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Thermoelectric Cooling Versus Traditional Refrigeration
While most traditional refrigeration systems use designs based on compressors and refrigerants, more and more applications are turning to thermoelectric cooling as an alternative to traditional refrigeration technology. While thermoelectric cooling isn't viable for every refrigeration, thermoelectric modules can significantly outperform traditional refrigerant-based cooling systems in certain applications.
Why Use Thermoelectrics Instead of Traditional Refrigerant-Based Systems
Solid state design
No moving parts
Integrated chip design
No hazardous gases
Silent operation
Compact and lightweight
Low profile
Sizes to match your component footprint
No bulky compressor units
Perfect for benchtop applications
High reliability
100,000 hours + MTBF
Precise temperature stability
Tolerances of better than +/- 0.1°C
Accurate and reproducible ramp and dwell times
Cooling/heating mode options
Fully reversible with switch in polarity
Supports rapid temperature cycling
Localized Cooling
Spot cooling for components or medical applications
Perfect for temperature calibration in precision detection systems
Rapid response times
Instantaneous temperature change
Reduced power consumption
Low DC voltage designs
Dehumidification
Efficient condensation of atmospheric water vapor
