nope, the LED 'chips' inside are set in series that total a bit higher a voltage though I don't know what it may specifically be with these, could be 36 or 72 v for instance. also the two LED bulbs that were shown as a whole work on 220 ~ 250 volts (in the US and some other countries 110 v), and thus it does not matter what specific voltage the LEDs inside of them actually would require, the wall socket's voltage is what the bulb takes and it is stepped down to the right level (and also smoothed out) by internal components. on the other hand I must admit that the internal circuitry inside these bulbs probably can also make them work on a lower voltage than the AC power it normally would use; as long as it would at least be the same height as that that the sets (series) of LEDs (as they are mounted) in total would need, it is possible a voltage as low (but also as high) as that could simply pass straight on to those LEDs. Voltage regulating and smoothening circuitry as used on such applications - and for instance in modern USB phone chargers no matter what output protocol(s) - can be quite flexible that way nowadays (they also often take all AC voltages in-between 100 and 250)... but it definitely would have to be quite a bit more than 5 volts, that's for sure. and by the way, in the day there was another type of power saving lamps (inside of which was nearly the same tech as was used in fluorescent tubes) that REALLY would light up at nearly ANY voltage! they EVEN would start glowing when they were held under an overhead, high-up power line (be it that is electric field would directly affect the innards of that type of bulb or tube and bypass all the internal voltage regulating electronics).
Polarity is one of the main conditions for parallel operation of transformers. If the polarity is reversed, there will be a large short-circuit current in the winding, even burning out the transformer. The polarity of a three-phase isolation transformer coil is mainly determined by the winding direction of the coil.
Чанда это все 😂 . 220 вольт на выходе.? Ну пальцами трогает как будто нечего нет.😂. Я сам радиолюбитель не раз пробовал из интернета что то делать но не хрена не работает..
У Ака Касьян такая же схема из более народных компонентов прекрасно работала. Только он меньшее напряжение получил на видео с одной батарейки. Искать по "блокинг генератор".
I made it works well from the transistor D882 I used and instead of variable resistor I used 100 ohm resistor, put the resistor on the base of the transistor
@@mohammadnavidrufi first Thanks for replying. I tried to made the circuit with d882 transistor also but the transistor burned. I think my components are damaged because I have brought them from a local shop.
Hello friend. You should rigorously check the transformer terminals. It has two parts: The primary winding, that is divided into two windings, and one has more turns than the other. The one with the most turns is the main primary winding, connected between the collector of the transistor and the positive pole of the battery. And the other winding that has fewer turns is the feedback and is connected between the potentiometer and the base of the transistor. In the middle, the potentiometer acts as a bridge or central tap between the feed-back winding and the main primary winding. Then, there is the third winding which is called secondary, which is the output one. To identify each of the three windings, you must use a multimeter on the Ohms scale, in the 2kΩ range. The secondary winding will give the highest measurement. And next, the feed-back winding will show a much smaller measurement than the main primary winding. You will probably need to reduce the multimeter range to 200Ω to get a more accurate reading on the primary side. In turn, there should be no electrical continuity between any of the three windings, until before making your connections. This means that each winding is independent. The possible solution for your transistor to start oscillating may be to connect the terminals of the feedback winding backwards. You could also improve this design by adding a diode antiparallel to the transistor, with the cathode on the collector and the anode on the emitter. Why this? Well, because perhaps what may be damaging the transistor is the reverse voltage stored by the main primary winding that discharges on the transistor when it goes into a low state. So, the antiparallel diode shunts this high voltage peak to ground. I hope this helps you find the error you may be having in your circuit. Greetings from Argentina. 🇦🇷🙋🏻♂️
From Wikipedia, the free encyclopedia Basis of solid-state Blocking oscillator The waveform generated by this circuit This Joule thief circuit, a blocking oscillator, can be used in order to power a light-emitting diode from a 1.5V battery for a relatively long period of time, with the brightness being a tradeoff. A blocking oscillator (sometimes called a pulse oscillator) is a simple configuration of discrete electronic components which can produce a free-running signal, requiring only a resistor, a transformer, and one amplifying element such as a transistor or vacuum tube.
