Sorry for the criticism, but your soldering technique need some serious work. You are making dry joints all the way, that will come loose with the least bit of pressure or vibration.. First solder on the copper track with a little bit fresh solder so that the copper is "tinned". If you have some flux available it is a good idea to apply some on the bare copper track, but not necessary if your solder wire have a resin core. Do the same with the component, in this case capacitor's pin. Just "tin" it withe a thin layer of solder. Now, fit the capacitor and apply the soldering iron against both the pin and copper track, and at the same time apply a bit of solder. You will find that your solder will smoothly flow into a perfect connection. The idea is that both the copper track and component pin must be just hot enough to melt the little bit of solder on them by themselves, and therefore the solder "bind" to the copper. When you then install the component and re-heat both at the same time,the solder flow and fill the gap as a single "entity", and you just apply a little bit extra solder to fill it up nicely. Now that you have taken some time to calm down, just try it and if you want to, thank me, but advice is free after 40+ years experience.. :-)
When soldering, heat the connection first and apply solder to the JOINT, not the iron. It's especially important to get the foil trace on the board hot enough so that solder will flow into the through-hole.
Это Все хорошо . Такое ощущение что первый раз паяльник в руках держал . И еще не с той стороны кондеры запаял на баланс. плате . За обзор 5 . а за пайку 2. СОВЕРШЕНСТВУЙТЕ СВОИ НАВЫКИ
One little hint: to get a good solder joint, you should first heat up the pad and the pin of the part and apply the solder while still holding the solderingiron onto it. Do that until the pad is covered in solder. To check if the joint is ok, just look at it closely. If the solder is reflecting and even, it's good. If it is uneven and matt, add a little more flux and reheat it. I hope you appreciate my expert advice. My level of education is: electronic engineer for industrial engineering
you should solder by first heating the two parts with the solder gun, and once hot apply the tin solder. Never directly in the tip and then to the parts since it will lead to weak soldered joints.
Apparently he has habits from a transformer soldering iron. Of course, a tip soldering iron requires a different soldering procedure, but there are tip soldering irons that can immediately increase power, so they behave like transformer soldering irons.
If you have capacitors in series to meet the voltage, you have significantly lost their capacity. This way you only have 83F (17V) instead of 3000F (2.8V). Converters from 3V to 12V are relatively low-loss and would significantly increase the time of motor rotation or lighting. It is possible that all of this capacitor board allows (no data is provided around it).
Energy storage in Joules is 1/2 CV², so it ends up the same whether in series or parallel, assuming they're all equal. The voltage term being squared makes up for the lower capacitance in a series connection.
@@dubmob151 Of course, the Joule density, or power is the same regardless of the connection, but it is a condition of operating voltage, power retrieved and the resulting time ...
Just my thoughts here. Don't be afraid to really heat the joint/solder/copper leads up. Give it ALL time to reach the melting point and WAIT for the solder to actually flow away from the initial clump to a nice shiny lake. Then, pull the soldering iron away. You really have to work at it before you do any damage. Waiting is hard to do, but it gives the best results. Nice video.
Amigo, boa Noite! Tenho duas observações para fazer: 1 - Não se deve colocar a solda na ponta do ferro e depois colocar no circuito, pois a solda queima quando esta na ponta do ferro e perde a sua liga, você deve aquecer as peças a serem soldadas e colocar a solda nelas e não na ponta do ferro de solda. 2 - Você soldou os capacitores pelo lado errado, não se coloca componentes por cima do outro, principalmente destes mosfets que aquecem. Fora isso a ideia é boa. Friend good night! I have two observations to make: 1 - You should not put the solder on the tip of the iron and then put it in the circuit, because the solder burns when it is on the tip of the iron and loses its alloy, you must heat the parts to be welded and place the solder on them and not on the soldering iron tip. 2 - You soldered the capacitors on the wrong side, there are no components placed on top of each other, especially these mosfets that heat up. Other than that the idea is good.
How can one learn if they never do. Even if it is sloppy the first few times you are putting practice into the skill. Soldiering badly is one of the fastest ways to learn to do it right.
Three years ago I installed a Maxwell Supper capacitor pack six capacitors and they work great. I also use a pack on my lawn mower, no more batteries wasted.
