Page: 1 2 3 4 5 Next

Conduct Research Top

  • Thermoelectric Cooling for Industrial Enclosures (.pdf)
    The utilization of thermoelectric technology to cool industrial enclosures can provide a number of significant advantages for certain applications when compared to "conventional" cooling methods like vapor-compression refrigeration and water-cooled systems such as air conditioners and air-to-water
  • 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
  • Cooling with Augmented Heated and Cooled Seats (.pdf)
    . consists of Peltier element or thermoelectric module with. a fan embedded in the seat. These units typically consist. Heating and cooling automotive seats are a relatively. of one or more thermoelectric (TE) modules, heat. new technology that delivers conditioned air to the. exchangers, and fans
  • Liquid Cooling a Laser for System Optimization
    a Laser for System Optimization.  .  Figure 1: DPSS Laser.  .  Figure 2: Laser Crystal.  .  Figure 3: Recirculating Chiller. Internal View. Figure 4: Liquid-to-Liquid Cooling System. Figure 5: Custom Tubed Cold Plate. Figure 6: Copper flat tube cold plate. with thermoelectric. The performance
  • Cooling High-Density Open-Fram DC/DC Converters
    . ./69bb92fc-bffd-475c-a058-4686da128b16 beta. Application Note DC-009. dyne. DC/DC CONVERTERS. COOLING HIGH-DENSITY OPEN-FRAME DC/DC CONVERTERS. The demand for high-power density systems such as. The thermal resistance from the semiconductor junc-. those powering Intel CPUs, thermoelectric coolers for la-. tion to the ambient
  • A scalable cooling strategy to meet current and future thermal management requirements
    . Test and Measurement, Software. Thermal Management. Fans and Blowers. Heat Sinks and Thermal Materials. Thermoelectric Coolers. End Markets. Automotive / Transportation. Consumer Electronics / Appliances. Energy Generation / Distribution. Industrial. IT / Networking / Computing. Lighting. Medical
  • MICRO:New Technologies-Analysis & Metrology, by Patrick J. McCann, p.93 (July '99)
    to the commercialization of mid-IR lasers that can be operated with thermoelectric cooling modules. These new lasers will be much more economical than current devices, which must be cryogenically cooled. Consequently, they should find cost-effective uses in a variety of semiconductor manufacturing processes in which
  • EBSD & Thermoelectrics (.pdf)
    Thermoelectric materials can convert temperature differences into an electric potential or conversely an applied voltage into a temperature difference. This property leads to potential applications in both heat management and in energy generation. The primary requirement on these materials

Engineering Web Search: Thermoelectric Cooling Top