Ok, I have 2 Questions about this: 1: How is the inductive flyback effect being handled from the motor? I do not see a huge spark when you break the contact. Only when you make it. 2: How are you getting the Diodes to share the load as equally as possible. Each of those diodes, due to the limitations in manufacturing, will have a slightly different forward voltage drop. This would cause the diode(s) with the lower voltage drops, to take on much more current than the ones with the higher ones, in turn may cause them to fail sooner from having too much current through them, while the diodes with the slightly higher voltage drops, are still turned off due to insufficent voltage to turn them fully on.
The inductive kickback wasn't much at all. That big blue capacitor is responsible for the spark when he connect the terminals together. Regarding the diodes however, all of them are probably from the same batch. Even then, its pretty likely that the vast majority of the diodes are inactive and all the load is shared by 2 or 3 diodes with the exact same characteristics
Pretty cool, next time I would just solder all of the diodes together on the inside before doing the outside. That would make the connections a lot easier to do in between the diodes
You are great channel, but be careful with semiconductors in parallel. if they are not from same batch(trust me, they are not), they will have slightly different values, so trough the weakest diode, current will flow and burn it. after that it will switch to another weakest and cycle repeats. but i like your ideas! Greetings from russia!
Все диоды имеют немного разные характеристики, поэтому каждому диоду нужен резистор 0.1-0.3 ом, иначе некоторые диоды пропускают ток в несколько раз больше чем другие, они сгорят первые, а затем на остальных ток увеличится.
Правильно, но ему все равно. Ему и на площядь контакта, и на проводимость олова, и на нагрев, и на крепление выводов все равно. Главное один раз покозать и денюшка придёт. Но спасибо что ты объяснил особиность диодов тем кто в этом не разбирается.
Instead of using bolt to end connection you must use heavy copper wire for good electric conduction. Nut using in this project might be voltage drop. 😊
У автора мостик ампер на 50 максимум,смысл этого диода? Погасить выбросы напряжения с движка? Можно супрессор либо диод паралельно двиглу в обратном включении.
Young man, I do appreciate your knowledge of Electronics. You put out very well made video's. But the work you've done here in this video is very sloppy and really un-professional in my opinion. Some young person going to try this and get killed. This Diode you've just created could have been built better and you know it. This is very un-safe. Just saying. I'm not going to rate this video because of the Danger of the component. Not saying you didn't do a great job, because you did. The Diodes should have been welded. Not soldered. Shouldn't have used the Aluminum Can at all and you sure didn't need the Copper Wire. You should re-design this product for Safety and Durability. Just my opinion. Thanks for the upload.
@@j_k2127 I don't think he understands semi conductors and their resistance drop with increased temperature. That's why diodes, transistors and other semi conductor devices can't really be put in series
The load won't be equally shared with all the diodes, still seems to me with that much current that one or more of the diodes can still exceed it's rating and over heat.
Indeed diodes in parallel won't share the amps equally (like resisters would). This is wrong and can be dangerous. Diodes in series will double the voltage capabilities.
To be fair if he had a diode tester he could put together a matched bundle, but you'd probably need hundreds if not thousands to sift through to find 50 matched diodes. At that point just buy an actual industrial sized diode. 🤷
So did I at first, many things could have been done so much better with this, should have soldered all the diodes together before making the groups for a start, should have if going down the track he did, worked his way out at the same time with the copper wire so it actually makes a good connection with every diode pair, when putting it in the can as he did he should have potted it in mineral oil so that less chance of thermal burn up of individual diodes as that would help spread the heat a little more evenly, however those diodes wouldn't be happy under a proper load anyway as the center ones would have little chance to actually dissipate heat, not only that im not sure how much that diode is actually doing considering its already going through a bridge rectifer before it even gets to the homemade,
it's weird that even after 2 weeks, the comment section still didn't warn you that wiring diode in parallel will not increase the amperage, in many American and European electronics channels, they keep doing that, but since you did test it with current higher than 6 amps, and it's still working, maybe now they doubt their statement ... but then, let's just see how many viewers will warn you in a year
I think ir is possible. The proof is the vídeo itself it did Not explode. And yes i hace seen power suplies with 2N3055 in paralell to increase or handle a reasonable current for each transistor....always look for the specification sheets of each device used . Avoid the maximum power curve suplied by the semiconductor manufacturer.
