There are many products using thermoelectric coolers, including CCD cameras (charge coupled device), laser diodes, microprocessors, blood analyzers and portable picnic coolers Thermoelectric coolers are solid state heat pumps used in applications where temperature stabilization, temperature cycling, or cooling below ambient are required.


Thermoelectric coolers act according to the Peltier result. The result creates a degree of heat dissimilitude by transferring caloric between two electrical junctions. A voltage is applied across joined conductors to originate a charged with electricity current. When the current flows through the junctions of the two conductors, caloric is remote at one linking and cooling occurs. Caloric is deposited at the other linking. The leading putting on of the Peltier result is cooling. However the Peltier result can also be used for heat-producing or command of degree of heat. In every capsule, a DC voltage is required.


Thermoelectric coolers from II-IV Marlow act as a hard-condition caloric cross-question. Each features an arrangement of alternating n- and p- impressed sign semiconductors. The semiconductors of different impressed sign have complementary Peltier coefficients. The arrangement of elements is soldered between two ceramic plates, electrically in order and thermally in equidistant throughout. Hard solutions of bismuth telluride, antimony telluride, and bismuth selenide are the preferred materials for Peltier result devices because they collect for use the best execution from 180 to 400 K and can be made both n-impressed sign and p-impressed sign.

The cooling result of any one using thermoelectric coolers is symmetrical to the calculate of coolers used. Typically multiple thermoelectric coolers are coupled verge by verge and then placed between two metal plates. . II-VI Marlow features three different types of thermoelectric coolers including: Thermo cyclers, One only Platform, and Multi-Platform.


Cooling occurs when a current passes through one or more pairs of elements from n- to p-impressed sign; there is a grow less in degree of heat at the linking (“cool verge”), resulting in the absorbing absorb of caloric from the environment. The caloric is carried along the elements by electron carry and released on the opposite (“hot”) verge as the electrons impel from a lofty- to low-force condition.

The Peltier caloric absorbing absorb is given by Q = P (Peltier Coefficient) I (current) t (duration). A one only platform thermoelectric cooler can exhibit a greatest degree of heat dissimilitude of about 70 degrees Celsius. However, II-VI Marlow’s Triton ICE Thermoelectric Cooler will chilliness electronics as much as 2 degrees Celsius below current emporium offerings.

Some benefits of using thermoelectric cooling in electronic devices include: coolers can dramatically improve customer electronic systems in the following problem areas: No chlorofluorocarbons or refrigerant emissions

  • Low maintenance
  • Long lifetime
  • Controllable
  • Compatible with extreme environments or remote locations
  • Capable of cooling far below ambient temperatures
  • Performance independent of orientation

Additionally, Thermal performance

  • Cost
  • Noise
  • Weight
  • Size

Efficiency Thermoelectric coolers offer a myriad of benefits when traditional cooling methods are unsuited. Thermoelectric coolers are environmentally safer than other cooling units in the market additionally.



Because IV-Marlow’s Thermo cycler technology can withstand extreme conditions, these modules are ideal for use in space or similar demanding conditions. Thermo cyclers amplify segments of DNA by systematically raising and lowering the temperature of a block that holds the PCR reaction mixture. Cyclers offer a reliable option viable for over 500,000 thermal cycles. Thermo cyclers also are commonly used in biomedical settings to amplify DNA and RNA samples by polymerase chain reaction (PCR). II-VI Marlow’s XLT series operate at the heart of PCR thermal cycler modules, unparalleled in their ability to fulfill PCR requirements including thermal uniformity, repeatability, accuracy and speed One application of Thermo cyclers is in aerospace and defense technologies.


Typical applications include: laser diode arrays in fiber optic systems, and maintaining constant viscosity in ink jet printers. II-VI Marlow also offers the Triton ICE™ thermoelectric cooling module, which can chill electronics as much as 2°C below current market offerings. Triton ICE™ is designed primarily for the industrial and medical manufacturing sectors but can provide solutions for all market applications that require superb cooling capacity Single-Stage Thermoelectric Coolers are designed for medium to low heat pumping capacity requirements.

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