Thermoelectric Cooling ECP MSTM
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The document discusses thermoelectric cooling technology and its advantages over traditional cooling solutions. It describes how thermoelectric coolers can be used to efficiently cool hot spots like dual core CPUs. It also explains the Peltier effect that thermoelectric coolers rely on and provides details about a company called Nextreme that produces thermoelectric coolers and power generators for applications like lasers, LEDs, and healthcare.
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Thermoelectric Cooling ECP MSTM
- 1. Thermoelectric Cooling ECP MSTM 2009-2010 | Arnaud Marchais, Charles-Axel Dein
- 2. Introduction
- 3. “ [We] have demonstrated that there are no fundamental barriers to extending Moore’s Law for another decade” Intel , June 2001
- 5. Power and thermal non-uniformities are constantly increasing
- 7. Existing solutions are inefficient
- 11. I – A Technology of Microscale Thermal Management
- 12. A – A Top-Down Approach
- 14. The Embedded Thermoelectric Cooler
- 16. Cooling two hot spots (i.e. dual core CPU)
- 18. B – The Peltier Effect
- 21. Smarter use of the Peltier effect
- 23. Products: Coolers The OptoCooler HV14 module ETEC custom coolers
- 28. Applications: photo detectors and focal plane arrays Night vision googles
- 29. Applications: deep drilling
- 32. Top management: a team of experts CEO CFO VP Engineering VP GM MBA Msc in Chemistry And Physics MBA Certified Accountant Ceramic Engineer MS in materials science MBA Electrical Engineer Went from Cronos a spin-off from a research institute Also from Cronos 25 years of financial management 15 years experience in semiconductor technology 27 years of senior executive experience
- 33. Investors Nextreme has raised $35 million from multiple funding partners Technology solutions supplier for CIA
- 34. Thank you!
Editor's Notes
- Non-uniform
- GOAL : overcome thermal and power constraints in electronics. The company has patented thin-film cooling technology and power generation
- Can be integrated directly into electronic and optoelectronic packaging.
- converts heat directly into electricity.
- Traditional bulk thermoelectric are made with 1mm3 pellets. In contrast Nextreme replaced that by a thin-film that is just micrometers thick
- To much variation in the heat can affect wavelength integrity. Size is a major stake. The devices become smaller and smaller but the TEC did not manage to keep that pace
- As the junction temperature rises, a significant loss of light output (luminosity) can be expected.. Increases the performance and longevity of LED devices
- are used in missile guidance sensors and thermal imaging; are widely used by the U.S. military and others for night vision goggles, These sensors detect wavelengths in the near and far infrared that are not visible to the naked eye.
- measurement while drilling cooling ; environment of 230˚C
- Heating reduction is a major stake in this specific stage of die manufacturing
- is a technique to produce millions of copies of a specific DNA sequence in a short period of time. The vast majority of PCR methods use thermal cycling, i.e., alternately heating and cooling of the DNA sample based on a predefined series of temperature steps. A thermal cycler is an automated instrument specifically designed for this purpose.
- They had a succesful experience in Chronos
- A bunch of investors: nt only VCs but also a supplier for the CIA and a Japanese trader in technology products