@juan carlos quintana No Juan it is not possible. As diodes and semiconductors heat up their resistance decreases, this allows more current flow heating it up more, decreasing resistance etc..... The current rating of parallel diodes is equal to the lowest current rating of any of the diodes. The only time they might be in series is for safety critical circuitry but in which case both will be rated for the maximum current. Were the diodes in the power supply part of a rectification stage? Or were they feeding separate components
Dude! Extreme! Second time I watched this one. You know, if you could put together 40 or 50 of those, you could make a HELLA e.m.p. generator! Might even be enough to dry a passing cars electronic ignition!? Maybe, you should make a video about THAT,,👍
Диоды надо запаивать на радиатор из жести или меди, чтобы по выводам от них отводилось тепло, а такая поделка на термическом клее приведёт к сильному перегреву диодов внутри сборки и выходу их из строя, ток через оставшиеся увеличится и они тоже сгорят.
actually i thought that it was a bought diode becouse i thought that paralel diode connection could damage those that turn on at a lower woltage but i looked it up and it can be done, though i myself would buy a single big diode rather than soldering bunch of smaller ones in paralel or i would actually make a diode using doped silicon from ground up.
I don't really see the point all that much of this but a solderable plate in the middle to join all the diodes together would be a better way to go. I'd also put the assembly into a plastic container and perhaps contemplate filling it with oil
Your power supply is what's running the motor. The full wave rectifier is what's putting out the amps. What happens when you put resistance in parallel? It drops.
Если вдруг плохой контакт- поxyй! Замотаем тонкой проволокой и черной изллентой... Замечательно! Сделайте пожалуйста сварку! А так фонарь полный! Руководитель радиокружка сказал бы" посмотри и так никогда не делай" или как сжечь много диодов при первом включении... Привет из Ясиноватой!
Your soldering iron tip is coated in oxide. You must use a wet sponge soaked in water to remove the oxide. Then you can coat the soldering tip with solder which is called conditioning. If you do not do this, you will waste a lot of solder and it will not get hot enough to flow the solder.
Hey Professor I have an inventory of 12 volts to 220 volts and 1500 Wat capacity I want to do his protection Diode to keep it from the opposite of the electrodes when connecting in the battery / what is the dairy amba
Dear friend why you have used a bridge rectifier before those diodes? You must not use that rectifier in the circuit. In fact only bridge rectifier and a big capacitor is generating high current not 50 diodes.
In font of the transformator have a full bridge rectifier.... it uses 4 diodes only and supply your big diode and a motors. put 2 car batteries in series , add a dummy load and your giant diode for presentation.
The 1st motor is a 24 -36V permanent magnet brushed DC motor. It needs a simple controller, it has good torque but is amp hungry. The second looked like an universal motor from some kind of a compressor. The third motor is an electric starter motor from a 100 to 150cc motorcycle. If you are considering making an electric vehicle, please consider a bldc motor. They are slightly more efficient compared to brushed motors.
the cathode wire will be gone much before that, but if that wont happen, yes the glue will melt, and if somehow diodes keep shape from the god awful joints, then the diodes will melt themselves.
You did a good job connecting all the anodes in parallel, but the current collector you wrapped around the cathode leads doesn't seem to connect to the inner cathodes. With that, only the outside diodes are conducting current, the inner diodes are not. If you did connect the inner cathode leads in parallel, I didn't see how. Unless ALL 50 cathodes are connected together, your system won't actually handle the full 300 amps, or, withstand the full 20,000 amp surge.
@@alanpartridge2140 They actually do have enough junction resistance to current share, as long as they're all the same temperature. You're right, diodes are negative temperature coefficient, so the hottest diodes will conduct the most current.
@@vincentrobinette1507 Yes and that hot diode will then have a lower resistance leading to increased share or the current leading to increased temperature etc....
