wow- did it retain all the pre programmed meories..or did u have to re-program the settings it was on?? amazig job..wow..i dont think there is a video of this being done on a 955 ever yet.
I asked him and this is what he said .... " Why not use solder paste? Because it was easier to position the IC, tack one leg in each corner and gently drag solder the rest of the legs, cleaning up any bridges then testing each leg. Also, I can reflow the legs much easier using lower temperature lead solder. Non-lead solder paste has a limited shelf life and is not cheap. Also, non-lead solder has a higher melting point. Leaded solder typically melts at about 360 F, where lead-free solder melts at about 425 F. The 65 degree difference means less stress on the traces and components. You really don’t want to damage these traces, it is repairable but not fun. Watch Northridge Fix’s UA-cam page and you will see how much fun it is to repair ripped traces. But, if you have a brand and part number of leaded solder paste, I’d be happy to check it out.
@BellsCB thank you for the reply and info. I'm not too up to speed on the solder paste but other videos where chips like this are installed, that's the chosen method. It looks to be a much easier way to do it in their videos so I was curious. Thank you
AWESOME!!!🌍💯
Thanks 🔥
ROFLOL. Trying to push the hands away. Not a bad editing job. Probably needs an overhead cam. 🤔
Thanks for posting Screwdriver.
wow- did it retain all the pre programmed meories..or did u have to re-program the settings it was on?? amazig job..wow..i dont think there is a video of this being done on a 955 ever yet.
Curious, why didn't he use solder paste to reattach the chip?
I thought that's what that stuff was for.
I asked him and this is what he said ....
" Why not use solder paste? Because it was easier to position the IC, tack one leg in each corner and gently drag solder the rest of the legs, cleaning up any bridges then testing each leg. Also, I can reflow the legs much easier using lower temperature lead solder.
Non-lead solder paste has a limited shelf life and is not cheap. Also, non-lead solder has a higher melting point. Leaded solder typically melts at about 360 F, where lead-free solder melts at about 425 F. The 65 degree difference means less stress on the traces and components. You really don’t want to damage these traces, it is repairable but not fun. Watch Northridge Fix’s UA-cam page and you will see how much fun it is to repair ripped traces. But, if you have a brand and part number of leaded solder paste, I’d be happy to check it out.
@BellsCB thank you for the reply and info.
I'm not too up to speed on the solder paste but other videos where chips like this are installed, that's the chosen method.
It looks to be a much easier way to do it in their videos so I was curious.
Thank you
That looks too much like hard work!!!!!
11111111 oh no! lol