I used to think wasting flux was a bad approach, but replacing IC’s with their specifics on a motherboard probably rakes in a lot of money, where that amount of flux used is nothing, price-wise
@@Kabivelrat i understand that, and that is the problem for me, as i plan my life around d what ifs so i am not surprised by something i cant handle. As that lacquer will also prevent the solder beads from sticking to it well, and that part looks like something that is designed to be mobile, the chances of one of those beads getting loose and causing other problems is a chance i would be rather irritated about.
The USB trick is neat but do not ever use paste like this. This creates tiny beads of solder balls underneath BTCs like these and adjacent components that can cause shorts if they were to ever come loose or even on initial start up. I have plenty of x-ray images of assembled boards that failed as a result of improper cleaning of solder paste on a failed print. Though the cause is slightly different, the result is the same. When using solder paste for BTCs of any kind, apply the paste to the individual pads and do not add additional flux as it's completely unnecessary and can cause the mix to activate improperly. When using hot air, it's quite easy to get the flux in the paste to become quite "runny" also potentially causing the same issue. It's best to heat paste slowly to prevent this. You may have done hundreds or even thousands of repairs like this, but it only takes 1 to ruin someone's day or worse.
@@dannefan_senshi perhaps a couple times. Lol. I work in a facility programming machines that do this kind of work automatically. But I also do rework and minimal electrical designs myself as well. Helps to know all sides of the trade.
@@robertheintz8017 Surface tension keeps it in place unless you lift it or accidently bump it. It's always best to practice over and over again with junk boards and hot air to get use to lifting, moving and resoldering until you get the hang of it. Also flux is your friend, the more the better...
@robertheintz8017 for the most part, they do, however each individual component is REALLY light, and liquid solder has some surface tension to it that the component's metal pads stick to. You can actually see this when the new component is soldered back down, as soon as the solder paste melts, the component melts, the component shifts slightly to align its pads to the boards pads. If you use the correct amount of paste (which the guy in the video almost rarely ever does) then the chip will almost perfectly align itself (granted it started close enough aligned already)
This is *not* the way to do SMD rework. Using solder paste in this situation, without a stwncil, AND THEN going in with a soldering iron is possibly the worst way to go about this. Just leaving the original solder in place wouldve been better than this. Wicking and adding more solder using solder wire would have been best.
@@ok-lg1ng ua-cam.com/play/PLt1Wl2sFbiRhg3Y6EyFTr5wA8_g5zyFWJ.html&si=D0It4OWgKRdgfbcf Hi, I've scraped my YT Playlists to provide you with some vids from known Electronic Repair-Specialists. Containing clips about the soldering basics and techniques. as well as Tools, Fluxes, Solder with lead or not. Micro-Soldering Tutorials and finally a pro level PS5 - APU/BGA Reballing Video, which I found very interesting . 🍻 Cheers ... /f
honestly you should just get a soldering iron for the re-tinning. just throw flux on the board, dab a bit of solder to the iron and drag it acrost the pins. works waay more easy them using the paste. ive been doing board repair for the past 4 years as my primary job and i have never touched solder paste other then reballing a chip once.
@@f1lab535Unless you are working on giant pads or you have a really crappy iron, it really doesn't make that big of a difference...I always just dab solder wire to my iron tip, it works just as good and it's way less messy...
@@hacktheplanet. That's not true in almost any situation. If something needs to be explained for you to understand it, it's almost always fine to ask about it.
