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Дата изменения: Wed Dec 9 10:57:56 1998
Дата индексирования: Tue Oct 2 07:31:14 2012
Кодировка:
Поисковые слова: annular solar eclipse
Thermoelectric Coolers
            Leninskij prosp.53, Moscow 117924, Russia
            phone : 7-095-132-6817
            fax : 7-095-135-0565
            e-mail : rmtcom@dol.ru

 
Thermoelectric Coolers
          Russian High Technologies
Devices & Components
for Optoelectronics
Designed for cooling and thermostabilization of microchips, IR instruments and elements of semiconductor quantum electronics. Due to the use of Czochralski grown single crystals, MC microcoolers provide an increased dTmax and more cooling capacity. TE Coolers are compatible with components of microelectronics by space and power requirements.

Table of Contents

1MC04 Series of Single-Stage
 
MC
Type
H, mm
Imax, A
dTmax, K
Qmax, W
 
MC
Type
H, mm
Imax, A
dTmax, K
Qmax, W
 
. 1MC04-004-L 
Cold Side 1.6x3.2 mm, Hot Side 3.2x3.2 mm U max=0.5 V
 
1MC04-004-15
2.6
0.4
68
0.12
1MC04-004-12
2.3
0.5
67
0.15
1MC04-004-10
2.1
0.6
67
0.17
1MC04-008-L
Cold Side 3.2x3.2 mm, Hot Side 3.2x4.8 mm U max=1.0 V
 
1MC04-008-15
2.6
0.4
68
0.24
1MC04-008-12
2.3
0.5
67
0.30
1MC04-008-10
2.1
0.6
67
0.34
1MC04-012-L
Cold Side 3.2x4.8 mm, Hot Side 4.8x4.8 mm U max=1.5 V
 
1MC04-012-15
2.6
0.4
68
0.35
1MC04-012-12
2.3
0.5
67
0.44
1MC04-012-10
2.1
0.6
67
0.52
1MC04-018-L
Cold Side 4.8x4.8 mm, Hot Side 4.8x6.4 mm Um ax=2.2 V
 
1MC04-018-15
2.6
0.4
68
0.53
1MC04-018-12
2.3
0.5
67
0.66
1MC04-018-10
2.1
0.6
67
0.79
1MC04-032-L
Cold Side 6.4x6.4 mm, Hot Side 6.4x8.0 mm Um ax=4.0 V
 
1MC04-032-15
2.6
0.4
68
0.94
1MC04-032-12
2.3
0.5
67
1.16
1MC04-032-10
2.1
0.6
67
1.40
1MC04-060-L
Cold Side 8.0x9.6 mm, Hot Side 9.6x9.6 mm Um ax=7.4 V
 
1MC04-060-15
2.6
0.4
68
1.77
1MC04-060-12
2.3
0.5
67
2.19
1MC04-060-10
2.1
0.6
67
2.62
 		 . 1MC04-004-L 
Cold Side 1.6x3.2 mm, Hot Side 3.2x3.2 mm U max=0.5 V
 
1MC04-004-08
1.9
0.8
66
0.21
1MC04-004-06
1.7
1.0
65
0.28
1MC04-004-05
1.6
1.2
64
0.32
1MC04-008-L
Cold Side 3.2x3.2 mm, Hot Side 3.2x4.8 mm U max=1.0 V
 
1MC04-008-08
1.9
0.8
66
0.43
1MC04-008-06
1.7
1.0
65
0.55
1MC04-008-05
1.6
1.2
64
0.64
1MC04-012-L
Cold Side 3.2x4.8 mm, Hot Side 4.8x4.8 mm U max=1.5 V
 
1MC04-012-08
1.9
0.8
66
0.64
1MC04-012-06
1.7
1.0
65
0.83
1MC04-012-05
1.6
1.2
64
0.96
1MC04-018-L
Cold Side 4.8x4.8 mm, Hot Side 4.8x6.4 mm Um ax=2.2 V
 
1MC04-018-08
1.9
0.8
66
0.96
1MC04-018-06
1.7
1.0
65
1.24
1MC04-018-05
1.6
1.2
64
1.45
1MC04-032-L
Cold Side 6.4x6.4 mm, Hot Side 6.4x8.0 mm Um ax=4.0 V
 
1MC04-032-08
1.9
0.8
66
1.70
1MC04-032-06
1.7
1.0
65
2.20
1MC04-032-05
1.6
1.2
64
2.58
1MC04-060-L
Cold Side 8.0x9.6 mm, Hot Side 9.6x9.6 mm Um ax=7.4 V
 
1MC04-060-08
1.9
0.8
66
3.19
1MC04-060-06
1.7
1.1
65
4.12
1MC04-060-05
1.6
2.0
64
4.83
 
(to be continued 1MC06 Single-Stage TE Coolers.... MC06 Multie-Stage TE Coolers ...1MC10 Multie-Stage TE Coolers)

 
1MC 04 Single-Stage Modules
Notes
.
(1)
(2)
.
.
Definitions
.
Imax
Umax
Qmax
dTmax
Th
.
.
.
- Dimensions are given in mm
- Qmax rated at dT=0, Imax and Umax at Th=30 oC
At other temperature differences the cooling capacity should be defined as : Q=Qmax(1-dT/dTmax)
.
.
- Current resulting at greatest dT
- Voltage at dTmax
- Maximum amount of heat that can be absorbed at cold side
- Maximum temperature difference
- Temperature of hot side during operation
.
.
Please contact us - rmtcom@dol.ru or headbox@rmtltd.msk.ru.

The code number of TE Cooler to be ordered may be specified as follows :

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This page last updated on April 8, 1997.