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how to make simple inverter 2500W , sine wave ,mosfet ,JLCpcb
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- Опубликовано: 15 апр 2021
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Power inverter explained. In this video we take a look at how inverters work. We look at power inverters used in cars and solar power to understand the basics of how they operate. We then cover electricity fundamentals, direct current, dc, ac, alternating current, single phase, three phase and split phase, electricity, pulse width modulation, variable speed drives, three phase rectification and more
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Watch an important video here
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Make a 12-volt, 220-volt, 3000-watt power transformer from a
simple circuit, modified sine wave.
how to make simple inverter 12v to 220v, 3000w, inverter sine wave ,mosfet
inventor_KR#
#inverter12vto220v
#JLCpcb
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That is a fantastic job, you are a clever man, thank you for sharing.
Very good, I'm from Brazil and I love these Electronics techniques, congratulations friend
Привет из Мехико. Поздравляю вас, у вас хорошие проекты.
Лего прикольное. Но где 2,5 kW ? Да ещё и синусоидное
You know what I'd really appreciate? A mathematical breakdown of each part in an inverter, so I could design for various inputs and outputs. That would help me a lot.
I know, no chance.
Yes ! Yes ! Yes ! .... Great idea ! 🧐🇬🇧🤔❤️👍🤝💪🤓
Did you try books?
Recycling of scrap, nothing is better than these projects 😎
why not Showing Drawing.you know about Inverter ? this Inverter you cannot Use more than 300 watt , half hour Come Fire.
Awsome, amazing, got to put this on my to do list...
The video title reads that is 2500 watt inverter. The input is 12volts DC.. Then we can calculate how much amps will be circulating on the input circuit: 2500watts /12volts= 208.33 amps....
It is not possible that the wiring shows here can handle 208 amps. This video is a fake.
As a EE, I saw this and thought the exact same thing! Im calling this one BS!
Good videos but net clear
Thank you
*ТОП* 👍👍👍👍👍 ясно понятно просто 👍 и много пользы 🙂
thank you, very useful
Это как? :))) Как работает выходной каскад. Схему кто смотрел? :))) Ловкость рук и никакого обмана!
Amazing thankz for include electrical diagram, es genial gracias por incluir el esquema electrico gracias
на такое надо жаловаться, помимо того, что это мошенничество, это просто опасно для жизни
Не опасно. Никтож не показал что это втыкается в розетку. Просто лампочка с тестером и осцилом на фоне этого говна.
Все что нас не убивает, делает нас крепче.
GOOD WORK
where is the calculation part. can u share the calculation part.
Anyone else enjoying the irony that he is sponsored by a pc board company?
kkkkkkkkkkkkkkkkkkkk
ещё бы, выпаял всё из платы и спаял без неё...
Not irony. He does this for a living
Please, for God sake at the end you should've done a final product with a board from the sponsor, my eyes and brain hurt.
Lol. I did not realise this was until you mentioned it. 😂. At least we have a clear idea how it all connects though probibly one of the deadliest pieces of art of you have it on display while it's running.
Falta só disponibilizar sistema de senoidal puro. + 1 inscrito e mais um like.muito bom sua explicacões.vlw...
Quá tuyệt vời luôn.. bác có sơ đồ ko cho e xin với.. lâu nay tìm cái xung sóng sin mà khổ quá.kênh khác họ làm phức tạp quá ko hiểu.. kênh bác làm rất đơn giản và hiệu quả 👍💪
Buen video, me gustaría una lista de materiales. Gracias
Félicitations !!!! Bon travail mais les ne sont facile à trouver. Merci !!!
Ну просто супер, проще не бывает. У меня сварочный инвертор, транзистор сгорел G 40 N 60 больше года валяется аппарат нет транзистора, а здесь как факир, все детали подлетают к паяльнику. Сергей Васильев
Надо? Если не ошибаюсь на индукции Mora,Gorenje,Bosch.Но только с Б/У техники можно взять оригинал,
всё остальное подделка,проверено под микроскопом.