@@alanpartridge2140 The junction voltage goes down, as a diode heats up, but the equivalent series resistance stays similar. The big problem is, poor thermal coupling. If these were power rectifiers, mounted on a thick heat sink, the thermal coupling would be good enough, to allow safe operation at ~90% of the theoretical rating of the sum of its parts. This, where the diodes can operate at wildly different temperatures, means this wouldn't be reliable much beyond 10% of the sum of its parts. Being tightly grouped like that, where the diodes are enclosed, and denied free air flow, they can't get rid of heat. Realistically, this might work well at 20 amps or less continuous current.
So, instead of all the electrons going back and forth, this just focuses all of the electricity right into the device hooked up to the diode (such as the motor)?
@@ParRagon- Can't remember what I was talking about but basically a diode allows current in ode direction but blocks it in the other, it doesn't focus or increase the current. If it was used in this configuration to rectify AC it would actually halve the available power. The supply to the motor is already rectified (AC->DC). "electrons going back and forth" what you describe is AC All this diode is doing is blocking the DC current flow when it is put in the reverse polarity configuration @9:20 in the video. Also, the diose in the video is most certainly not capable of 20kA. The current rating of the overall diode will be the same as the current rating one of the individual diodes it is made from, this is due to the resistance of semiconductors dropping with increased temperature, I can explain more...
ThanKs bro l have been folowing ur proJects Since they are very Simple and Superb .but l have a problem with one of ur 1000w inverter made with 6mosfets lRF3205 my question is Can l SuPply it with 12v9A batery to run 250v 350w and 13A motor for high efficiency?
Способ пайки нетянет 300 А (Надобыло использовать шину, фольгу). Но алюминиевый корпус - зачёт (хотя вся тепло передача, опять таки, испорчена изолентой) .
I once had a diode but it was too small, so I gathered all his friends And had a ball. I gathered them together in military formation, back to back for the final last stand. I put them in my fortress so none could enter. All that comes out is lightning bolts and high voltage.
What I would like to know is how you manage to get over 20 amps out of that tiny tranformer and sisnce you have a bridge and a cap what exactly was the point of that 300 amps diode
Each of those diodes have a PIRV..or peak reverse voltage. .this is the voltage that each diode can withstand when it is reverse polarized....a higher voltage Will destroy each of them...the microwave ovens use a CR1200 diode that it has 1200 volts PIRV. With low amperage.....old CRT tubes use another high voltage diode after the flyback..that ones could be as high as 12000 volts...or higher depending on the screen size.
у меня дома 4 силовых диода 300 А Made in USSR и что? Можно купить и на 2000А и что? и какой смысл видео в котором ток через такой диод предварительно выпрямляется диодным мостом на 50А?
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Ok, I have 2 Questions about this:
1: How is the inductive flyback effect being handled from the motor? I do not see a huge spark when you break the contact. Only when you make it.
2: How are you getting the Diodes to share the load as equally as possible. Each of those diodes, due to the limitations in manufacturing, will have a slightly different forward voltage drop. This would cause the diode(s) with the lower voltage drops, to take on much more current than the ones with the higher ones, in turn may cause them to fail sooner from having too much current through them, while the diodes with the slightly higher voltage drops, are still turned off due to insufficent voltage to turn them fully on.
The inductive kickback wasn't much at all. That big blue capacitor is responsible for the spark when he connect the terminals together.
Regarding the diodes however, all of them are probably from the same batch. Even then, its pretty likely that the vast majority of the diodes are inactive and all the load is shared by 2 or 3 diodes with the exact same characteristics
Pretty cool, next time I would just solder all of the diodes together on the inside before doing the outside. That would make the connections a lot easier to do in between the diodes
You are great channel, but be careful with semiconductors in parallel. if they are not from same batch(trust me, they are not), they will have slightly different values, so trough the weakest diode, current will flow and burn it. after that it will switch to another weakest and cycle repeats. but i like your ideas!
Greetings from russia!
This is exactly what happened when i used two 6amp diode in parallel to run 8amp of load. After 2-3hr the diodes were melted.
Все диоды имеют немного разные характеристики, поэтому каждому диоду нужен резистор 0.1-0.3 ом, иначе некоторые диоды пропускают ток в несколько раз больше чем другие, они сгорят первые, а затем на остальных ток увеличится.
