Difference between revisions of "Impingement Coolers"
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[[File:IMPINGEMENT COOLER.jpg|thumb|right|Impingement Coolers]] | |||
[[File:Impingement cooler with improved coolant recycle..jpg|thumb|right|Impingement Cooler with improved coolant recycle]] | |||
'''Impingement Coolers''' offers a line of high performance water-cooled copper mounts for high power electronics and laser diodes. These heatsinks incorporate advanced impingement cooling circuits to dramatically improve thermal performance. | |||
==Advantages== | |||
• Extremely Low Thermal Resistance | |||
• Low Pumping Power | |||
• Rugged Construction | |||
These impingement [[Coolers]] offer unparalleled thermal efficiency, providing extremely low thermal resistances at very modest pumping powers. The coolers are compact, robust, and easy to work with in a laboratory or production environment. They are tough - well equipped to withstand laboratory, industrial and military use. Soldering and brazing to the coolers is not a problem - they can survive extended exposure at temperatures up to 1500°F. | |||
Latest revision as of 06:40, 4 August 2012
Impingement Coolers offers a line of high performance water-cooled copper mounts for high power electronics and laser diodes. These heatsinks incorporate advanced impingement cooling circuits to dramatically improve thermal performance.
Advantages
• Extremely Low Thermal Resistance
• Low Pumping Power
• Rugged Construction
These impingement Coolers offer unparalleled thermal efficiency, providing extremely low thermal resistances at very modest pumping powers. The coolers are compact, robust, and easy to work with in a laboratory or production environment. They are tough - well equipped to withstand laboratory, industrial and military use. Soldering and brazing to the coolers is not a problem - they can survive extended exposure at temperatures up to 1500°F.