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STANDARD TERMS OF DELIVERY:
— substrate material — alumina (ВК-96)
— height tolerance ± 0.05 mm (L1)
— parallelism 0.03 mm (L1)
— flatness 0.02 mm (L1)
— wire length 120 mm
— pin orientation (for rectangular coolers) — to the longer side
— operating temperature up to 80°С, maximal assembly temperature 120°С (assembly solder Tm = 139°С)
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Applied in deep chilling systems, refrigerators with a large temperature difference, cooling systems for scientific, research and special devices. Also used for cooling infrared photodetectors, X-ray detectors, etc.
Main fields of application:
CCD-matrix and infrared photodetectors cooling
cold cells and freezers
thermostats
scientific and laboratory equipment
thermocalibrators
step coolers
different coolers and thermostabilizers of detectors
night vision equipment
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An universal abbreviation is used to notate single-stage coolers: ТВ-N-C-h, where:
ТВ — product abbreviation— thermoelectric battery (cooler);
N — number of thermocouples in the cooler;
С — length of the rib of the thermoelectric element basis (in millimeters);
h — height of the thermoelectric element (in millimeters)
For example, in the module TB-161-1,4-1,5: 161 thermocouples (322 thermoelectric elements), every element has the cross-section of 1,4×1,4 mm and is 1,5 mm high.
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TEC3-11904
Size: Bottom 30*30 mm, Top 15*15mm Thickness 10.4mm
Imax.: 3.5 A
Vmax.: 7.7V
Qmax.: 6.53W
Tmax.: 97 degree
Solder melting point: 138degree
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TES1-07104
Size: 30*30*4.5mm
Internal resistance: 1.63Ω+/- 10%
Imax.: 4.0 A
Vmax.: 8.5 V
Qmax.: 20.1W
Tmax.: 68 degree
Solder melting point: 138degree
Maximum. Compress.: 1Mpa
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TEC2-19808
Two stages
Size: 40*40*7.5mm
Imax.: 8.0 A
Vmax.: 16.1 V
Qmax.: 51.6W
Tmax.: 85 degree
Solder melting point: 235degree
Maximum. Compress.: 1Mpa
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Nations the world over are actively searching for alternative, clean energy sources. Using thermoelectric modules to generate electro-energy is becoming a vital, valid choice. Interest in energy sources such as thermoelectric generating modules is warming because of the latest achievements in the sphere of thermoelectric technology and constructions.
Among main spheres of TGM application the following can be singled out:
— utilization of worthless heat at transport installations (automobiles, ships);
— autonomic supply of energy to electronic blocks for water boilers and disposal plants;
—cathodic protection of the oil and gas pipelines;
— conversion of natural heat resources - geothermal waters, etc into electric energy;
—autonomic power supply of low-power electric devices
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TEG-126
Size: 30mmx30mm
Open circuit voltage*: 8.8volts
Internal resistance: 7 Ohm
Match load output* voltage: 4.3V
Match load output current: : 0.6A
Match load output Power: : 2.6W
Heat flow through the module: About 60watts
Heat flux: About 6.67watts/cm^2
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Our Thermo-Electric Cooler (TEC) controllers have the features of high efficiency, high precision, high reliability and compact size. They are widely used for the temperature control in telecommunications such as DWDW, EDFA, passive fiber components etc., and also the temperature control of laser modules, diode pump lasers and sensors in instrumentation.
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TEC1-12706
Size: 40*40*3.8mm
Internal resistance: 1.98Ω+/- 10%
Imax.: 6.0 A
Vmax.: 15.4 V
Qmax.: 53.3W
Tmax.: 68 degree
Solder melting point: 138degree,150degree,200degree.
Maximum. Compress.: 1Mpa
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