Unusual soldering putting solder on the iron & taking it to the joint to be soldered. Since I was a Kid mid 80s I have always applied the iron to the contacks to be soldered & apply the solder for much tidier joints.
Notice how he doesn’t let any thing run longer than a few seconds. That’s because capacitors hold a lot of power and are designed to deliver that power very quickly but that quick delivery in this small size drains extremely quick.
So you ended up using capacitor as a battery, good job in making the people aware... Those who were not aware. But I'm more keen to know the efficiency, I mean generally Caps are in Farad but battery is in Amp hours... So looking to know about Amp-hours as you need to compare apple to Apple
salve Mr. Electron, se imparassi a saldare bene sarebbe meglio! Ci sono molti tutor su UA-cam che spiegano come fare ottime saldature a stagno comunque complimenti per la realizzazione! Considerata la tua esperienza ha iniziato egregiamente!
The Capacitors should have been fitted on the other side of the board and also you have a louse soldering method. This way you make a dry or loose soldering which make the circuit an inefficient in performance. You have to be perfect in public display, otherwise you may get lot of trolls and you also really have to improve your soldering skills.
100A ha-ha-ha! You are 10 years old, you have found hot water, happy and you have to post this discovery on UA-cam! Learn more, it's a start, I wish you success!
Great Video Bro, please also make one voiced video on difference between connecting caps in series and parallel, also please explain why it cuts capacity in series 👍🏻👍🏻🙏🏻🙏🏻
C chouette des montages comme çà. Si ya pas de composants électroniques çà va. Si ya des diodes et transistors et de truc kom çà, ça devient compliqué.
Quelques remarques: - Apprendre à souder (10 soudures sèches + 2 collages + 12 soudures froides) ... panne sale, manque de flux, mauvaise utilisation du fil de soudure ... - Les vis à tête fraisées ne s'utilisent que sur les ensembles prévus pour noyer les têtes - Sur circuit imprimé il est impératif d'utiliser des rondelles afin d'assurer un bon contact et éviter d'arracher ou de déchirer les pistes - Nettoyer correctement les pattes de composants de récupération évitent de faire travail type goret
Mr Electron:- Total fan of you, so much appealing, so much learning, excellent of you to sharing your knowledge continued in UTube, we benefitted a lot on so many thing's, pls keep it up with new Idea's, 👍🏿
what is the schematic for this circuit. If we wanted to make a 200-300 amp capacitor. in how many days it contains an electric charge. What is the electricity usage rate? Can we use it as storage in a solar panel or wind rose? for night use. Are there any other systems you would recommend? if so can you support
How do you get energy? How does the motor rotate with capacitors without energy? Or are they batteries? What is sufficient is not to produce or store energy, but its role is to smooth out electricity and so on
Luar biasa, mas bro. Jadi itu disambung seri, ya mas bro? Itu td kapasitor yg brp mikro farrad, mas bro? Bisa gk kita pake utk mobil 2000 CC? Dan kl mau kita pake buat mobil 2000cc, brp mikro farrad rekomendasi mas bro? Tolong mas bro. Sy mau make buat mobil biar suply arus lebih stabil, alat2 elektroniknya jd lebih awet, dan suply arus ke injeksi tidak berkurang walau kita pindah persneling dll agar pembakaran jd maksimal dan akhirnya BBM jd irit.
First time soldering? You connected them on the wrong side of the PCB and if you had cleaned the contacts, it would have been A LOT easier and you wouldn't have had to bodge it.
because he made balance charging circuit to cut off voltage when one of the cap is charge and same with others so they will not over charge and blow up
Sei mir bitte nicht böse. Bei deinen Lötversuchen gruselt es mich schon sehr. Mit dem Lötzinn (mit Flussmittelseele) und der Lötspitze gleichzeitig an der Lötstelle erzielst du "richtige" und funktionierende Lötverbindungen mit sauber verlaufendem und haltbaren Lot, statt kaltem Geklebe. Dir ist wahrscheinlich auch schon aufgefallen, dass die Supercaps auf die andere Seite der Platine gehören? Dort sitzen sie flach und fest, statt schief über den Halbleitern herumzuwackeln.
