The part you are trying to pull the heat out of is limited by its heat sync connections. So if you want to get heat out its important that those tabs fasten to some substantial aluminum material as close to the part as you can get. Remember that you have to get the heat out before it can be dissipated. Good mechanical contact with those wings with some kind of clamp and of course heat sink compound is needed to improve anything. 10 watts is not that much, but pushing 10 watts out of those small wings on that part will be difficult.
What about heat pipe? Then use it to transport heat more efficently?
If you want an example the heat sinking then cpu or gpu cooling may give some ideas.
If you want an example the heat sinking then cpu or gpu cooling may give some ideas.
Here is something I saw as I was browsing. Not sure where you can get these but I attached it as a good example along the lines of what I was recommending. Haven't done images before, so please let me know if I broke any board rules posting it like this.
0.007°C/W @ 1.0 GPM ( I said Gallons per Minute )
Liquid cooling is not such a far fetched idea....
Advanced Thermal Solutions Inc.
Especially if we are talking alot of Class A power and keeping the main chassis size compact. I dont see it as a problem to have a remote reservoir and pump.... Oooh and Sodium Chromate based cooling solution!
Liquid cooling is not such a far fetched idea....
Advanced Thermal Solutions Inc.
Especially if we are talking alot of Class A power and keeping the main chassis size compact. I dont see it as a problem to have a remote reservoir and pump.... Oooh and Sodium Chromate based cooling solution!