I watched the video several times in magnification, especially the part during and after attaching the chip. Because when I first saw the video I thought that there must be extra solder all around. Yes, the circuit board and the tracks on the circuit board are protected. But of course the SMD pads are not. Otherwise it would be difficult to solder anything on. And despite the fact that they are working with hot air, which doesn't seem to be particularly precise, I didn't see anything that would indicate any additional solder on the pads. I'm really fascinated! Yes, air is a good conductor, which is why the side winds (I'll just call them that) of the air flow cool down quickly and don't reach the necessary heat for the solder to connect somewhere other than where it should. I'm really "blown away" by it! Soldering is really cool! Good job by the way! 👍
I build electric guitars and im meticulous about solder and precision joints and this just blows my mind lol i would think a circuit board would be much more fragile
Ive been soldering various piping systems for 23 years and i know nothing about circuitry so using copper wire as a sponge for molten solder may be a typical technique, but to me its friggin magical
Solder wick is braided and made specifically to remove solder. I have always marveled at how well it works...the more flux the better. Not sure about using those solder beads, seems extreme...I'd just add a little solder to the pads and solder it down
The motherboard is now turning on and displaying all ok, i spent another hour tweaking the bios settings and it stopped displaying again haha, after another reflash now it working fine again.
You Right I thought the same thing... Why u use this small balls it's going everywhere and under all over the components. A normal flux much better for this situations
Понимаю что автор специально льет много флюса, чтобы вытащить знатоков на написание комментариев. Иначе как добиться нужных реакций на видео - Сделать не правильно )))
Честно говоря, это был метод, который я усвоил, когда только начинал. После 10 лет опыта я значительно улучшил свой рабочий процесс, но после того, как я запустил UA-cam, я пытался делать профессиональные видео, но никто не задумывался о том, насколько это профессионально, я начал работать со своим старые методы и люди смотрят и им нравятся, пожалуйста, брат, скажи мне, что бы ты сделал, если бы ты был на моем месте? Учитывая, что я бедный парень, живущий в сумасшедших условиях.🤣🤣🤣🤣🤣🤣
Но вы должны поверить мне, когда я говорю вам, что если вы нанесете такое количество флюса (максимум 3-5 мл), вы снизите вероятность повреждения следов на плате и защитите плату от прямого нагрева, а флюс поможет. лучше распределяете тепло, и у вас больше преимуществ, и все это с несколькими дополнительными каплями флюса❤
@@djskylex есть такое понятие - рациональность и себестоимость. Хороший флюс - стоит огромных денег и его нерациональное использование, мягко говоря, приводит к перерасходу материалов и денег. Да - можно перекладывать сие на плечи клиентов, но если есть конкуренты - рано или поздно они уйдут от такого мастера или оный станет банкротом.
Какой флюс? ТьІ думай про вторую работу, чтобьІ репарации мне платить, а не про флюсьІ. Забирай своего ивана с моего дома и устраивайся на вторую работу, ибо на одну зп не проживешь.
@@crypt8902 Thanks! I just meant the process. I understand the terms with soldier, desolder, wicking and all that but I'm not quite sure about this actually takes place overall. It's something that meant to look up for a few years but you know life lol. Thank you for your information and answer, I appreciate it!
@@misury it's more about tools than info , it's easy process to do with chips like 8 pims , actually you can just repeat like what he did on video, and get a great result ! but it's getting really hard long job if you working on phones or cpu sockets 😬 some times it goes like it's about what's your luck that day 😂
That solder paste deployment was mids. Doing it like this with skill will work, but applying with a smaller syringe will save you problems later. There's no reason to have those solder spheres rolling around in the case you missed them on cleanup. Most people watching don't realize the skill lever for even this chip replacement.
This flux will stay under the chip and corrode the connection. No good! Dont soak it in flux like that! Better to just ramp up and cool down the rework temperature to melt the solder properly with minimal flux use.
That's a lotta paste and flux, but also looks like there's conformal coating, so might be fine. But get a needle dispenser for both and you can cut that out.
I never repaired electronics like that. You just don’t need that much flux and you don’t let the solder just flow all over the board. Now you’re going to spend time figuring out where it’s shorted elsewhere. And replacing additional components. If you keep doing this laziness you’ll never actually fix the problem. Is using a soldering iron really that difficult??
My god I hate that solder wick braid stuff it always takes me about an hour to get all the solder off. The last time I needed to solder a wire to a PCB as the negative battery cable had pulled. I spent ages trying to get enough solder wicked off the pcb so I could stick a new wire thru the hole, and this is a tiny pcb probably about 1" square. In the end I had the genius idea of just using a really fine drill bit to clean the hole up, which worked a treat.
