I strongly advise against using the twist and pull trick to remove the SMD caps, especially if they've been leaking. I have recapped one of these not long ago, and the PCB traces and top green insulation layer were very fragile due to leaked acid fluid from the caps. This has caused many detached SMD solder trace points on the PCB, even some ripped/broken ones. And this happened with a cautious de-solder. Even in places where there was no corrosion damage, some SMD solder trace points on the PCB would detach from the polymer base layer. So I imagine that using a twist and pull motion would have caused significantly more damage, in my case. Also, small tip, there is one hidden under the metal shield near the VDC plug (yellow terminal).
I strongly advise against using the twist and pull trick to remove the SMD caps, especially if they've been leaking. I have recapped one of these not long ago, and the PCB traces and top green insulation layer were very fragile due to leaked acid fluid from the caps. This has caused many detached SMD solder trace points on the PCB, even some ripped/broken ones. And this happened with a cautious de-solder. Even in places where there was no corrosion damage, some SMD solder trace points on the PCB would detach from the polymer base layer. So I imagine that using a twist and pull motion would have caused significantly more damage, in my case.
Also, small tip, there is one hidden under the metal shield near the VDC plug (yellow terminal).
Je possède le même appareil qui s’arrête subitement,je crois avoir que les capacitaires sont défectueux , cette vidéo est très instructive.
VERY good job