That's to much work and your using a battery I can do it with just a little copper and a magnet I can do it way faster without using no welder or battery free energy my friend. You're getting to technical for some people that don't understand electronics I understand it but not everyone does .
Vous pensez vraiment que le Linky (nom d'un compteur électrique communicant conçu par Enedis anciennement ERDF), principal gestionnaire du réseau électrique de distribution en France serait connu hors de France ? Que ferait un tel boîtier en circulation hors du pays ? Qu'entendez-vous par ralentir ? Quelle est votre intention ? « Chaque compteur dispose d'une clé spécifique. Si un concentrateur détecte l'ouverture d'un capot et une forte variation de la consommation, il s'arrête et efface ses clés par précaution » Libé
beautiful! is it so little electricity that you can hold it in your hand, touching even the wires of the output without getting shocked, or is that not what that little neon indicator light is connected to?
یک شارژر را خراب کرده تا یک لامپ را روشن کنیم با یک باتری ؟ آیا این روش موجب خالی شدن سریع تر باتری نمیشود؟ در ضمن،این روش فقط قادر به روشن. کردن کم نور با شدت کم تابش نور است.نیست؟
![[Limbus Company - Teaser] Season5 - Oblivion](http://i.ytimg.com/vi/8anKuEeZLeI/mqdefault.jpg)
Invertor for 0.00000000001 mA ? 🤣🤣🤣🤣
😁
Ха-ха-ха!!!😆😆😆😆😆
yeah high voltage and frequency for lamp
Сделать повышающий инвертор, чтобы подать с него напряжение на понижающий инвертор - это нужно быть особо одаренным
Автор и так ОСОБО ОДАРЁННЫЙ🤣🤣🤣🤣
Потом эту схему прячем в ламподержателе и выдумываем фейк о бесплатном электричестве....,для лохов.
Эксперимент удался,лампа светится! 😂
Шляпка боярского ему ане лаик
😂🤣😂👍
Now do it with a filament bulb. The bulb you used has 5V LED's.
nope, the LED 'chips' inside are set in series that total a bit higher a voltage though I don't know what it may specifically be with these, could be 36 or 72 v for instance. also the two LED bulbs that were shown as a whole work on 220 ~ 250 volts (in the US and some other countries 110 v), and thus it does not matter what specific voltage the LEDs inside of them actually would require, the wall socket's voltage is what the bulb takes and it is stepped down to the right level (and also smoothed out) by internal components. on the other hand I must admit that the internal circuitry inside these bulbs probably can also make them work on a lower voltage than the AC power it normally would use; as long as it would at least be the same height as that that the sets (series) of LEDs (as they are mounted) in total would need, it is possible a voltage as low (but also as high) as that could simply pass straight on to those LEDs. Voltage regulating and smoothening circuitry as used on such applications - and for instance in modern USB phone chargers no matter what output protocol(s) - can be quite flexible that way nowadays (they also often take all AC voltages in-between 100 and 250)... but it definitely would have to be quite a bit more than 5 volts, that's for sure. and by the way, in the day there was another type of power saving lamps (inside of which was nearly the same tech as was used in fluorescent tubes) that REALLY would light up at nearly ANY voltage! they EVEN would start glowing when they were held under an overhead, high-up power line (be it that is electric field would directly affect the innards of that type of bulb or tube and bypass all the internal voltage regulating electronics).
Wasn't neon bulb enough for you?
@@danek_hren👍😃.
are the fingers not energizing because it is clearly seen touching the wires from the 220v bulb?
current preferably passes from the conductive material
@sytherplayz *preferably passes THROUGH the materials that are the best conductors. good point otherwise!
Polarity is one of the main conditions for parallel operation of transformers. If the polarity is reversed, there will be a large short-circuit current in the winding, even burning out the transformer. The polarity of a three-phase isolation transformer coil is mainly determined by the winding direction of the coil.
Mesela bu devreyi yapsak ve pili yuvası ile kullansak 1.5 volt pil kaç dakika aydınlatır. Elektrik kesintisi olduğu zaman için düşündüm.
1,5x8=12 watt. Ampul enaz 12 watt çeker. Pil 2000 mah olsa 15 dakika dayanabilir.