You didn't actually need to remove the flash. You can upload UEFI firmware by connecting an external programmer to the connector on the side of the flash, which you covered with a metal piece. If there is no fault in the flash chip, there is no need to bother removing it.
Can you link the solder and flux you’re using here, and the air and iron temps you used? It all seemed to run exceptionally well and turned out better than my last few repairs 😅
헐.납 패드가 저렇게 넓은데 굳이 저렇게 가성비 안 나오게 할 필요 있나?저러면 사장님 망해요. 그냥 열풍기로 열 가해서 ic제거하고 납 한번 묻여주고 솔더윅한다음 tc로 세척해준다음 다시 얇게 재납해주고 플럭스 발라준다음 열풍기로 붙이면 됩니다. 아니면 솔더윅 하고나서 TC로 세척한다음 플럭스 살짝 발라주고 크림솔더로 살짝 도포해준다음 열 가하면 되죠. 지금 영상의 3배는 빨리 작업할수있고 기계가 한것 처럼 이쁘게 됨.
I see alot of people using this solder paste...I hate using that stuff, it makes such an unnecessary mess most of the time...I guess as long as you clean really well it doesn't make a difference, but I have never had issues just using a roll of solder wire to put a bit of solder on my iron tip
Congratulations!! if you know how to do this stuff. When I try I burn and things don't look pretty. 99% of it I don't understand. Normally replace circuit board and not worry about it
Do people in factories for every board made put all the hardware onto the boards like this? I would imagine high tech machines do it to meet production deadlines.
Too extra on this. Too much heat vs time and the thermal shock of the alcohol on the surrounding hot SMD parts like that ttransistor and regulators. Reducing chip life. Clean the pads and use wire solder instead of solder paste. Too much of a mess to clean up after. I cant spend a lot of time on a repair like that. I have too much work to do anything that slows me down. If you hear hissing when alcohol is applied or it boils off, its too hot. Yes it may work fine but reduced chip life
I will never understand why you guys use solder paste. I mean, it gets the job done but I could do it much faster with a lot less clean up with 63/37 leaded solder. And the biggest part about it is you don't have to worry about a solder ball getting between two tiny components and creating a short.
What a terrible way to use solder paste. Pieces of solder are everywhere now. Use it with a stencil when reballing a chip, cleaning up the excess away from the board you're working on.
The copper mesh is supposed to stay on the spool, you cut off what is used and bad AFTER USING IT because keeping it on there removes almost nothing, as you have to wait till you grab another tool to take it off, where I just saw so much nasty shit just go right back in… not sending you my shit
what is that glittering thing that seems to be used to clean and weld in the same time. Same for that gel...used before and after.. You heat it, it come out, you heat it again, it stick... wtf...
Makes it look easy doesn't he folks. Remember not to burn a land, or loosen those resistors right next door. Oh yeah, by the way, he's working under a microscope.
Repair 50$
Flux 100$
😁😁😁😁
I used to think wasting flux was a bad approach, but replacing IC’s with their specifics on a motherboard probably rakes in a lot of money, where that amount of flux used is nothing, price-wise
@@TechnicianBryce Is it really that expensive though ?
@@psirvent8 no its a joke about excessive amount used, more is better.
Izopropyl 50$
Lot of extra solder running across those traces
those traces are covered by lacquer and the solder wont stick to them.
@@Kabivelrat i understand that, and that is the problem for me, as i plan my life around d what ifs so i am not surprised by something i cant handle. As that lacquer will also prevent the solder beads from sticking to it well, and that part looks like something that is designed to be mobile, the chances of one of those beads getting loose and causing other problems is a chance i would be rather irritated about.
@@ryan1ethat is also a problem for me an i want to avoid it at all cost, this is my neighbour gaming pc and it is working for the last 6 days.