Правильно, но ему все равно. Ему и на площядь контакта, и на проводимость олова, и на нагрев, и на крепление выводов все равно. Главное один раз покозать и денюшка придёт.
Но спасибо что ты объяснил особиность диодов тем кто в этом не разбирается.
да он просто не ту изоленту использует в место синей он захерачил чёрной а это влияет на много параметров😁
Чел, это всё ерунда
У него же на столе уже диодный мост стоит
Какой вообще смысл этот дуратский диод делать
@@zhekkorzh9545 справа синее что?
@@krollik8 конденсатор, слева от него диодный мост.
Человек явно паяльник первый раз в руках держит.
It's amazing how that puny wire from the transformer carries 300A....! Lol
I know right, tiny copper wire rated for 5 amps on positive diode. Not.
And also the bridge rectifier is to small for 300a lol
And i dont think a tiny transformer like that can do 300a
It should be a switching power supply for more A
Instead of using bolt to end connection you must use heavy copper wire for good electric conduction. Nut using in this project might be voltage drop. 😊
Ты просто соеденил диоды параллельно и делаешь это сенсацие, вау
У автора мостик ампер на 50 максимум,смысл этого диода? Погасить выбросы напряжения с движка? Можно супрессор либо диод паралельно двиглу в обратном включении.
Мож ограничить пусковой ток? Резисторы в помощь.
Young man, I do appreciate your knowledge of Electronics. You put out very well made video's. But the work you've done here in this video is very sloppy and really un-professional in my opinion. Some young person going to try this and get killed. This Diode you've just created could have been built better and you know it. This is very un-safe. Just saying. I'm not going to rate this video because of the Danger of the component. Not saying you didn't do a great job, because you did. The Diodes should have been welded. Not soldered. Shouldn't have used the Aluminum Can at all and you sure didn't need the Copper Wire. You should re-design this product for Safety and Durability. Just my opinion. Thanks for the upload.
It's bullshit, of those diodes going short by heating up ruins the device.
Yeah... very un-professional. Pretty sure those diodes would overheat.
@@j_k2127 I don't think he understands semi conductors and their resistance drop with increased temperature. That's why diodes, transistors and other semi conductor devices can't really be put in series
Hhgy yyyy
@@duyminh7554 hhgy yyyy to you too bro
The load won't be equally shared with all the diodes, still seems to me with that much current that one or more of the diodes can still exceed it's rating and over heat.
Don't be so serious, he just make some fun
Indeed diodes in parallel won't share the amps equally (like resisters would). This is wrong and can be dangerous.
Diodes in series will double the voltage capabilities.
Yes, we will have hot spots
@@belajarbisnisonline9324 Yeah but idiots in the comments are led to believe this works and are praising him for his ingenuity
To be fair if he had a diode tester he could put together a matched bundle, but you'd probably need hundreds if not thousands to sift through to find 50 matched diodes. At that point just buy an actual industrial sized diode. 🤷
I thought I was about to see someone make a diode from scratch lmao
So did I at first, many things could have been done so much better with this, should have soldered all the diodes together before making the groups for a start, should have if going down the track he did, worked his way out at the same time with the copper wire so it actually makes a good connection with every diode pair, when putting it in the can as he did he should have potted it in mineral oil so that less chance of thermal burn up of individual diodes as that would help spread the heat a little more evenly, however those diodes wouldn't be happy under a proper load anyway as the center ones would have little chance to actually dissipate heat, not only that im not sure how much that diode is actually doing considering its already going through a bridge rectifer before it even gets to the homemade,
You could use the super capacitor to tack weld the diode instead of soldering it which could melt at high current
вырезать две полосы из жести и на них напаять диоды,было бы аккуратней и красиво.УТУПКИ....
I didn't understand because I skip the video but it is amazing 😃
Your cold solder joints are killing me
Projekt robi się prosto a nie skomplikowanie !
When I was studying EE in university 3x years ago, the professor told us diode should not be used in parallel.
