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Semiconductors have achieved a balance between improving the performance of energy-generating materials and reducing the energy consumption of active devices.
Thermoelectric generation/energy harvesting collection is considered a key component for many current and future technological applications such as IoT, wireless sensor networks, medical sensors, wearable gadgets, industry 5.0 components.
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Thermoelectric modules (TEC) are widely used in molecular biology for DNA analysis using cyclic heating and cooling of biological fluids (polymerase chain reaction (PCR) method). At the same time, significant thermal and mechanical stresses in TECs place special demands on their reliability and ability to withstand multiple heating and cooling cycles.
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Sensors, detectors, and LIDARs are becoming standard equipment, making possible the safe operation of drones and various scenarios for their interaction. The temperature stabilization of CMOS matrix and LIDAR lasers is Ice Core strong point in this and rapidly growing market.
Thermoelectric modules are widely used in automotive industry:
CMOS detectors cooling, Climate control, HUD projection, Cooling and heating cups, Climate seats, refregirators, Battery cooling and others.
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Butterfly cooling subassemblies 5G, 10G, DWDM/tunable laser, photonic integrated circuits, pump lasers.
Thermoelectric cooling of lasers in optoelectronic systems - WDM, CWDM, DWDM, HDWDM provide wavelength stability in telecommunication applications. The operating temperature of the laser diode (LD) is directly related to the stability of the wavelength.
Ice Core are manufactured according to the Telcordia GR468 Core reliability standard.
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Innovations in optical data transmission of 400G, 800G and the promising 1.6T require new approaches to increase component efficiency, reduce energy consumption and costs. A new series of highly efficient temperature management solutions from Ice Core optimizes optoelectronic components and customer costs.
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The reliability and expected life of stable operation of electronic equipment and devices are inversely proportional to the temperature of the components included in the system. Reducing the operating temperature of equipment components and devices corresponds to an exponential increase in their reliability and service life of the equipment.
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Due to quick ability of both cooling down and heating up plus precise thermal stabilization, thermoelectric cooling modules are core elements of optical dew-point sensors, heat flux sensors, laser power meters, calibration devices as well as:
High performance thermoelectrically cooled X-ray detector
High performance thermoelectrically cooled gamma ray detector
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