You should only have a very small ammount (next to none) solder on the tip. You always melt the solder onto the thing u want to solder (ex u have a leg , u heat the leg with the iron tip , and melt the solder by touching it on that leg , not by touching on the iron tip.
*Join this channel to get access to perks:*
ua-cam.com/channels/WFbPzBb7dCyCWuBA-DBrMA.htmljoin
*Mr.Electron Patreon's Page* - www.patreon.com/mrelectron
*Hindi Channel* - www.youtube.com/@Mr.ElectronHindi
*Alternator Channel* - www.youtube.com/@mrelectron_alternator
*Watsapp Channel* - whatsapp.com/channel/0029VaQmmRaFCCoWOf7huh3G
*Ultra Capacitor* - bit.ly/2XCpYzv
*Super Capacitor Board* - bit.ly/2JxKBWV
PLEASE REPLY
ARE YOU INDIAN?
Could this be a replacement for the bike's battery?Does Chance have this to explode? Please reply
Of Amerika? ??
@@arafakk u can but storage capacity of power is low
what music 0:00?
Sorry for the criticism, but your soldering technique need some serious work. You are making dry joints all the way, that will come loose with the least bit of pressure or vibration.. First solder on the copper track with a little bit fresh solder so that the copper is "tinned". If you have some flux available it is a good idea to apply some on the bare copper track, but not necessary if your solder wire have a resin core. Do the same with the component, in this case capacitor's pin. Just "tin" it withe a thin layer of solder. Now, fit the capacitor and apply the soldering iron against both the pin and copper track, and at the same time apply a bit of solder. You will find that your solder will smoothly flow into a perfect connection. The idea is that both the copper track and component pin must be just hot enough to melt the little bit of solder on them by themselves, and therefore the solder "bind" to the copper. When you then install the component and re-heat both at the same time,the solder flow and fill the gap as a single "entity", and you just apply a little bit extra solder to fill it up nicely. Now that you have taken some time to calm down, just try it and if you want to, thank me, but advice is free after 40+ years experience.. :-)
Agreed 👍
Totally agree ... component placement isn't very good either.
I agree I chring when he dry soldered
Totally agree. Looks like the autor is service man for old soviet TVs.
Here nothing is professional 😂 May be this is done in purpose.
When soldering, heat the connection first and apply solder to the JOINT, not the iron. It's especially important to get the foil trace on the board hot enough so that solder will flow into the through-hole.
Это Все хорошо . Такое ощущение что первый раз паяльник в руках держал . И еще не с той стороны кондеры запаял на баланс. плате . За обзор 5 . а за пайку 2. СОВЕРШЕНСТВУЙТЕ СВОИ НАВЫКИ
One little hint: to get a good solder joint, you should first heat up the pad and the pin of the part and apply the solder while still holding the solderingiron onto it. Do that until the pad is covered in solder. To check if the joint is ok, just look at it closely. If the solder is reflecting and even, it's good. If it is uneven and matt, add a little more flux and reheat it.
I hope you appreciate my expert advice.
My level of education is: electronic engineer for industrial engineering
Un grazie ,sincero da Giuseppe Tambuzzo di Milano Lombardia Italia
you should solder by first heating the two parts with the solder gun, and once hot apply the tin solder. Never directly in the tip and then to the parts since it will lead to weak soldered joints.
Apparently he has habits from a transformer soldering iron. Of course, a tip soldering iron requires a different soldering procedure, but there are tip soldering irons that can immediately increase power, so they behave like transformer soldering irons.
Hi baby
Until you get the component too hot and the lead moves with the melted plastic around it
@@80milekyle70 Right. When I started soldering "the correct way" I ruined a number of components. Made them too hot.
Always use the correct temp iron for what your working on. And or use heat sink to prevent damaging your components
This lad is not what you would call a soldering expert, but the super caps look genuine.
If you have capacitors in series to meet the voltage, you have significantly lost their capacity. This way you only have 83F (17V) instead of 3000F (2.8V). Converters from 3V to 12V are relatively low-loss and would significantly increase the time of motor rotation or lighting. It is possible that all of this capacitor board allows (no data is provided around it).
Converter? What kind of converter?