It's very inefficient.
Thank you for sharing the links, I have to do it because there is 5v in this 230
Simplemente Genial gracias.
Nice video, thanks :)
А сила тока тоже повышается или это неудобный вопрос с моей стороны?😊
Тут скорее зависит от трансформатора и тут он какой-то мелкий
@@daniko-landдля килогерцовых токов мелкий трансформатор подходит
No need for hydroelectric dams or nuclear power plants, just a few 1.5V batteries. Wow!
Чанда это все 😂 .
220 вольт на выходе.? Ну пальцами трогает как будто нечего нет.😂. Я сам радиолюбитель не раз пробовал из интернета что то делать но не хрена не работает..
У Ака Касьян такая же схема из более народных компонентов прекрасно работала. Только он меньшее напряжение получил на видео с одной батарейки. Искать по "блокинг генератор".
Man kann schon viele tolle Sachen aus alten Elektroteilen erfinden gewusst wie 😎😎😎
Hallo! Diese bild gemacht für lügen und absurt.
Hey there I have made this circuit but it didn't work. I don't know why my bd139 transistor is not switching
I made it works well from the transistor D882 I used and instead of variable resistor I used 100 ohm resistor, put the resistor on the base of the transistor
@@mohammadnavidrufi first Thanks for replying. I tried to made the circuit with d882 transistor also but the transistor burned. I think my components are damaged because I have brought them from a local shop.
@@ujjwalkumarsharma9545 Ok
Hello friend. You should rigorously check the transformer terminals. It has two parts: The primary winding, that is divided into two windings, and one has more turns than the other. The one with the most turns is the main primary winding, connected between the collector of the transistor and the positive pole of the battery. And the other winding that has fewer turns is the feedback and is connected between the potentiometer and the base of the transistor. In the middle, the potentiometer acts as a bridge or central tap between the feed-back winding and the main primary winding.
Then, there is the third winding which is called secondary, which is the output one. To identify each of the three windings, you must use a multimeter on the Ohms scale, in the 2kΩ range. The secondary winding will give the highest measurement. And next, the feed-back winding will show a much smaller measurement than the main primary winding. You will probably need to reduce the multimeter range to 200Ω to get a more accurate reading on the primary side. In turn, there should be no electrical continuity between any of the three windings, until before making your connections. This means that each winding is independent. The possible solution for your transistor to start oscillating may be to connect the terminals of the feedback winding backwards. You could also improve this design by adding a diode antiparallel to the transistor, with the cathode on the collector and the anode on the emitter. Why this? Well, because perhaps what may be damaging the transistor is the reverse voltage stored by the main primary winding that discharges on the transistor when it goes into a low state. So, the antiparallel diode shunts this high voltage peak to ground. I hope this helps you find the error you may be having in your circuit. Greetings from Argentina. 🇦🇷🙋🏻♂️
@@axelbelleris Greetings Argentina! Thank you for taking the time to explain this information. Blessings from New Mexico !
Почитал комментарии и самое главное хватает идиотов которые верят что это реально работать будет.
Так будет же, только недолго и неэффективно. Так и раньше делали на трансформаторе и блокинг-генераторе.
@@IgorYegorkin кто вам такое сказал?
@@iptv7923 а в чём проблема?
Никогда такого не видел, видел КПД 80 96 97 но КПД 101% вижу в первые😂😂😂
Яка ціль переробки?Просто погратись?
Мета -- накрутити перегляди.
Так, просто погратися. Перегляди ще на каналі генерує.
Le hubieras quitado la música y da explicaciones 💀🕯️
Он не может убрать музыку, т.к. в оригинальном видео тоже фоновая музыка играет, но другая 😂
From Wikipedia, the free encyclopedia
Basis of solid-state Blocking oscillator
The waveform generated by this circuit
This Joule thief circuit, a blocking oscillator, can be used in order to power a light-emitting diode from a 1.5V battery for a relatively long period of time, with the brightness being a tradeoff.
A blocking oscillator (sometimes called a pulse oscillator) is a simple configuration of discrete electronic components which can produce a free-running signal, requiring only a resistor, a transformer, and one amplifying element such as a transistor or vacuum tube.
