Low Power Thermoelectric Cooler has low-profile design.
December 9, 2009 -
Measuring only 15 mm high, NtelliJet(TM) series uses rapid-fire pulses of turbulent air produced by oscillating diaphragm working between 50 and 200 Hz to cool heatsinks and surrounding components. Low-acoustic device is immune to shock and vibration and eliminates mechanical wear, dirt, and dust clogging. Providing 100,000 hr of life at 60°C, unit is suited for range of industrial applications and designs, where cooling is needed for specific chips or areas of coverage.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Jaro Thermal
6600 Park Of Commerce Blvd
Boca Raton, FL, 33487
USA
Rapid-Pulse NtelliJet(TM) Provides Breakthrough in Spot Cooling Technology
Ultra Low-Power, Low-Profile Cooler Uses Pulses of Air
Boca Raton: JaroThermal announced the introduction of its brand new NtelliJet(TM) series of Low-Profile coolers today. The new low-acoustic cooler uses rapid-fire pulses of turbulent air (produced by an oscillating diaphragm working between 50 and 200hz ) to cool heatsinks and surrounding components. The advantageous features of the NtelliJet cooler present an entirely new concept of thermal cooling ability. In addition to ultra-high reliability and low profile height (max 15mm), there is also a total elimination of mechanical wear, dirt and dust clogging. The new series is also immune to shock & vibration, and provides an impressive 100,000 hours of life at 60°C. The NtellJet is ideal for focused thermal requirments, when cooling is needed for specific chips or areas of coverage.
The NtelliJet(TM) offers a flexible alternative for fans, across a large range of industrial applications and designs.
Designed for directed cooling, the NtelliJet(TM) optimizes heat exchange through the use of turbulent, high velocity jets.
The lead time for production orders is 6-8 weeks ARO.
For more information, please contact
Dennis Eisen at d.eisen@jarothermal.com
or visit the website at www.jarothermal.com.
|
|
|
|
|
|
|
| 