Parabéns por compartilhar o seu conhecimento👏👏👏
*Excellent work* 👍👍👍👍👍
Me gustó la habilidad de crear el circuito en el aire!!
Gostei meu caro parabéns, sou engenheiro eletrotecnico
cool video click👇👇💚👇👇
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۔
We want a device to detect treasures in the ground, with a depth of five meters and more
That was really great work Dude 👍
Great soldering ever !
NOT...
You are really skillful person, impressive
More art than craft!
Woow switch transformer high frequance to 60hz good 👍
Já cheguei chegando no like sucesso
Cute to have scope on 50 micro second division. It is a square wave. You need to work on the schematic quite a bit, gnd does not go to anodes of opto and gnd does not drive a gate either. And other mistakes too.
So I'm not the only one seeing things lol.. Good to know, Thought I was loosing my mind for a few..
Terimakasih tutorialnya sangat bermanfaat ditunggu video menarik selanjutnya
Nice, those irf44z fets only handle 60v. Normal inverters use 600v ones for 230v, so in theory you can maybe make a 30v ac signal before the fets break. You also need a full H-bridge for a good sine wave.
Neither this small transform can take up 2.5KW of load .. this is just all bullshit ..these videos are just sponsored ones...
Those MOSFETs are on the low voltage DC side. They don't need to be rated for the output voltage. An H-bridge is not necessary if you use the transformer for half of the rectification. This is more efficient than using an H bridge, albeit more expensive since it requires a transformer twice the size of one in a circuit with an H bridge.
I want to learn how to build an inverter can u help me?
@@5467nick have a look at the schematic (link in the description). The irfz44 are drawn both in the 220v side as in the low voltage side. No mention of the 8 big MOSFETs. There is something smelly here. If you built it according to the schematic, the magic smoke certainly will escape.
@@pietpaaltjes7419 I hadn't looked at the link before. You're right, the circuit diagram in the link doesn't make sense. Even with higher rated transistors, it wouldn't produce anything at the output. It literally doesn't even complete a circuit. One end of the 220 rail is floating at any time with only one transistor on, unless I'm missing something else.
Ok, mình lúc nhỏ củng đam mê điện tử,mà nay duyên số chuyển qua thợ hàn rồi,ủng hộ bạn lâu dài,đã qua nhà nhấn chuông cho bạn rồi,cảm ơn bạn đả chia sẻ,cảm ơn!
Sir aap bhut ache ache jugaad banate ho sair ak solar system se bina battery ke inverter chalane ka jugad jo bhut jaruri hai❤ sir please🙏
This is a video perfect soldering
Очень полезно. Спасибо.
Super! Thank you very much!
Top, mais sempre voce testa com lampadas, deveria testar algo com a potencia descrita no video.
Pra essa lampada um bem simples bastava kkkkk
i really LOVE u dude (from TÜRKİYE)
JLCPCB! I Like !!!
Bom Dia! O circuito que esta disponibilizado esta errado os fotos acopladores estão no gnd os mosfet de saída não tem referencia alguma de GND deveria estar do gate para o source. ou um divisor de tensão para polarizar os mosteft esta diferente do video.
It seems the waveform near the end of the video only showed the charging and discharging of the capacitor, and far from a sinusoidal output.
Never use the aluminum heatsink mount-pin as a conductor for high current. Nor rely on the contact between the aluminum surface and the back of a IGBT package. Only connect to the Collector pin to complete the circuit.
Agreed! I can't stand it when these videos show them doing that. It's because it's easy to just mount a lug or whatever to the heatsink instead of doing it properly.
Great video ever i have a problem after watching your video problem solved 💯
Thanks for the nice comment. What is the problem write details please
@@inventorkr1 The problem was how to design the PCB ;)
@@inventorkr1 the problem was how to converting dc boost voltage to a.c
@@inventorkr1 We need 4 transistors to change the dc voltage to ac voltage and here they are 2 I don't understand or the video is false
what would be nice, a kit of parts ,printed circuit board and instructions. I would certainly build it as I need one.
