Great, having a schematic around is always a big help. Mouser is a good source you'll likely get quality caps pretty fast. Of course you could also order at RS components or Farnell or others (I'd decide based on handling fees/shipping costs). If you have more time and want to save money you can get capacitor kits like
this one on Aliexpress very cheap. Delivery time will be probably between two and four weeks though. The good thing about having those kits around is that you'll likely have the right size cap around when you need it next time.
Any good reccs on which exactly to buy? I found the listings on Mouser. Any input? (I've included my findings below)
Looking at your mouser screenshot you have 01005 and 0201 capacitors and one 1210 capacitor in the basket. The 1210 is pretty big, but the 0201 and 01005 are microscopic (as in you'll need a microscope to solder them). It is hard to tell from a photograph but the components on your photo look larger to me. I
guess they are at least 0402 (imperial) probably 0603 (imperial). For reference here are some
components on the tip of a match. Take a look at
this chart and order the right sizes. While your schematic screenshot shows sizes for C1509, C1510 (size 1608) and C1511, C1512 (size 2012) I don't see any sizes for the caps you need. Also note that your schematic uses metric sizes whereas mouser uses imperial so 1608 metric is 0603 imperial, 2012 metric is 0805 imperial. The translation is also in the chart I linked. If you're unsure and since those SMD components are cheap you can simply order the same components in different sizes since and then just match afterwards.
While I'm full aware of the risks involved, however if done properly this procedure far extends the life of the console by bringing down the temperature. I'm going to compare the torn components with a donor board I have to see if they can be swapped. I'm also going to have access to a component checker most likely tomorrow so I'll get further information on the torn capacitors/whatever the hell those things were.
Disclaimer: I still strongly recommend against the delidding a) for the reasons stated above b) the board seems to be valuable to you which does not make it a good playground for experiments/learning. Also I personally never delidded a PS3 CPU so note that the following information are solely based on information I found online about the process. If you proceed with the delidding you do so at your own risk!Okay so based on your experience you already found out that just cutting of the lid is not gonna get you far.
If CPU/board have survived the procedure so far chances are you'll destroy CPU and/or board if you proceed with the current method. I found a PS3 delidding video on youtube from an austrailian tech who apparently works on consoles for a living (link below). He uses an SMD hot air station to heat up the glue attaching the IHS to the cell die. Once the glue has the right temperature it seems the heat spreader can be simply lifted off without any noteworthy force. The problem with that video is - we don't see which temperature he is using. Since CPUs are heat sensitive using high temperatures could damage the CPU. The risk of damage increases the longer the CPU is exposed to those high temperatures. I guess that the glue will soften well below the melting point of solder. So what you could try is to get an SMD hot air station (cheap ones are available on for instance on
amazon), set it to the lowest temperature setting which for mine is (100°C) and then try to soften up the glue. If that does not suffice you can go up in steps lets say 120°C, 140°C, 160°C etc. until the glue softens. If you take too long give the CPU time to cool down and then resume at the latest temperature step. Alternatively you could also google for the correct delidding temperature. Be careful with the prying tool and don't shove it to far under the heat spreader to prevent damage to the CPU (remember: The Jedi approach is not going to work. So use heat and patience instead of the force
.)
Looking at the video taking of the heat spreader is the easy part. Afterwards you'll have to remove the glue residue. You could try to wipe it of with IPA but since the tech in the video uses a razor blade I assume IPA wont work. The problem with the razor blade is: If you chip off the edge of the CPU die it is game over. Good luck and let us know how your project turned out!