@@josephbadulak9146 DC-DC (step up)
Energy storage in Joules is 1/2 CV², so it ends up the same whether in series or parallel, assuming they're all equal. The voltage term being squared makes up for the lower capacitance in a series connection.
@@dubmob151 Of course, the Joule density, or power is the same regardless of the connection, but it is a condition of operating voltage, power retrieved and the resulting time ...
@@DL-kc8fc higher currents with the parallel connection and dc conversion efficiency may result in higher losses though.
Good jon, but 1. Compacitors are up side down 2. There are cold solders/joints. You should use flux.
Плакал уровень пайки - вместе с ним и я
Нет слов
Руки из жопы у него,леща прописать.
😂😂😂😂😂😂😂i did too
Под затяжку лепестковых наконечников проводов ставят винты, болты ,с плоской головкой,а потай это просто ЖЕСТЬ.
Just my thoughts here. Don't be afraid to really heat the joint/solder/copper leads up. Give it ALL time to reach the melting point and WAIT for the solder to actually flow away from the initial clump to a nice shiny lake. Then, pull the soldering iron away. You really have to work at it before you do any damage. Waiting is hard to do, but it gives the best results. Nice video.
Amigo, boa Noite!
Tenho duas observações para fazer:
1 - Não se deve colocar a solda na ponta do ferro e depois colocar no circuito, pois a solda queima quando esta na ponta do ferro e perde a sua liga, você deve aquecer as peças a serem soldadas e colocar a solda nelas e não na ponta do ferro de solda.
2 - Você soldou os capacitores pelo lado errado, não se coloca componentes por cima do outro, principalmente destes mosfets que aquecem.
Fora isso a ideia é boa.
Friend good night!
I have two observations to make:
1 - You should not put the solder on the tip of the iron and then put it in the circuit, because the solder burns when it is on the tip of the iron and loses its alloy, you must heat the parts to be welded and place the solder on them and not on the soldering iron tip.
2 - You soldered the capacitors on the wrong side, there are no components placed on top of each other, especially these mosfets that heat up.
Other than that the idea is good.
Muita burrice em um video só! deu agonia de ver ele soldando!
And the question is..
How long it can work with high current ??
Need to learn how to solder... "buddy"!
Totally noob :P
Exactly! :-)
practice make perfect .........learn how to solder perfectly so next u don't have comment like this
How can one learn if they never do. Even if it is sloppy the first few times you are putting practice into the skill.
Soldiering badly is one of the fastest ways to learn to do it right.
I agree
Three years ago I installed a Maxwell Supper capacitor pack six capacitors and they work great. I also use a pack on my lawn mower, no more batteries wasted.
How long does the pack last if using continually. thanks.
@@gilldanier4129 5 seconds
тот момент когда не понимаешь, зачем смотрел 10 минут как он к батарее из суперконденсаторов подключал один за другим эл.движки...
Unusual soldering putting solder on the iron & taking it to the joint to be soldered. Since I was a Kid mid 80s I have always applied the iron to the contacks to be soldered & apply the solder for much tidier joints.
Do you come up with such cool things but can't solder?
Notice how he doesn’t let any thing run longer than a few seconds. That’s because capacitors hold a lot of power and are designed to deliver that power very quickly but that quick delivery in this small size drains extremely quick.
Just pair this with a classic battery and you're set.
So you ended up using capacitor as a battery, good job in making the people aware... Those who were not aware.
But I'm more keen to know the efficiency, I mean generally Caps are in Farad but battery is in Amp hours... So looking to know about Amp-hours as you need to compare apple to Apple
salve Mr. Electron, se imparassi a saldare bene sarebbe meglio! Ci sono molti tutor su UA-cam che spiegano come fare ottime saldature a stagno comunque complimenti per la realizzazione! Considerata la tua esperienza ha iniziato egregiamente!
Hope you have improved your soldering skills by now .
Руки оторвать за такую пайку!
your soldering skils make me cry 🥲
The Capacitors should have been fitted on the other side of the board and also you have a louse soldering method. This way you make a dry or loose soldering which make the circuit an inefficient in performance. You have to be perfect in public display, otherwise you may get lot of trolls and you also really have to improve your soldering skills.
100A ha-ha-ha! You are 10 years old, you have found hot water, happy and you have to post this discovery on UA-cam! Learn more, it's a start, I wish you success!