@@Kabivelrat❤
To avoid problems i take extra cleaning and checking time before plugging the power in after this kind of jobs ❤️
The USB trick is neat but do not ever use paste like this. This creates tiny beads of solder balls underneath BTCs like these and adjacent components that can cause shorts if they were to ever come loose or even on initial start up. I have plenty of x-ray images of assembled boards that failed as a result of improper cleaning of solder paste on a failed print. Though the cause is slightly different, the result is the same. When using solder paste for BTCs of any kind, apply the paste to the individual pads and do not add additional flux as it's completely unnecessary and can cause the mix to activate improperly. When using hot air, it's quite easy to get the flux in the paste to become quite "runny" also potentially causing the same issue. It's best to heat paste slowly to prevent this. You may have done hundreds or even thousands of repairs like this, but it only takes 1 to ruin someone's day or worse.
Tldr, but I agree that this was just sloppy
This guy read IPC standards 👍
yea this repair was wack
@@dannefan_senshi perhaps a couple times. Lol. I work in a facility programming machines that do this kind of work automatically. But I also do rework and minimal electrical designs myself as well. Helps to know all sides of the trade.
Those small beeds go wondering around the pcb creating more work cause you have to clean it otherwise it will short pins and traces
I have to clean the customer board anyway, and I have to spend more time testing before plugging the power in ❤️❤️❤️
Why don't those other smt components come loose when you heat the chip traces?
@@robertheintz8017 they are pretty hot and almost loose... just a little more heat and/or a poke with the tweezers and they will come right off.
@@robertheintz8017 Surface tension keeps it in place unless you lift it or accidently bump it. It's always best to practice over and over again with junk boards and hot air to get use to lifting, moving and resoldering until you get the hang of it. Also flux is your friend, the more the better...
@robertheintz8017 for the most part, they do, however each individual component is REALLY light, and liquid solder has some surface tension to it that the component's metal pads stick to. You can actually see this when the new component is soldered back down, as soon as the solder paste melts, the component melts, the component shifts slightly to align its pads to the boards pads. If you use the correct amount of paste (which the guy in the video almost rarely ever does) then the chip will almost perfectly align itself (granted it started close enough aligned already)
This is *not* the way to do SMD rework. Using solder paste in this situation, without a stwncil, AND THEN going in with a soldering iron is possibly the worst way to go about this. Just leaving the original solder in place wouldve been better than this. Wicking and adding more solder using solder wire would have been best.
I would love to see a video with the explanation for every product applied here and the relative function
me too. im guessing
For real
@@ok-lg1ng
ua-cam.com/play/PLt1Wl2sFbiRhg3Y6EyFTr5wA8_g5zyFWJ.html&si=D0It4OWgKRdgfbcf
Hi, I've scraped my YT Playlists to provide you with some vids from known Electronic Repair-Specialists.
Containing clips about the soldering basics and techniques. as well as
Tools, Fluxes, Solder with lead or not. Micro-Soldering Tutorials and finally a pro level PS5 - APU/BGA Reballing Video, which I found very interesting .
🍻 Cheers ...
/f
@@ok-lg1ng ua-cam.com/play/PLt1Wl2sFbiRhg3Y6EyFTr5wA8_g5zyFWJ.html&si=D0It4OWgKRdgfbcf
@@aazraelsnachtschicht thanks a lot 🍻
Customer: This board need a repair.
Shop: How much flux you are expecting for this repair??
Customer: What?
Shop: Say no more!!
@@justrandomstuff-007 🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣
🤣🤣🤣🤣🤣🤣
Whats exactly is this flux and how does it help in this case? Is it for cleaning up?
ahahaha nice +
@@waqas96yes it helps clean it up and allows the solder to bind more successfully
love that usb heat to protect those header pins! fantastic!
❤️ ❤️ ❤️ ❤️ ❤️ ❤️
@@f1lab535amazing job man 😊
@@high_voltage603
Whats funny is that header can be used for flasing the BIOS, no chip removal required
@@coctailrob unless you killed the chip, which is definitely possible.
honestly you should just get a soldering iron for the re-tinning. just throw flux on the board, dab a bit of solder to the iron and drag it acrost the pins. works waay more easy them using the paste. ive been doing board repair for the past 4 years as my primary job and i have never touched solder paste other then reballing a chip once.
