🔥The LED light bulb will never go out! Just apply NAIL POLISH
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- Опубліковано 11 тра 2024
- In this video -🔥The LED light bulb will never go out! Just apply NAIL POLISH you will learn about an unusual but effective method for repairing LED lamps, which may seem unexpected. We will show how you can restore the functionality of an LED lamp using improvised and non-standard materials such as iron wool and nail polish. This method is not only simple, but also shows a creative approach to solving a common problem.
First, we use a battery and a wire to determine the faulty diode in the LED lamp. This helps to pinpoint the problem without the need for complex equipment.
Carefully remove the diode that has stopped functioning. This is a critical step as improper removal can damage the rest of the lamp.
Iron wool, cut into small pieces, is mixed with nail polish. Iron wool acts as a conductive material that can help complete the electrical circuit where the diode is installed.
The mixture is applied to the place where the diode was previously. Nail polish acts as an adhesive that holds the iron wool in place and provides the necessary insulation and protection from the environment.
After the mixture has dried, check the lamp. If everything is done correctly, the lamp should work again.
This repair method shows how using an innovative approach and non-standard materials you can effectively solve the problem of a faulty LED lamp. Subscribe to the channel so you don't miss even more interesting and useful repair tips!
Nice video,thanks :)
Bagus idenya teman..
Salam kenal...
Senang ide ini membantu Anda
Buen video, no sabía que se pudiera reparar con pintura de uñas.
Sí, pero no sólo pintura, no olvides otro componente importante
Luego la gente se sorprende de los incendios y aquí tenemos el colega metiendo productos inflamables en una chapuza mal conectada con hilos de acero.
Мальчик немного зазвездился! Уж больно все залихватски подает , Аяяй......😮
No entendí, al comienzo, ¿cómo armó las 3 baterías, y de qué otras formas, se puede descubrir, cuál es el que NO funciona? El lector, debe saber varias otras maneras. ¿Le pueden enseñar, a una abuela, por favor 🙏?. Tengo varias que ya no funcionan...🤷🏼♀️ 🥰
Najlepiej to kupić nową 😊 bo lampy led tego typu na prawdę się grzeją
Sí, así es, ¡puedes comprobar un diodo defectuoso utilizando una batería! ¡Pero también puedes hacerlo de otra manera! Hay otros métodos con lámparas de hielo en mi canal, ¡échale un vistazo!
Isınır ve evde yangın çıkarır
? what is new?
покупайте газовые экономки
Awesome music
Yes, I completely agree ❤️
This video has so many problems, it's unreal.
Firstly, testing the diodes... They each need to be tested in both polarities. They're diodes, so always fail to work in the wrong direction.
Secondly, the testing voltage... You have no way of knowing how many discreet diodes are contained within a single chip package... In a situation where only three dies are contained within one package, you'll have a forward voltage drop of around 9v... The 27v test setup used here would destroy any good ones.
Also, you show yourself brushing the contacts together from the test battery... Doing this is a short circuit. It could cause a burn injury.
Next, you're scraping a SMD diode off of the PCB... I've never seen anyone scraping a component from a PCB... Just de-solder it.
Finally, you're bridging the diode contact pads with iron wool.
Assuming the LED's are connected in series, this might work.. But if the driver IC doesn't account for a lower voltage drop, then the other diodes will be over-run, resulting in their destruction shortly thereafter.
If the diodes are connected in paralell, then there's a good chance that the steel wool will get hot and combust... Which is now covered in flammable nail varnish.
wtf? this is wrong, dangerous and misleading on so many levels. and not funny at all.
Um what? Sorry but what is the danger?
@@healthyeatingwithasendler 1:13 - Shorting the 27v battery.
1:27 - Using 27v to test LED's for failure... Often their forward voltage is less. The test is likely to damage the LED in the process...
2:07 - Scraping a SMD component off with a sharp blade.
2:58 - Using steel wool as a conductor.
3:28 - Covering steel wool in flammable substance.
New idea .
Yes, this is a truly brilliant and perfectly working idea.