Site is updated: The section "Product Reliability" is suplemented with Thermion's Reliability Repor. "(details)"
Thermion Company is a host for 5-th European Conference on Thermoelectrics.
Site is updated.
The Chapter 58 "Thermoelectric Cooling of Electro-Optic Components" is contributed to Thermoelectrics Handbook: Macro to Nano-Structured Materials, CRC press "(details)"
American Institute of Aeronautics and Astronautics (AIAA) membership is granted to the director of Thermion Company
The MC(B) series of cascade modules with enlarged top dimensions is supplemented with new models. Over 100 new configurations are now available
An invited lecture "Advanced Thermoelectric Micro Coolers" is presented to 23-rd International Conference on Thermoelectrics (ICT'2004), Adelaide, Australia "(details)"
The invited lecture "Advances in Development of Thermoelectric Modules for Cooling Electro-Optic Components" is presented at the 22nd International Conference on Thermoelectrics (ICT'2003), La Grande Motte, France (details).
The section "MC 04 Series Specification (Multi-Stage)" is supplemented with two new configurations: 3MC04-092-L and 4MC04-105-L
Site is updated.
Site is updated: new section "Downloads" is included. Now you can download full catalog of Thermion's products
The MC(B) series is supplemented with new models. Total 60 configurations are now available
The MC(B) series of cascade TECs with enlarged cold side surface is developed. The series is destined for low-temperature cooling of planar sizable electro-optic elements (CCDs, multi-element matrixes)
The MC(L) series of linear single-stage and multi-stage TECs is developed and put into production. The series is destined for cooling linear heat sources (semiconductor laser arrays, rectangular micro chips)
Thermion partisipated in the exebition in Long-Beach, California, USA, during 21th International Conference on Thermoelectrics (ICT'2002)
MC(04) series of cascade coolers is extended to cover TE pellet lengths down to 0.3 and 0.2 mm. See details here
MC(04) series of single-stage TECs is supplemented with a full set of cascade coolers
Thermion partisipated in the exebition in Freiburg, Germany, during 6th European Workshop on Thermoelectrics
Novel short-legged TE modules with cooling power density up to 80W/cm2 are developed. The MC(04) series of single-stage coolers is extended to cover TE pellet lengths down to 0.3 and 0.2 mm. See details here
Design study of low temperature cascade TEC for cooling IR focal plain array to 120 K is performed on the request of Institut dAstrophysique Spatiale, France, within the program of mineralogical survey of Mars. See details here
The development of cascade TECs based on MC(04) series is started. The pioneer cooler 2MC04-039-15 is developed and put into production.
The prototype of advanced thermoelectric system for temperature control of a powerful laser diode with 8W heat dissipation is developed for Alcatel, France. See details here
Custom made stripe-like coolers for cooling "smart structures" (shape memory wires) are developed for the Technical University of Berlin, Germany. See details here.
Thermion's coolers 1MC06-018-15 went for a ride to Mars within the framework of Mars Pathfinder Mission (the coolers are supplied from Thermion through Russian company)
Novel miniature TECs with diamond substrates for cooling high power density opto-electronics are developed in cooperation with Jet Propulsion Laboratory, USA. See details here
The first version of Thermion's web site: http:www.zts.com/thermion is published
The first representative of cascade TECs with enlarged cold side surface 2MC10-081-L is developed and put into production
MC(10) series of multi-stage TECs is developed and put into production
MC(04) series of single-stage TECs is developed and put into production
The MS series of super miniature TECs destined for cooling semiconductor lasers is developed in cooperation with EDO Corporation/Barnes Engineering Division, USA. See details here
The "Microtep" is reorganized into the "Thermion" R&D Company
MC(06) series of single-stage and multi-stage TECs is developed and put into production
R&D company "Microtep" is founded on the basis of Odessa State Academy of Refrigeration.