A GREAT IDEA Make a Transformer-Free Power Supply with Scrap Materials

[@igoreski]

Отлично!👍

[@yigitmertsevindim1669]

Çok tehlikeli bir devre. Herhangi bir komponent bozulduğunda çıkışta direkt şebeke elektriğini görme ihtimaliniz var o riske girilmez.

[@RAFASIMOV]

Genial idea. Gracias!!

[@bilgin600]

Zafer ustam saygılar kolay gelsin severek taa ilk kanalı actiğindan buyana bir ara babek videolarina dönmeyi düşünüyordun 🤭 maşallah kanal milyonu geçti 👏 uzay montaj videoların bir harika birde tamir etme videolarımı yapsan ki ariza tesbiti onarımı güzel olur bence tekrardan saygılar

[@andymunnings9109]

"Genius!" 👍

[@chetaohay512]

good idea

[@carloscesar1777]

Quantos whats no máximo na saída?

[@cleitoncesarsavani7773]

Muito bom! Faltou um capacitor na saída né!

[@hasantamer9199]

iyi fikir

[@fictionfiction595]

How many amps? 12=5xi i=5/12=410ma

[@ivanfrantz2158]

This circuit doesn't make sense. Your AC input goes through electrolytic caps which are polarized? and the diode's cathode is connected to the rectifiers positive output? Correct me if I'm wrong?

[@jase4270]

You are wrong. This guy is a genius with electronics.

[@Pedro-rw2yv]

E mesmo um gênio

[@halbvoll1]

You are wrong, because: the 2 electrolytic capacitors are solderd together in series with the same poles, so they get non polarised and a zener diode is always placed in reverse because in the other direction it would be a regular one. This circuit is a simple capacitive dropper, you'll find them a lot but is also very dangerous, because it is not isolated from mains

[@ivanfrantz2158]

@@halbvoll1 Thanks. You have made me aware of points I did not know👍

[@diggingoos5158]

How can I use it for 1000watts

[@yusufakay]

Hocam lab tipi güç kaynağı yapar mısınız??

[@sureshahuja7530]

Great idea as smps goes fail many times

[@Amerikanin2numarali_ustasi]

A+

[@inventorkr1]

Like

[@Александр-м7р8е]

Вы не пробовали сделать б/п без трансформаторный на 15 ампер?.

[@MasterGallery]

А Вы?😊 Очевидно, что это смысла не имеет, хотя бы потому, что просто небезопасно. Трансформатор выполняет, наряду с иным, роль "гальванической развязки". Однако как "учебное пособие" по физике работы радиокомпонентов это - прекрасный пример.

[@Александр-м7р8е]

@@MasterGallery Да я бы с удовольствием,только вот в чём проблема,я не силён в этом направлении.Паять по подсказке смогу,а сам расчитать-нет.Мне нужно питать постоянные двигатели на разный вольтаж,двигатели от 24вольт и ниже,ампераж самый большой 15ампер.Фрезерный станок собираю,двигатели есть ,а вот с питанием двигателей проблемам.Трансформатор тоже есть вторичка 24вольта и 18вольт.С Уважением.

[@MasterGallery]

@@Александр-м7р8е ну это точно не тема для чата на ютюбе. Вам на специальные ресурсы, где раскрыта тема рассчета трансформаторного блока питания постоянного тока. Вкратце: важно, чтобы обмотка вторичная трансформатора была достаточно мощной, чтобы обеспечивать солидные токи, о которых Вы заявляете. И имела достаточное напряжение, чтобы компенсировать неминуемое его падение на диодном мосту выпрямителя. Т.е. базовые компоненты: выпрямитель-мост-конденсатор(електролит). А дальше нюансы: стабилизация, фильтры, защиты - надо инженерить. Читайте литературу.

[@electroniquepassion]

👍👋❤️❤️❤️❤️👋👍

[@abozidddd]

Amp??

[@alhzbr.alazde.4830]

❤

[@Amerikanin2numarali_ustasi]

DC kondansatorleri AC hattina bagladik...Sorun olmaz mi?

[@halilmetin2.712]

Sorun olmaz beyefendi eğer siz kutuplu kondansatörleri aynı kutupları birbirine gelecek şekilde yani eksileri bağlayıp artıları serbest bırakarak ya da artıları bağlayıp eksileri serbest bırakarak kutupsuz bir kondansatör elde edebilirsiniz çok kez denedim gayet başarılı çalışıyor bilginiz olsun.

[@Amerikanin2numarali_ustasi]

@@halilmetin2.712 eywallah

[@Amerikanin2numarali_ustasi]

@@GormYa eywalla bana patlar gibi geldi yanılmışım

[@The_BlindAlley]

👍

[@ay-pc9790]

Zafer bey kolay gelsin bu ürün zenere bağlı voltaj değişebilir mi misal 30v zener taksam 30 sabit alır mıyım kaç amper çeker nasıl hesaplanır

[@NanoElektronik]

OMG seriously ???? Fastest way to Deth 😂🤣

[@iskotek]

çıkışta o voltajı görmek kullanılabilir olduğu anlamına gelmez zafer abi bunu sende biliyorsun :) şu videolarına malzeme adı yazmak yerine neyi niye taktığını açıklasan çok farklı yerlere gelmiştin tekrar hatırlatayım :)

[@tan1nonly]

How to make a simple tracker undetectable

[@tan1nonly]

Thanks

[@Xxxxxx.5303]

🤗👍❤️💯🚀

[@brutek6]

How many wats?

[@MasterGallery]

According to the resistor type - not more than 3w 😊 Definitely not more than zener's power.

[@Yanto-Kun-JP]

あれ？　機械エンジニアには理解不可能な電解コンデンサの逆向き直列接続（＞＜）

[@MiguelDeMarchena]

Ok the no polarity capacitor made with 2 electrolytic capacitors. i do not see the danger here exept for the exposed mains that are not a good idea to touch unless you want to have feelings of power.

[@MasterGallery]

You are the first who didn't cry about 'polarized capacitor in ac circuit!😨' Bravo! 🤝👏😊

[@MiguelDeMarchena]

@@MasterGallery non polarized NP is a cap made from two polarized caps connected by the (-) pole

[@MasterGallery]

@@MiguelDeMarchena I totally agree with you) that's what I exactly stated in the another my reply here ;) But there's another point: why don't just take an np cap from the same old dc-supply? 😊 not so interesting, i guess)))

[@HIDIR989]

3:15 te baba baba diyen kim acaba

[@ZelalemTaglo-e4c]

no ziner diode you used You used 4007 power diod and bridge diode

[@rollinknudtson1234]

While true, you can make a transformer less power supply using NP capacitor, the output will have limited current sourcing ability, and be poorly voltage regulated. The one giant hazard is it will not be isolated from the mains (AC) source. This puts the user at extreme risk of electrocution. I've seen this same scheme used in books for 70+ years to make transforerless power sources. They were dangerous then, they are still dangerous in 2024. Please stop putting people in danger with these videos. You are doing these for the Clicks, and not to be educational.

[@aqsinibrahimov2710]

If you connect ac voltage capacitors will blow up 😂