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  • Cooling Systems for Electronic Enclosures
    This white paper discusses four popular options. for cooling electronic/electrical equipment housed. in enclosures and cabinets. These options include. thermoelectric air conditioners, compressor-based. air conditioners, vortex coolers and air-to-air heat. exchangers (heat pipes). Each cooling
  • Electronic Cooling
    All electronic components, from computer chips to high-end power converters, generate heat, and rejection of this heat is necessary for their optimum and reliable operation. As electronic designs require higher power transfer in more compact enclosures, dissipating the heat load becomes a critical
  • Cooling with Augmented Heated and Cooled Seats (.pdf)
    Heating and cooling automotive seats are a relatively new technology that delivers conditioned air to the occupant's seat providing an overall improvement in occupant comfort. This paper combines experimental and computational data to describe the effect of seat cooling on occupant comfort
  • Conduction Cooling Techniques for Rugged Computers (.pdf)
    Conduction cooling for modular embedded computers have been used for many years in applications where air cooling is not appropriate. Standardization efforts in that domain have early helped to maintain interoperability of COTS products. The conduction cooled design techniques are continuously
  • Laboratory Thermostats for Testing Electronic Components
    Lauda-Königshofen, Germany. development of electronic components. dr.persner@lauda.de. The Lauda Proline thermostats with. Fig. 3: Lauda Proline cooling thermostat with re-. www.lauda.de. the patented heating drive are the ideal. movable operating unit
  • Electronic Enclosure Cooling - Understanding Thermal Management (.pdf)
    Heat inside electronic enclosures is a hazard for production and functional safety that is often underestimated. Today's powerful electronic assemblies and components inside modern machinery and systems are constantly exposed to the rigors of increasingly higher temperatures. In the event
  • Cooling the pin-fin way
    Pin-fin heat sinks offer lot of cooling in a small package. Pin-fin heat sinks come in a wide variety of footprints, pin densities, thicknesses, and heights. They can dissipate up to 185 W in a volume less than 6.3 in. with the help of a small fan. Increasing the processing power of electronic
  • Computer Power User Article - Cooling
    Excessive heat will damage any electronic component, so it is extremely important to channel heat away from the device. Traditional cooling techniques have served us well in the past, but the processors of tomorrow could generate so much heat that these customary cooling methods may no longer

Engineering Web Search: Cooling Of Electronic Equipment Top

 
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