Very nice advice 👌👌👌, i use the paste just because it is low melt, 138c or 183c
@@f1lab535 fair enough, i have a pretty powerful Weller iron which also gets the job done quickly
@@f1lab535Unless you are working on giant pads or you have a really crappy iron, it really doesn't make that big of a difference...I always just dab solder wire to my iron tip, it works just as good and it's way less messy...
Never seen someone make so much hard work for such a small job
I dont get it, he did everything good and followed each and every step he should have. How would you do this differently?
@@vaastafraja5685 If it needs to be explained, you shouldn't be asking.
@@hacktheplanet. Perhaps instead of criticizing his job. You show us how it's done?
@@vaastafraja5685 he can’t cuz his head’s in his ass
@@hacktheplanet. That's not true in almost any situation. If something needs to be explained for you to understand it, it's almost always fine to ask about it.
Nice - I never thought of using a metal USB port as a heat shield for nearby IC's when hot air reflowing !
I watched the video several times in magnification, especially the part during and after attaching the chip. Because when I first saw the video I thought that there must be extra solder all around. Yes, the circuit board and the tracks on the circuit board are protected. But of course the SMD pads are not. Otherwise it would be difficult to solder anything on. And despite the fact that they are working with hot air, which doesn't seem to be particularly precise, I didn't see anything that would indicate any additional solder on the pads. I'm really fascinated! Yes, air is a good conductor, which is why the side winds (I'll just call them that) of the air flow cool down quickly and don't reach the necessary heat for the solder to connect somewhere other than where it should. I'm really "blown away" by it! Soldering is really cool! Good job by the way! 👍
I build electric guitars and im meticulous about solder and precision joints and this just blows my mind lol i would think a circuit board would be much more fragile
Ive been soldering various piping systems for 23 years and i know nothing about circuitry so using copper wire as a sponge for molten solder may be a typical technique, but to me its friggin magical
Yep yep you add flux to the wick and the solder is drawn to it like magic
Solder wick is braided and made specifically to remove solder. I have always marveled at how well it works...the more flux the better. Not sure about using those solder beads, seems extreme...I'd just add a little solder to the pads and solder it down
Man. You guys/girls that do this kinda small electronics repair are awesome. It can’t be easy to do and the precision it takes is staggering.
❤️ ❤️ ❤️ ❤️ ❤️ ❤️
Still botched it by using soldering paste, bro, just don't.
The fact that this doesn't ruin every other component around it is amazing
Well he had a heatshield for the only thing that is really effected. The rest is specced to take the heat
woundering if you didn't short the other components with this much tin cream
The motherboard is now turning on and displaying all ok, i spent another hour tweaking the bios settings and it stopped displaying again haha, after another reflash now it working fine again.
You Right I thought the same thing... Why u use this small balls it's going everywhere and under all over the components. A normal flux much better for this situations
@@f1lab535 Wait for year or two.
Понимаю что автор специально льет много флюса, чтобы вытащить знатоков на написание комментариев. Иначе как добиться нужных реакций на видео - Сделать не правильно )))
Честно говоря, это был метод, который я усвоил, когда только начинал. После 10 лет опыта я значительно улучшил свой рабочий процесс, но после того, как я запустил UA-cam, я пытался делать профессиональные видео, но никто не задумывался о том, насколько это профессионально, я начал работать со своим старые методы и люди смотрят и им нравятся, пожалуйста, брат, скажи мне, что бы ты сделал, если бы ты был на моем месте? Учитывая, что я бедный парень, живущий в сумасшедших условиях.🤣🤣🤣🤣🤣🤣
Но вы должны поверить мне, когда я говорю вам, что если вы нанесете такое количество флюса (максимум 3-5 мл), вы снизите вероятность повреждения следов на плате и защитите плату от прямого нагрева, а флюс поможет. лучше распределяете тепло, и у вас больше преимуществ, и все это с несколькими дополнительными каплями флюса❤
@@f1lab535 флюс то ладно но вот так криво изначально сажать. тут прокатило но на микрах с малым шагом лапок спокойно можешь дорожки сплавить
Мало флюса! Добавь ещё...
