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aBo · 10-16-2003, 03:50 PM

pelle76

2 - Yeah, the material would be pretty trivial, so let's not get stuck into that =)... maybe some kind of core-shaped&sized "setting" (term?) would help correct placement and thus reduce chances of leakage. Water wouldn't have to be in touch of all of the core's area, one could leave small "lip" above the core (as I tried to illustrate above)

4 - Good point... although the top plate would support the structure...

I haven't decided on any particular brand as sealant, perhaps sikaflex or something similar good quality&heavy duty sealant...

*edit*

Wanted to add this link about direct die cooling... So, people, please check it out, they seem to be pretty valid designs and that kind of approach is rarely used...

I'm not planning to do direct die all around the core, just the topside, because of the reports about problems on the core attachment substance.

10-16-2003, 03:50 PM	#7
aBo Cooling Neophyte Join Date: Aug 2003 Location: Finland Posts: 18	pelle76 2 - Yeah, the material would be pretty trivial, so let's not get stuck into that =)... maybe some kind of core-shaped&sized "setting" (term?) would help correct placement and thus reduce chances of leakage. Water wouldn't have to be in touch of all of the core's area, one could leave small "lip" above the core (as I tried to illustrate above) 4 - Good point... although the top plate would support the structure... I haven't decided on any particular brand as sealant, perhaps sikaflex or something similar good quality&heavy duty sealant... edit Wanted to add this link about direct die cooling... So, people, please check it out, they seem to be pretty valid designs and that kind of approach is rarely used... I'm not planning to do direct die all around the core, just the topside, because of the reports about problems on the core attachment substance. Last edited by aBo; 10-16-2003 at 03:55 PM.