و ماذا عن التيار ؟
Will this work with other plugs
süper
Demasiado rápido y sin explicaciones
De ce nu explici mai clar, si etc.
That's to much work and your using a battery I can do it with just a little copper and a magnet I can do it way faster without using no welder or battery free energy my friend. You're getting to technical for some people that don't understand electronics I understand it but not everyone does .
السلام ماشاء الله فكرة جد عبقرية لقد افادتنا شكرا جزيلا بارك الله فيكم وعليكم دمتم بخير
Otra forma de perder tiempo ....
Akhir ek 1 led 💡 kitni der jalega 😅😅😅
de leve acende com apr , está desliga
Who's singing??
Tiёsto & CAROL G Don"t be shy.
Мм блокинг генератор
But
How wiil it last
It is usless
Видео для просмотров, пользы 0...
Name of background music.. please
Can't you read? "Don't be shy". I see it at the bottom of screen - link to the composition.
Is this real or a scam ? Please advise us.
The light bulb he is using has 5V LED's. It's misleading.
@@kirkwalsh1932 but what about Ne bulb?
@@danek_hren it's a low voltage bulb with LED's. It doesn't take 220 to light the bulb.
@@kirkwalsh1932 I'M TALKING ABOUT NEON BULB, OPEN YOUR DAMN EYES
It's not fake it does produces voltage more than 230v but current is negligible
Vous voulez pas m'expliquer comment faire ralentir un Linky ? Je suis sûre que quelqu'un comme peut arriver à le faire.😊
Vous pensez vraiment que le Linky (nom d'un compteur électrique communicant conçu par Enedis anciennement ERDF), principal gestionnaire du réseau électrique de distribution en France serait connu hors de France ? Que ferait un tel boîtier en circulation hors du pays ? Qu'entendez-vous par ralentir ?
Quelle est votre intention ?
« Chaque compteur dispose d'une clé spécifique. Si un concentrateur détecte l'ouverture d'un capot et une forte variation de la consommation, il s'arrête et efface ses clés par précaution » Libé
Pembodohan...😅😅😅
#их√я не понял, но музыка очень хорошая. 🤓
Не работает от 1,5 в
От 5 вольт только работает и то тока не хватает для 220 лампы
и на сколько хватит батарейки?
На 2 года непрерывной работы.
😮
ok
آلی
😂😂😂😂
ваще беспонтовая херь! 90% потерь, кпд ноль, батарейки за 0,5-1$ на минуту работы лампочки
как называется звучащая песня?
Don't Be Shy - Tiësto & KAROL G
Fiz aqui, segui passo a passo. Agora estou fornecendo energia elétrica para todo Brasil. Obrigado, valeu mesmo!!. 😂😂😂
Ха-ха-ха! 😆🤣😆🤣😆🤣😆
só alegria
Xa-xa-xa😂😂😂
Também cismei com essa potência toda😂😂😂😂
Te compro uno para Argentina, el descerebrado presidente nos esta saliendo caro
beautiful! is it so little electricity that you can hold it in your hand, touching even the wires of the output without getting shocked, or is that not what that little neon indicator light is connected to?
Do awaryjnego sygnalu s.o.s. ?
А утюг подключить?
И церкулярку
Ни в коем случае ! Только холодильник !
จะให้ใครทำตาม ก็ควรมีการพูดอธิบาย
Абсолютно никто не сделает.
So why don't you put a solar panel from a calculator in the batterys place then your 10w inverter is even more efficient
جربتها عدة مرات وفشلت
на али готовый бакс стоит
یک شارژر را خراب کرده تا یک لامپ را روشن کنیم با یک باتری ؟ آیا این روش موجب خالی شدن سریع تر باتری نمیشود؟ در ضمن،این روش فقط قادر به روشن. کردن کم نور با شدت کم تابش نور است.نیست؟
လက်နဲ့ကိုင်တာ ဓါတ်မလိုက်တာ အံ့သြဘ
Бредятина!А вот инвертор из трансформатора сделать весьма возможно
maybe you will give me 1 answer ms
Без лохА жизнь плохА! А если серьёзно, то без лОха жить плОхо! 😂😂😂
macgajwer😂😂😂
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