I Can supply my WhOle town with This thing 🤘🤘
it's weird that even after 2 weeks, the comment section still didn't warn you that wiring diode in parallel will not increase the amperage, in many American and European electronics channels, they keep doing that, but since you did test it with current higher than 6 amps, and it's still working, maybe now they doubt their statement ... but then, let's just see how many viewers will warn you in a year
There is a reason why diodes and semiconductors cannot be put in parallel, I suggest you look it up.
I think ir is possible. The proof is the vídeo itself it did Not explode. And yes i hace seen power suplies with 2N3055 in paralell to increase or handle a reasonable current for each transistor....always look for the specification sheets of each device used . Avoid the maximum power curve suplied by the semiconductor manufacturer.
@juan carlos quintana No Juan it is not possible. As diodes and semiconductors heat up their resistance decreases, this allows more current flow heating it up more, decreasing resistance etc..... The current rating of parallel diodes is equal to the lowest current rating of any of the diodes. The only time they might be in series is for safety critical circuitry but in which case both will be rated for the maximum current.
Were the diodes in the power supply part of a rectification stage? Or were they feeding separate components
@@alanpartridge2140 You are right...thank you for explaining the problem...regards....
Dude! Extreme! Second time I watched this one.
You know, if you could put together 40 or 50 of those, you could make a HELLA e.m.p. generator! Might even be enough to dry a passing cars electronic ignition!? Maybe, you should make a video about THAT,,👍
Диоды надо запаивать на радиатор из жести или меди, чтобы по выводам от них отводилось тепло, а такая поделка на термическом клее приведёт к сильному перегреву диодов внутри сборки и выходу их из строя, ток через оставшиеся увеличится и они тоже сгорят.
Вот это винегрет.
And I thought he is going to use big pieces of semiconductors for making that thumbnail diode.😏
actually i thought that it was a bought diode becouse i thought that paralel diode connection could damage those that turn on at a lower woltage but i looked it up and it can be done, though i myself would buy a single big diode rather than soldering bunch of smaller ones in paralel or i would actually make a diode using doped silicon from ground up.
Me too
Trafo tampaknya sudah menggunakan dioda bridge entah itu berapa ampere mungkin kecil tak lebih 30A. Bingung saya 😀
I don't really see the point all that much of this but a solderable plate in the middle to join all the diodes together would be a better way to go. I'd also put the assembly into a plastic container and perhaps contemplate filling it with oil
Make 3 more and make a massive bridge rectifier lol
Congratulations. Can 12v motor work with it? Is it rechargeable?
Next make 3 more of these and
Connect a 100farad cap
Make a full bridge rectifier
Your power supply is what's running the motor. The full wave rectifier is what's putting out the amps. What happens when you put resistance in parallel? It drops.
Если вдруг плохой контакт- поxyй! Замотаем тонкой проволокой и черной изллентой... Замечательно! Сделайте пожалуйста сварку! А так фонарь полный! Руководитель радиокружка сказал бы" посмотри и так никогда не делай" или как сжечь много диодов при первом включении... Привет из Ясиноватой!
You from russia?
मैं आपको इस्लाम में आमंत्रित करता हूं ..... अल्लाह के सिवा कोई ख़ुदा नहीं, मुहम्मद अल्लाह के रसूल हैं
Uses 10A FULL BRIDGE RECTIFIER for testing 600A diode, brilliant indian tech
Good conman
As the power goes up so as the temperature that's why high power diodes has heatsink. This will go 💥🔥 once it connected long enough.
just fill it with water 😎😎👍
can this diod be used as a spot welding?
Una moustrocidad exelente, ¡lo voy a tener probar!
Indian diodes is so strong...
Your soldering iron tip is coated in oxide. You must use a wet sponge soaked in water to remove the oxide. Then you can coat the soldering tip with solder which is called conditioning. If you do not do this, you will waste a lot of solder and it will not get hot enough to flow the solder.
Shall we may use this idea in electric car but how the motor tolleret can you explain
doing this bare-handed is super recommended
Love you bro I support your Channel
😊
Hey Professor I have an inventory of 12 volts to 220 volts and 1500 Wat capacity I want to do his protection Diode to keep it from the opposite of the electrodes when connecting in the battery / what is the dairy amba
Dear friend why you have used a bridge rectifier before those diodes? You must not use that rectifier in the circuit. In fact only bridge rectifier and a big capacitor is generating high current not 50 diodes.
