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Ractangular thermoelectric coolers with a hole

Ractangular thermoelectric coolers with a hole

 

Design of ractangular thermoelectric coolers with a hole

To notate thermoelectric coolers with a hole, a system of notation of standard single stage thermoelectric coolers with an index is used: ТВ-N-C-hBB, 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)

BB — additional index:

  • CH — for rectangular modules with a central hole (for example ТВ-43-1.0-0.8CH)
  • CHR — for round coolers with a central hole (for example ТВ-19-1.0-1.3CHR)
  • R — for round coolers (for example TB-253-1.4-1.5R)

STANDARD TERMS OF DELIVERY

ADDITIONAL OPTIONS

Please do not hesitate to contact us if you have any further questions.
Phone:+7 (812) 394 13 10, E-mail: info@kryotherm.ru

Parameters Imax, Qmax, Umax, dTmax - are given at Th=300K.

NameImax
(A)
Qmax
(W)
Umax
(V)
dTmax
(K)
R
(Ohm)
A
(mm)
B
(mm)
H
(mm)
D
(mm)
TB-41-1,0-1,5CH 3,1 9,6 5,1 69 1,20 20,0 20,0 3,8 6,5
TB-41-1,0-0,8CH 5,8 18,1 5,1 68 0,67 22,5 17,5 3,1 9,5
TB-41-1,0-1,3CH 3,6 11,2 5,1 69 1,10 22,5 17,5 3,6 9,5
TB-119-1,0-1,3CH 3,6 32,3 14,7 69 3,10 30,0 30,0 3,6 4,0
TB-119-1,0-1,5CH 3,1 28,0 14,7 69 3,40 30,0 30,0 3,8 4,0
TB-119-1,0-2,0CH 2,3 21,0 14,7 69 4,90 30,0 30,0 4,3 4,0
TB-41-1,4-1,1CH 8,3 25,9 5,1 69 0,45 23,0 23,0 3,5 9,5
TB-109-1,4-1,5CH 6,1 51,0 13,7 70 1,80 40,0 40,0 4,0 13,0
TB-119-1,4-1,15CH 7,9 72,0 14,7 69 1,40 40,0 40,0 3,6 7,8
TB-119-1,4-1,5CH 6,1 56,0 14,9 70 1,90 40,0 40,0 4,0 7,8
TB-119-1,4-2,5CH 3,7 35,1 15,3 72 3,00 40,0 40,0 4,9 7,8
TB-125-1,4-1,15CH 7,9 75,0 15,5 69 1,50 40,0 40,0 3,6 4,7
TB-125-1,4-1,5CH 6,1 59,0 15,7 70 2,00 40,0 40,0 4,0 4,7
TB-125-1,4-2,5CH 3,7 36,8 16,0 72 3,10 40,0 40,0 4,9 4,7

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)

ADDITIONAL OPTIONS

DescriptionNotation (*)Note
operating temperature up to 120 °C, max assembly temperature = 130 °C** HT(120) assembly solder with Tm = 139 °C 
operating temperature up to 150 °C, max assembly temperature = 170 °C** HT(150)*** assembaly solder Pb-Sn with Tm = 183 °C*** 
operating temperature up to 200 °C, max assembly temperature = 220 °C**  HT(200) assembly solder with Tm = 232 °C
special version for operation under conditions of temperature cycling  С > 105 cycles +40C/+90 °C
height tolerance = ± 0.025 mm;
parallelism 0.02 mm;
flatness 0.015 mm.
L2  
height tolerance = ± 0.015 mm;
parallelism 0.01 mm;
flatness 0.01 mm.
L3  
metallization of cold (mc) and (or) hot side of cooler with solder tinning (melting temperature = 95 °C, 117 °C, 139 °C, 183 °C) mc95, mh95, mm117 etc.  
gold plating mcAu, mhAu, mmAu 0.2-1 micron
substrate material – aluminium nitride (AlN) N heat conductivity > 180 W/mK
sealant: epoxy, silicon, urethane, conformal coating E, S, U, Сс  
non-standard pin orientation    
type and length of wires by customer’s requirement    
assembling into arrays    
сonnectors crimping    
soldering on cold or hot heatsink, packaging or cold block    

(*) - the notations shown are used to notate additional options in cooler name;
(**) - the maximum assembly temperature influence on the module must not exceed 2 minutes;
(***) - Important! TEС with this option does not satisfy ROHS requirements.

Examples:

1. FROST-72 HT (150)- thermoelectric cooler FROST-72, with max operating temperature = 150 °С, with substrate material of aluminium oxide.

2. DRIFT-0,8HT (200) mmAu N – thermoelectric cooler DRIFT-0,8 with max operating temperature = 200°С, with substrate material of aluminium nitride. Cold and hot ends are metallized with golden coating.