It would be nice with explanation for the choice of each component.
Каааакой чудесный день.... Кааааакой чудесный пень..... Каааакой чудесный яяяяяяя.... И роооолика моя.
Cảm ơn bạn dã chia sẽ
Nice video, thanks :)
Me guzto mucho su video, sigan así
You're Legend bro..
Hi, I would like to do this project but I can't find the g40n60 mosfet. I found the 31n20 but I don't know if it could be done with it. Thank you
Круто конечно) но надо бы этот весь навесной монтаж на плату для надёжности. А так класссно))
так в том и ноухау, чел выпаял всё из платы и спаял без неё....
A good inverter, I will also make myself one
Nice bro may I have a schematic diagram and I'm waiting for your response
This is one of the best video ever watch. I will try to do mine.
Thank you,
Well come
Well done!
@@lifeexperience6321 so have u done it,is it really 2500w
Si tengo un motor o dinamo y lo convierto a generador puedo conectar este inversor para dar le energía una tv o nevera ?
çok başarılı bir video olmuş teşekürler.
Yoklamadan inanmam. Ünal sen yokladınmı?
Nice video new subscriber, what are the voltage input for this inverter and how many amps
good job bro..thank you
Voll die Dr Arbeit. 👍
I was taught to use a heat sink when soldering solid state components.
Fascinating. I am no electronic engineer. I am, on my best day, barely a novice. I'd like to ask your help on what is for me a very ambitious project. It involves some 600 LEDs and 4017s (cascaded) and some other stuff.
@inventor KR Please let me know how I can discuss my ambitious project out of the public eye. Thanks.
Excellent job 👍👍👍👌
How do I connect a relay to an FM radio output so that it can turn on a light when a strong signal is received?
Fantastic job it is DC out put i think
Предельный КПД идеального каскада в режиме B на синусоидальном сигнале равен 78,5 %[15].Практически возьмём 75%.Это значит 25% от 2500вт уходит в тепло,а это 625вт и водяное охлаждение,во дворе бассейн с подогреевом. на транзисторах.Поэтому и делают всякий импульсный изврат типа PWM.
KR=modo Dios...sin palabras.
****
Электронная жесть!!! Попробуйте повторить!!!
Woww amazing
Спонсором этого видео является Ярославский завод медной проволоки.
не медной, а омедненной )
Por casualidad no tienes el diagrama de este proyecto. Pues está bien interesante pero algunos pasos están confusos
Thank you master..DOne Support
Beautiful but that diode pole is not fast and will damage all of your project...even i think by one ee42.15 we only can made about 400 to700w ...but so beautifully diy inverter project.
What would be different if i just needed the sine @120v, 60Hz ,but not he power ????? Meaning i just need the sine to be seen by a gridtie inverter, for activation of said inverter. ????
Is this possibility???
What is VC 100k? Is it variable capacitor? What the model of hight frequency transformer? I can't find mosfet c40n60, what are alternatives? What the voltage of 100nf and 1500pf capacitors? Is it ceramic? What is the power of each resistor (what is maximum allowed current)?
Where is the output voltage listed? Or am I missing something?
I fine this method to be easier for me in inverter circuit because of the low frequency transformer is so hard to get
You are the one.!!
posso colocar uma placa solar de 24 a 36 volts de entrada ou tem q ser 12 volts?
como consegue mentalizar tudo isto? bom trabalho
The circuit outlet has many faults, a fault in connecting the photocopler and half of the Mosfet bridge does not output a full wave and therefore there is no electricity
2500w but the using wires is awg 18
Mesmerizing. Looks like a circuit board skeleton. Very cool build!
thank you so much
Great job .. all thanks dear
This could be a nice project.... But PLEEEAAASE don't call it a 2500W inverter! Even with a efficiency of 100% there would flow 208Amps on the input side at 12V. Dude, through what wire in that circuitry you would let this? You know as good as me that this thing will go up in flames at much lower currents. Maybe before this "few 100VA"- ferrite-core saturates, maybe later. A Bridge for mains-voltage-usage at 33kHz? With power?? Brilliant... And i would really wanted to know how much your input-swiching transistors would dissipate if you drive only 50Amps through with this waveform and slew-rate....