He is only demonstrating that his diode will protect a circuit with a high current. Diodes only allow current to flow in one direction.
He is talking about how his diode can withstand 300a without melting not that the diode is producing that much current
u just created a heat bomb
Very good 👍
In font of the transformator have a full bridge rectifier.... it uses 4 diodes only and supply your big diode and a motors. put 2 car batteries in series , add a dummy load and your giant diode for presentation.
Put the bridge rectifier probably has a higher current rating than this "diode"
Just registered. How long can the diodes stay on. Can they burn?
Yes de do and de dont even are able to do 100 ahmps
This is interesting. Keep up. At the end of watching I may ask some questions if necessary
Amazing project
Use security equipment and don't touch material that could explode !! Nice video
Brother please help me after connect with 24v dc power supply this diodes gives DC 300 amp ? Our ac ?
Please make a short video on your all types of motors you can show in your videos and from where you got this powerful 12V motors ?
The 1st motor is a 24 -36V permanent magnet brushed DC motor. It needs a simple controller, it has good torque but is amp hungry.
The second looked like an universal motor from some kind of a compressor.
The third motor is an electric starter motor from a 100 to 150cc motorcycle.
If you are considering making an electric vehicle, please consider a bldc motor. They are slightly more efficient compared to brushed motors.
Weren't you suppose to use some kinda soft starter to start the motor?
Wow good 👍😍 ยอดเยี่ยมครับ 🌟❤️
Its amazing what u have done .....just be safe
using hot glue on a diode which will get relly hot is the best idea
the cathode wire will be gone much before that, but if that wont happen, yes the glue will melt, and if somehow diodes keep shape from the god awful joints, then the diodes will melt themselves.
Your works are great but My question is how long will it last like how many hours
I would guess about less than one if he was operating it at what he says is the rated current
It so dangerous, but it ok Good work
Super
You did a good job connecting all the anodes in parallel, but the current collector you wrapped around the cathode leads doesn't seem to connect to the inner cathodes. With that, only the outside diodes are conducting current, the inner diodes are not. If you did connect the inner cathode leads in parallel, I didn't see how. Unless ALL 50 cathodes are connected together, your system won't actually handle the full 300 amps, or, withstand the full 20,000 amp surge.
I would actually only handle what one of those little diodes could handle, semiconductors can't really be put in parallel
@@alanpartridge2140 They actually do have enough junction resistance to current share, as long as they're all the same temperature. You're right, diodes are negative temperature coefficient, so the hottest diodes will conduct the most current.
@@vincentrobinette1507 Yes and that hot diode will then have a lower resistance leading to increased share or the current leading to increased temperature etc....
@@alanpartridge2140 The junction voltage goes down, as a diode heats up, but the equivalent series resistance stays similar. The big problem is, poor thermal coupling. If these were power rectifiers, mounted on a thick heat sink, the thermal coupling would be good enough, to allow safe operation at ~90% of the theoretical rating of the sum of its parts. This, where the diodes can operate at wildly different temperatures, means this wouldn't be reliable much beyond 10% of the sum of its parts. Being tightly grouped like that, where the diodes are enclosed, and denied free air flow, they can't get rid of heat. Realistically, this might work well at 20 amps or less continuous current.
Can that be built to run 14.7 volts in and get how ever many 20k amps out?
At 14.7v out
So, instead of all the electrons going back and forth, this just focuses all of the electricity right into the device hooked up to the diode (such as the motor)?
yes and no. It's far more complex
@@alanpartridge2140 far complex? Its a dc supply, why should the electrons behave like in ac?
@@ParRagon-
Can't remember what I was talking about but basically a diode allows current in ode direction but blocks it in the other, it doesn't focus or increase the current. If it was used in this configuration to rectify AC it would actually halve the available power.
The supply to the motor is already rectified (AC->DC).
"electrons going back and forth" what you describe is AC
All this diode is doing is blocking the DC current flow when it is put in the reverse polarity configuration @9:20 in the video.