и пасты по-больше навали, чтобы замкнуло везде.
флюсом кашу не испортиш
@@djskylex есть такое понятие - рациональность и себестоимость. Хороший флюс - стоит огромных денег и его нерациональное использование, мягко говоря, приводит к перерасходу материалов и денег. Да - можно перекладывать сие на плечи клиентов, но если есть конкуренты - рано или поздно они уйдут от такого мастера или оный станет банкротом.
Какой флюс?
ТьІ думай про вторую работу, чтобьІ репарации мне платить, а не про флюсьІ. Забирай своего ивана с моего дома и устраивайся на вторую работу, ибо на одну зп не проживешь.
@@xlista1543 какие репарации, даун? Какой Иван? Я казах... А ты вообще бомж - у тебя и дома то нет.
_- "How many buckets of flux do you need, sir?"_
_- "Yes."_
This looks amazing! I wish I understood the whole process, but I certainly do respect it!
replacement of memory flash chip ,
it's always about 4 - 12mb size , and used to store computers motherboard software
hope that helps you 😊
@@crypt8902 Thanks! I just meant the process. I understand the terms with soldier, desolder, wicking and all that but I'm not quite sure about this actually takes place overall. It's something that meant to look up for a few years but you know life lol. Thank you for your information and answer, I appreciate it!
@@misury it's more about tools than info , it's easy process to do with chips like 8 pims , actually you can just repeat like what he did on video, and get a great result !
but it's getting really hard long job if you working on phones or cpu sockets 😬 some times it goes like it's about what's your luck that day 😂
@@crypt8902 yeesh, no thanks lol. I already do soft repairs on PCs... I'm good. Lol
@@crypt8902that chip was actually a 32mb chip, ❤❤❤❤ but its usually like you said, i rarely find 16mb and 32mb chips
That solder paste deployment was mids. Doing it like this with skill will work, but applying with a smaller syringe will save you problems later. There's no reason to have those solder spheres rolling around in the case you missed them on cleanup. Most people watching don't realize the skill lever for even this chip replacement.
Микросхема застыла во флюсе как муха в янтаре )))
гыыыы сыщно
От такого количества флюса она чуть не мигрировала на соседнюю материнку 😅
🤣🤣🤣🤣
@@infinity_live_humanity😁😁😁😁
@@anenerbe64Ха-ха-ха-ха
This flux will stay under the chip and corrode the connection. No good! Dont soak it in flux like that! Better to just ramp up and cool down the rework temperature to melt the solder properly with minimal flux use.
Man, this is like watching a surgeon at work. 😅 The flux seems to be the star of the show! 🌟 Anyone else find this kinda calming or is it just me? 🤔
it's like watching a surgeon commit malpractice
More like hiring a car mechanic to give you a new kidney.
This is kinda soothing to watch and the heat gun is a little like brown noise too
Шары по всей плате раздул. Браво!
Там нет шаров. Это микрогранулы паяльной пасты
@@vitttex микрогранулы имеют какой состав?
@@user-oh4sn7ev3w Они смываются без проблем в отличие от шаров
@user-oh4sn7ev3w содержит олово
Бильярд на печатной плате!)))
I just used solderwick and flux easy easy. Then go back and and do one lead at a time… used to do repairs all the time all day long.
Why you do that mess with soldering paste?
Add new solder to dilute the old, and who knows what quality solder?
He absolutely shouldn't be using that kind of soldering paste.
Heck no to those tiny micro balls spreading everywhere 😂🤣
Applying solder paste like that is big no no to me,apply it using stencil,and then use hot air to melt it up instead of using soldering iron
That's a lotta paste and flux, but also looks like there's conformal coating, so might be fine. But get a needle dispenser for both and you can cut that out.
