generally good, so in this case this lamp is damaged. a filament and this lamp also has a damaged filament.

I'm going to show it to you by taking a measurement. So the question here is the following. Can these lamps be repaired even though it only has one damaged filament? So I made a video explaining how to do it. save these lamps but in that case a modification had to be made to the electronic board to be able to save it, so the new question is, can something be done without messing with the electronics? That is the most interesting question and the answer is, yes, there is a solution. solution that is the first time that I am going to explain it here and it is a very interesting solution so well I am going to start by measuring the filaments to show you that this lamp really has a damaged filament when to measure the filaments use a multimeter and then place in the continuity measurement scale remember that on that scale if another why it goes to zero and makes a beep then let's start with the first one let's go with the filament with the first filament although I did finally it's good and now let's go with the next one ok notice that I'm finally surprised I'm down here ok let's go with the other one let's try this other filament up here it's also good and the other filament I think it doesn't make any noise so it's damaged so these filaments are good and this one strange so as you saw it's actually damaged a filament in each lamp is already I had t

este

d it really I just wanted to demonstrate it to you so what are we going to do as side plate is so good we are going to use a single plate we are going to remove this one and we are going to leave this plate so here the The case will be the following with a single board and without making the modification to the board I will be able to turn on not one lamp but both lamps now I need the two lamps that each have a damaged filament to make it turn on and they will work as expected. normal way now how is the connection so that two lamps can be turned on that each have a damaged filament so I'm going to explain it to you so for that I'm going to use some alligators to make the connection so we're going to put the lamps here I'm going to connect and I'm going to explain to you, we're going to start with this white cable, the filaments that are good, I'm going to connect it here to the board in the part where I should connect a filament normally, so in this other filament that is good, it goes to the part of the plate where a filament would be, we are going to bring it closer for criteria, as you know, the plate is made up of two connection points, here there are two pins on one side and on the other end there are two other pins, which is where the other filament is placed, so normally this is where it goes. a filament and here goes another filament but from the same lamp but in this case I am going to take a pair of those pins for this lamp and the other pair for the other one so for the other lamp I am going to do something similar as I did with the first one ok so far I have only connected the good filaments so far it is easy now that I am going to make the filaments that are damaged what we are going to do is that we are going to join it and we are going to join here also this filament that is damaged from the other The lamp is joined together since inside, since they are open, they are chopped, so after that, with two more alligators, think about what we are going to do.

Here is precisely the key to this solution. We are going to place an alligator in a lamp with those filaments united and we are going to place it. take it to a point of the filaments that is good and there we are going to connect it, for example there in that other filament and we are going to do something similar with the other empty one, then in the other filament that is attached to the other lamp we connect it with a point of a good filament but from the opposite vacuum, that is, from the other side, there is the glass that is opposite and then we would be left like this, anyway, I will be placing it there to end up leaving the diagram in case you don't see it very clearly here In this connection then I would have to put the base here to do the test so we place the base objects we already have the lamps connected and then we are going to do the test then the switch is going to happen so that you can see what is going to happen let's to turn on the two lamps with the same electronic board ok as you can see they turned on perfectly and you will wonder how this is possible how is it possible that two lamps that have that problem the same problem without doing anything the electronic board and they can turn on well What can we say about that?

What is happening is as if we were deceiving the electronic board. The electronic board thinks that a single lamp is placed there. The way the cables have been placed is a very ingenious way of trick the electronic board so here we have another solution apart from all the previous ones that I have already given you regarding damaged filament, then I hope I have taught you something new and if you have many lamps with damaged filaments then you already know what the solution is. They should apply and basically with this lamp you would get the same power as if it were a good one so well I have a pretty ingenious solution well that's all I wanted to tell you in this video if you liked it give it a like remember don't vote for stampa even if it damages both filaments, if the filaments are found, don't vote for it either because I also have a solution when a filament is added.

I will explain that to you later in another video. We will little by little decipher this whole issue of energy-saving lamps or compact fluorescent lamps, so as always Remember to like, share your doubts, you can leave them in the comments and subscribe. I know there are very interesting videos coming on this channel, so I'll see you in the next video.