Also, the diose in the video is most certainly not capable of 20kA. The current rating of the overall diode will be the same as the current rating one of the individual diodes it is made from, this is due to the resistance of semiconductors dropping with increased temperature, I can explain more...
Is it rechargeable?
Perhaps this diodes is suitable for CT transformators
Is it suitable for welding?
ThanKs bro l have been folowing ur proJects Since they are very Simple and Superb
.but l have a problem with one of ur 1000w inverter made with 6mosfets lRF3205
my question is Can l SuPply it with 12v9A batery to run 250v 350w and 13A motor for high efficiency?
12V*9A=132W so no
Both negative side tight with a copper wire. Then u can solder
Bagus banget
I am your biggest fan
Thanks ! I am honoured bro 😊😊😊
I also....
I am also a biggest fan of yours..
Thanks a lot to you too bro 😊😊😊
Very good ideas
u have a full bridge rectifier in circuit
Способ пайки нетянет 300 А (Надобыло использовать шину, фольгу). Но алюминиевый корпус - зачёт (хотя вся тепло передача, опять таки, испорчена изолентой) .
Верить или нет, ответ родной.
Can it be used for a long period of time, and can you use a smaller 12volt 2ampere transformer with this?,
Yes
@@MrElectron thank's bro
How long can it last...?
I once had a diode but it was too small, so I gathered all his friends
And had a ball.
I gathered them together in military formation, back to back for the final last stand.
I put them in my fortress so none could enter.
All that comes out is lightning bolts and high voltage.
Could you add a heat sink compound so that you can keep it cool? Just my opinion
Thanks
Yeah it'll need to be kept cool if 300A is put through a 6A diode
I love the sound zincccccc
What I would like to know is how you manage to get over 20 amps out of that tiny tranformer and sisnce you have a bridge and a cap what exactly was the point of that 300 amps diode
Pararel dioda can increase the Ampere?
Cara Esse vídeo foi muito louco eu aprendi muito obrigado pela postagem manda mais alguns vídeos de eletrônica assim que eu curto muito👍👍👍
Diodes in series
thats applacable to attack to the 220v av? what happen bro if you put in 220vac? may be explode or no.
Each of those diodes have a PIRV..or peak reverse voltage.
.this is the voltage that each diode can withstand when it is reverse polarized....a higher voltage Will destroy each of them...the microwave ovens use a CR1200 diode that it has 1200 volts PIRV. With low amperage.....old CRT tubes use another high voltage diode after the flyback..that ones could be as high as 12000 volts...or higher depending on the screen size.
Have u seen a spark first time in life?
Checking if the diode works. Whire : Naah man I stay welded
Have you handled hockey puck diode?
Make four of them and get a bridge rectifier 😂
Awesome job bro. Plus if someone attacks you, you can use this diode as a club to defend yourself.😂
🤣
@@MrElectron 🤣🤣🤣🤣🤣
Self defence with giant Diode 😂😂😂😂😂😆😆😆
But the question is did the guy diode
What about your main bridge rectifier and it's Ah
Wrong connections of diodes the inner is not connected.
Wow... You cont see your bridge diod
Genious master!!! 🙏🏻
that diode direct to the 220 volts bro?
Noooo
bijli ka miter kam kr sakte h
You should add a low value resistor in series to each diodes because every diodes has different voltage drop.
Great idea BTW.
I support you amazing
Joł, super video congratulations , 😄👍👌💥⚡💡💡🎥🥇😎👍thank you channel
Да ладно. У нас в 78году ещё был вл200
Это он от делать не чего смастерил
Dear sir l like your every videos.i want aak u a question, where r u from
у меня дома 4 силовых диода 300 А Made in USSR и что? Можно купить и на 2000А и что?
и какой смысл видео в котором ток через такой диод предварительно выпрямляется диодным мостом на 50А?
да да какой смысел в током диоии ? там стоит на 50 А ...херь показал полную
Ну да!
Там и провода тремя стами амперами и не пахнут..
@@AGAPOV. Не ну можно пропустить такой ток вот только не будет ли эта вся конструкция умирающей лампочкой
Can i run self motor using that type of diode
Курлык-курлык, как птичка. Ничего не понятно.)))
That's dangerous, but the video is nice