Can it be used to replace rechargeable batteries?
回路としては問題ないけどキャパシタは部品面ではなく裏面から取り付けるのが正解だと思います
adicione a solda junto com o ferro quente, a sua maneira de soldar não é muito boa mas o projeto é legal !
Great Video Bro, please also make one voiced video on difference between connecting caps in series and parallel, also please explain why it cuts capacity in series 👍🏻👍🏻🙏🏻🙏🏻
i am Vietnamese
Tôi rất thích video của bạn 👍
I like video your
Tom My Taking haha. Tôi cũng vậy
Me too
C chouette des montages comme çà. Si ya pas de composants électroniques çà va. Si ya des diodes et transistors et de truc kom çà, ça devient compliqué.
Saludos, muy bueno el proyecto, pero he sabido siempre que los condensadores se descargan muy rápido, creo son baterías camuflado!!??
No, they are supercapacitors , they can store a lkt of energy
Сделал так же подключил к розетке, теперь весь город платит мне за электричество, электростанции больше ненужны)
😂😂😂😂
tutorial video with speechless performer !! Is this intnded for deaf viewers??
already improved upon that
Quelques remarques:
- Apprendre à souder (10 soudures sèches + 2 collages + 12 soudures froides) ... panne sale, manque de flux, mauvaise utilisation du fil de soudure ...
- Les vis à tête fraisées ne s'utilisent que sur les ensembles prévus pour noyer les têtes
- Sur circuit imprimé il est impératif d'utiliser des rondelles afin d'assurer un bon contact et éviter d'arracher ou de déchirer les pistes
- Nettoyer correctement les pattes de composants de récupération évitent de faire travail type goret
Sensacional!!! Você é um experto em eletrônica, mas cuidado com o " gato" . Parabéns!!!
Auch so ein Künstler am Lötkolben...
Esto quiere decir que si uno los capacitores en paralelo tengo más amperes en un circuito electrónico?
Mr Electron:- Total fan of you, so much appealing, so much learning, excellent of you to sharing your knowledge continued in UTube, we benefitted a lot on so many thing's, pls keep it up with new Idea's, 👍🏿
How much minute can run 12volt DC motor?
41
Not long
Con ultra capacitores hemos movido una Kangoo 5 cuadras
เป็นการให้บริการ ในด้านการศึกษาทั่วไปได้ดีเป็นพิเศษ ของ UA-cam
You should buy a good Multimeter now😀
That is a good multimeter. Better than I have. What's wrong with that?
I'll send him a new one.
He's showing that hot glue soldering method purposefully to generate comments. Success! 😉
Это что за пайка такая? Автор хоть раз пыльник в руках до этого держал?
С языка снял🤣
I totally agree with you 👍
У меня глаз дергался, когда пайку смотрел. Как наср*но.
Так ещё и припаял со стороны смд монтажа🤣
Godjob sir, how many days capacitor lowbat?
Very informative video, i would like to call you Mr Motron instead coz of your awesome collection of motors
sure thanks !!!!!!!! :D
Agree, his hobby is all about motor and generator
THAT SOLDERING 😳
With this can you operate inverters 200 watts
yes but not for long
I use supercaps for my 24V solar system, 2000W is no problem.
Excellent brother I want to know how to charge capacitor
Не с той стороны конденсаторы напоял!)
what is the schematic for this circuit. If we wanted to make a 200-300 amp capacitor. in how many days it contains an electric charge. What is the electricity usage rate? Can we use it as storage in a solar panel or wind rose? for night use. Are there any other systems you would recommend? if so can you support
Bro why the capacitor s not discharging how it possible
It is, cant u see the voltage of the capacitor decreases When it uses to power motor, lamp, etc
Can we replacing batery on mobile with super capacitor?
Отличная идея, просто здорово.
12v100A kapasitor amazing.....
Wel done....can v run the home equpments.....water pump......refrigerator..fans..led lights
amazing idea i am impresed by this project
The soldering iron is needed to heat the place of soldering, and not to drag tin and flux.
7:45 cutie, ppl who love cats are generally smarter and more independent
Correlation does not equal causation
Motor DC , bila di putar menghasilkan arus dc, apakah bisa di gunakan untuk welding , ngelas,
You put the capacitors on the wrong side of the PCB.