Can the pulse transformer be removed in the tg1000 board?
Диодный мостик чудесным образом поменялся на более мощный.
Диодный мостик туда не катит он низкочастотный и будет дико греться
Собирал тоже, только на тл494 полевики мощные поставил, но зараза на затворы требует не меньше 10 вольт чтобы открыться полностью. Питание 12 в =на выходе тл 494 половина этого то есть 6 в. Как решить эту проблему? На саму микросхему подавать питание через повышайку катит? До 24в
@@serikt6472 а чем ты мерял на выходе tl494 у нее выход можно организовать как открытый коллектор или эмиттерный повторитель и лучше всего применять в месте с ней специализированные микросхемы драйверы например ir4426,ir4427,ir2110 или оптронные драйверы tlp250,hcpl3120
@@user-hb1gu1tg7y осциллографом. Ок я понял, но насколько я знаю даже драйвер выдаст только половину от питающего напряжения? Задача повысить амплитуду сигнала до 10-12 вольт
@@user-hb1gu1tg7y оптронный драйвер, слыхал таких, че то не особо обратил внимание. Оптронный значит должен выдавать больше чем эмиттерный повторитель так думаю. Химичил там на выходе ещё с оптроном 817 но форма сигнала испортился и полевик ещё сильнее нагревался
Kolay gelsin video için teşekkürler çıkıştan aldığım 220v değer amper olarak 11 amper e kadar kullanılır mı? Devre giriş akü beslenmesinden kaç amper çeker
Great job
Disculpa... Pero que es lo que le pones a los componentes antes de colocarles el estaño? Porfavor! Jeje y muchas gracias
make a video on perfect soldering
Я тоже инженер электронщик, только в дипломе. Интересовала в юности силовая электроника - инверторы, перемотка электродвигателей, блоки питания, преобразователи одной фазы в три и тд и тп. Но как был бараном в этом так и остался 43 года уже, жаль за бесцельно прожитые годы
Чтоб понимать как работает схема в целом, надо понимать как работает каждая деталь как минимум. Вот вы к примеру взяли в руку сетевой провод от ПК и думаете что это провод, а на самом деле это не только проводник, но и: конденсатор, резистор, индуктивность как минимум...
Значит слабо интересовало. Я тоже в детстве радиолюбительством пытался увлечься, не пошло особенно, затем уже в возрасте 20+, когда больше свободного времени стало и как в детстве никто не скажет, что паяльник "воняет" и вообще дома это вредно... снова плотно занялся электроникой. Самоделок практически не собираю за ненадобностью, но ремонтировать технику очень нравится. Коммерчески этим не занимаюсь, а так для себя и для знакомых. И импульсные БП и сварочные аппараты и автоусилители класса D... сложного там нет ничего, даже для самоучки. Если у вас диплом инженера по электронике, странно кто и чему вас там учил. Я в своё время на бюджет по электронике баллов не добрал, пошёл на бюджет по ДВС - особого интереса никогда не было, 5 лет оттарабанил, диплом получил, ни для по профилю не работал, но знания все есть, и в случае чего смогу пойти работать.
Лично мне непонятно, как имея увлечение, профильно отучиться и нихрена не знать? Тем более сейчас, когда интернет даёт доступ к любой информации, даже не требуется задницу отрывать от стула для похода в библиотеку за литературой и поиска конкретной информации в той литературе.
use LCL filter in the out put side in your inverter there is some harmonics...
❤❤❤خیلی عالی
¿Con cuántos voltios de CC se alimenta? ¿Se puede hacer uno para 120 voltios AC?
Where is the 8 40n60 In the circuit diagram you've linked??
I think you miss to put the 40n60 to your schematic diagram,,,