I never repaired electronics like that. You just don’t need that much flux and you don’t let the solder just flow all over the board. Now you’re going to spend time figuring out where it’s shorted elsewhere. And replacing additional components. If you keep doing this laziness you’ll never actually fix the problem. Is using a soldering iron really that difficult??
No shorts there. Who the hell uses solder paste for board work
Too much flux was added which is unecessary and affects the circuit around.
you are using ceramic tweezers now, nice
Yes, brand new ❤️❤️❤️❤️❤️
After tinning the pads the final time, i would clean up the extra solder paste, then apply flux and reflow the part.
I remember doing this in college and I used so much solder my instructor responded "And Ben's connections are impervious to bullets" 😂
This thing is shorted. The beads bonded with the elements above the chip.
My god I hate that solder wick braid stuff it always takes me about an hour to get all the solder off. The last time I needed to solder a wire to a PCB as the negative battery cable had pulled. I spent ages trying to get enough solder wicked off the pcb so I could stick a new wire thru the hole, and this is a tiny pcb probably about 1" square. In the end I had the genius idea of just using a really fine drill bit to clean the hole up, which worked a treat.
You didn't actually need to remove the flash. You can upload UEFI firmware by connecting an external programmer to the connector on the side of the flash, which you covered with a metal piece. If there is no fault in the flash chip, there is no need to bother removing it.
Very cool! Some of these techniques are the same as fine jewellery work.
Can you link the solder and flux you’re using here, and the air and iron temps you used? It all seemed to run exceptionally well and turned out better than my last few repairs 😅
We all like this repair shop just over did it
Actual footage of a neighbor being nice❤
Love the shield idea but that solder paste going all over the board almost makes me cry. Why not use just regular low-temp solder wire?
헐.납 패드가 저렇게 넓은데 굳이 저렇게 가성비 안 나오게 할 필요 있나?저러면 사장님 망해요.
그냥 열풍기로 열 가해서 ic제거하고 납 한번 묻여주고 솔더윅한다음 tc로 세척해준다음 다시 얇게 재납해주고 플럭스 발라준다음 열풍기로 붙이면 됩니다.
아니면 솔더윅 하고나서 TC로 세척한다음 플럭스 살짝 발라주고 크림솔더로 살짝 도포해준다음 열 가하면 되죠.
지금 영상의 3배는 빨리 작업할수있고 기계가 한것 처럼 이쁘게 됨.
Can you imagine going through all that to find out the chip isn’t working.
I see alot of people using this solder paste...I hate using that stuff, it makes such an unnecessary mess most of the time...I guess as long as you clean really well it doesn't make a difference, but I have never had issues just using a roll of solder wire to put a bit of solder on my iron tip
'Chip-off' is the most undervalued work on the planet today. Anybody ever lost data?
I lost alot of my data before and i still don't have time to recover it 😂😂😂
@f1lab535 I hear you bro. It's a long journey. The annoying thing is we know it's there!
What I find more amazing is that none of the other much smaller components around the chip also detached.
The nozzle doesn't dispense a lot of air speed and is pretty concentrated direction wise.
That said, it can and does happen!
Booting up Crysis 2 bout to hit different with this one.
The skill is knowing what product to use. (and tools too)
Must be a valuable circuit board to go to the time and trouble of a repair like this.
I'm surprised those other components don't dislodge or become disconnected or faulty with all the goo on there and heat.
Good Job! What temp do you use?
That's nuts. How does that chicklet thing orient itself to magically make the electrical connections.
Congratulations!! if you know how to do this stuff. When I try I burn and things don't look pretty. 99% of it I don't understand. Normally replace circuit board and not worry about it
This dudes motto: "You can never have too much flux in your life.."
People are complaining about flux but haven't realized that flux decreases pcb stress. See how fast you were with the desoldering mesh.
Too much flux is better than no flux.
What isn't good is that soldering paste spreading micro solder balls everywhere, what a nightmare 😂🤣
I've got to try this someday !!
What is the hot air tool?
Is that silver solder ??
Solder past and flux make the magic of self assembly possible on circuit boards.
