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(yet more open-source projects involving cooling)
(yet more links to information about cooling)
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[ PowerPeg Thermal Management System]
[ PowerPeg Thermal Management System]
* Yang Zhang and James Ashe. Analog Devices. [ "Designing a High Performance TEC Controller"].
* Maxim. [ "APPLICATION NOTE 3318: How to Control and Compensate a Thermoelectric Cooler (TEC)"].
* [ "Peltier" questions].
* [ "cooling" questions].
* Jim Williams. [ "Application Note 89: A Thermoelectric Cooler Temperature Controller for Fiber Optic Lasers Climatic Pampering for Temperamental Lasers"].
* [! "The big TEC driver thread!"].
* [ "W's simple high power PWM TEC controller"].

Latest revision as of 07:13, 28 August 2015

Many people use thermoelectric modules, commonly called Peltier modules, to make small things colder.

(Compressor-based air conditioners and refrigerators and freezers are often more practical for cooling larger things).

Both radio and optical astronomy seems to work better when the receiver is cold.

  • "Open Source Thermal Cycler" Polymerase Chain Reaction (PCR) uses the Peltier for both heating *and* cooling.[1][2]

[3] [4] [5]

[10] [11]

  • Another Peltier fridge project: "How to build your own dirt cheap fridge" ("My most important consideration is that it can be service-able by me") [12]

When a Peltier element is attached to a voltage source, it pumps heat energy from one side to the other, making one side colder and one side hotter. In principle you could use a Peltier element just for heating ( see [13] )

Typically Peltier projects use a 1-wire digital thermometer or a thermistor to measure the temperature at the important parts, and

FIXME: maybe say a few more words about heatsinks, such as the (open-source?) PowerPeg Thermal Management System ?

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