But it's working
Capacitors should be soldered on the other side of board?
Well done my friend 👉👍
70зхх000эхэээээ это папа
Good for Deewalee man! Did you do a video to how to increase torque on a dc motor. Thanks
do it 36v 100a but small pack for electric scooter like segway es2 and will buy it
Вечный запас энергии👍😂😂😂😂😂😂
Хм, есть сборки из 3000 фарад конденсаторов, заменяют аккумулятор в машине.
You soldered those capacitors on the wrong side of the board...
How do you get energy? How does the motor rotate with capacitors without energy? Or are they batteries? What is sufficient is not to produce or store energy, but its role is to smooth out electricity and so on
I've always wondered what those metal plates are atop your multimeter
Для щупов
Your soldering iron feasts!
Que capacitores são esses?
Soldering technique leaves a lot more practice
You put the capacitor up side down
Did you solder the capacitors wrong side of the pcb ?
Конденсаторы запаяны не той стороной!
А какая тут разница? Любой можно, напругу дадут.
Luar biasa, mas bro. Jadi itu disambung seri, ya mas bro? Itu td kapasitor yg brp mikro farrad, mas bro? Bisa gk kita pake utk mobil 2000 CC? Dan kl mau kita pake buat mobil 2000cc, brp mikro farrad rekomendasi mas bro? Tolong mas bro. Sy mau make buat mobil biar suply arus lebih stabil, alat2 elektroniknya jd lebih awet, dan suply arus ke injeksi tidak berkurang walau kita pindah persneling dll agar pembakaran jd maksimal dan akhirnya BBM jd irit.
can you start a car?
i ahve to try
No problem
First time soldering?
You connected them on the wrong side of the PCB and if you had cleaned the contacts, it would have been A LOT easier and you wouldn't have had to bodge it.
That soldering is a bit how ya doin...
Although more flux could do better.. :) But who cares as long as it works as expected.
mas como não descarrega rápido? eu já fiz teste e descarregava logo. bom trabalho
Gmn cara bikin nya
Can we make Honda Activa 125cc Battery for self start
So why cant you just drill wholes in a copper plate and do same thing ?
because he made balance charging circuit to cut off voltage when one of the cap is charge and same with others so they will not over charge and blow up
VERY GOOD BUT WHERE CAN I FIND THAT PLATE WHERE I WELD THE CAPASITORS.
Que desesperacion ver como solda... 1:00
instead Of car Battery for fırst start ? can we use ? any damage car's elektronik part ? for 100a Battery
non per capirci, ma fai delle saldature, come io impasto il cemento 😞
I use supercaps for my 24V solar system, 2000W is no problem...
What size and configuration do you use for your solar
How to use soldering wire u no
How long does a 12V led bulb can stay glowing on these capacitors.
40 hours i guess?
its beautifull
Sei mir bitte nicht böse. Bei deinen Lötversuchen gruselt es mich schon sehr. Mit dem Lötzinn (mit Flussmittelseele) und der Lötspitze gleichzeitig an der Lötstelle erzielst du "richtige" und funktionierende Lötverbindungen mit sauber verlaufendem und haltbaren Lot, statt kaltem Geklebe. Dir ist wahrscheinlich auch schon aufgefallen, dass die Supercaps auf die andere Seite der Platine gehören? Dort sitzen sie flach und fest, statt schief über den Halbleitern herumzuwackeln.
nicht löten können aber auf elektronikermachen
Ja so ein gemurkse beim löten habe noch nie gesehen
Es geht um das Prinzip, und nicht um die lötkünste.
I'm not expert but...
I hope your soldering is improved since it's 3years old video
That is not how to solder!! Solder and iron need to come together at the joint
Hi bro your UA-cam videos super , can u explain 48v lithium ion battery charger how to make at home please
машину попробуй завести. и научись паять наконец,
You should only have a very small ammount (next to none) solder on the tip.
You always melt the solder onto the thing u want to solder (ex u have a leg , u heat the leg with the iron tip , and melt the solder by touching it on that leg , not by touching on the iron tip.
ใส่คาปาซิสเตอร์ผิดฝั่งง😅😅😅