Do people in factories for every board made put all the hardware onto the boards like this? I would imagine high tech machines do it to meet production deadlines.
The little USB shroud had me rollin!
Great idea
Tak nie stosujemy pasty lutowniczej, bo jest dużo czyszczenia potem. Zobacz jak ziarenka litowia się rozlazły. Ale pomysł dobry.❤
Can you make a video of explaining each process you did ?
Why do ppl push down on these chips. The excess solder on the bottom would make contact with the other traces when it's pressed out, wouldn't it?
I know these vids are extremely zoomed in, but I still feel it's too much flux
Too extra on this. Too much heat vs time and the thermal shock of the alcohol on the surrounding hot SMD parts like that ttransistor and regulators. Reducing chip life. Clean the pads and use wire solder instead of solder paste. Too much of a mess to clean up after. I cant spend a lot of time on a repair like that. I have too much work to do anything that slows me down. If you hear hissing when alcohol is applied or it boils off, its too hot. Yes it may work fine but reduced chip life
I will never understand why you guys use solder paste. I mean, it gets the job done but I could do it much faster with a lot less clean up with 63/37 leaded solder. And the biggest part about it is you don't have to worry about a solder ball getting between two tiny components and creating a short.
What a terrible way to use solder paste. Pieces of solder are everywhere now. Use it with a stencil when reballing a chip, cleaning up the excess away from the board you're working on.
SMD repair is so satisfying to watch. Especially since I suck at it, lol.
😂....yeah man, same here!
I can teach y'all how to perfectly fuck it up, step by step....(every step)
@@aazraelsnachtschicht LOL!
I would not trust all that excess solder floating around. Adds to cleanup time and if you miss anything it could cause shorts later on.
How are those small components still holding? Do you have a nozzle to direct the hot air? Thanks
I feel like I just watched something primitive yet advanced at the same time
The broken USB cover as a shield... genius !!!
oh the joy of having equipment that works well
This is beautiful 👾 this is therapy for me to watch
The copper mesh is supposed to stay on the spool, you cut off what is used and bad AFTER USING IT because keeping it on there removes almost nothing, as you have to wait till you grab another tool to take it off, where I just saw so much nasty shit just go right back in… not sending you my shit
I like how the copper wire absorbed the old solder
PC repair - Do you want some motherboard with your flux?
Customer- fuck no, more flux
I never use solder paste in those situations! It is bad practice.... also too much flux!
Impressive what can be done with the right tools and method.
The solder paste is all over the place. Not recommended practice.
what is that glittering thing that seems to be used to clean and weld in the same time.
Same for that gel...used before and after..
You heat it, it come out, you heat it again, it stick... wtf...
Bga soldering flux, low melt solder paste 183c or 138c, IPA 99 for cleaning
So you have to be sure that the new chip will remain unburned (undamaged) after the soldering process..
This is the worst thing someone can do , leaving solder balls flowing like a river around
I swear the extra flux is used on purpose just to get us all to engage more in the comments
Weekly at work on average, 0402 are big, bga/leadless normal
Masha Allah may Allah give you succes in your business.
Wow MXIC the company when im working for 16 years 🎉❤
Him: years of hard work and knowledge
Me: ahh yes more gloopy
Makes it look easy doesn't he folks.
Remember not to burn a land, or loosen those resistors right next door.
Oh yeah, by the way, he's working under a microscope.
My luck: the flux would have allowed a solder bb to stick the usb shell to those "pico-sized" components 🤭
Boss: why my accessories cost is more then the repair cost of earning 😂😂😂
This man has never heard of FOD before.
@@Raccount100 what is FOD 😮😮😮😮😮
Electronics Alchemy. So satisfying. 😊
And then I melt every component on the board, but the solder is still perfectly solid.
This is so hard to watch. Lack of concave fillet, uneven solder application, dirty workpiece, wicking took out solder to other SMDs, where to begin...
Great ! What kind of paste do you use ?
What flux is used? Tell please
It looks great
The swan looked like it contaminated more than cleaned 😂