Micromodules
Interm micromodules are designed for space-constrained applications where standard TEC footprints are too large. Sub-10 mm devices serve laser diode cooling, optical coherence tomography sensors, and wearable medical diagnostics. Tolerances held to ±0.05 mm. Custom footprints and lead-free assembly available.
- Size
- 10×13 mm
- dTmax
- 71 °C
- Qmax
- 2.3 W
- Imax
- 0.6 A
Compact Bi2Te3 thermoelectric cooling micromodule, 10.0×13.0mm, 2.3W cooling, 71.0°C ΔTmax at Th=25°C.
View Specs →- Size
- 2.2×4.4 mm
- dTmax
- 71 °C
- Qmax
- 0.08 W
- Imax
- 0.8 A
Ultra-compact hermetically-housed thermoelectric micromodule, 2.2×4.4mm, 0.08W cooling capacity.
View Specs →- Size
- 2.2×4.4 mm
- dTmax
- 71 °C
- Qmax
- 0.12 W
- Imax
- 1.2 A
Compact Bi2Te3 thermoelectric cooling micromodule, 2.2×4.4mm, 0.12W cooling, 71.0°C ΔTmax at Th=25°C.
View Specs →- Size
- 3.6×2.8 mm
- dTmax
- 71 °C
- Qmax
- 0.1 W
- Imax
- 0.5 A
Ultra-compact hermetically-housed thermoelectric micromodule, 3.6×2.8mm, 0.1W cooling capacity.
View Specs →- Size
- 5.4×4.2 mm
- dTmax
- 71 °C
- Qmax
- 0.5 W
- Imax
- 1.4 A
Ultra-compact hermetically-housed thermoelectric micromodule, 5.4×4.2mm, 0.5W cooling capacity.
View Specs →- Size
- 4×4 mm
- dTmax
- 71 °C
- Qmax
- 0.4 W
- Imax
- 1.1 A
Compact Bi2Te3 thermoelectric cooling micromodule, 4.0×4.0mm, 0.4W cooling, 71.0°C ΔTmax at Th=25°C.
View Specs →- Size
- 16×4 mm
- dTmax
- 71 °C
- Qmax
- 4 W
- Imax
- 1 A
Compact Bi2Te3 thermoelectric cooling micromodule, 16.0×4.0mm, 4.0W cooling, 71.0°C ΔTmax at Th=25°C.
View Specs →- Size
- 10×10 mm
- dTmax
- 70 °C
- Qmax
- 7.5 W
- Imax
- 1.6 A
Compact Bi2Te3 thermoelectric cooling micromodule, 10.0×10.0mm, 7.5W cooling, 70.0°C ΔTmax at Th=25°C.
View Specs →- Size
- 10×10 mm
- dTmax
- 71 °C
- Qmax
- 4 W
- Imax
- 1.8 A
Compact Bi2Te3 thermoelectric cooling micromodule, 10.0×10.0mm, 4.0W cooling, 71.0°C ΔTmax at Th=25°C.
View Specs →