• Laird Technologies

    3481 Rider Trail S
    Earth City, MO 63045
    United States
    636-898-6000
    636-898-6100
    Visit Company Website
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    More Info on Laird Technologies

    Designs and manufactures antennas and power products for handsets, two-way radios, in-building wireless networks, telematics and wireless data devices.

    Articles

    Laird Mrc150 Series Pr Image New
    The MRC Series thermoelectric recirculating chiller controls the temperature of a coolant in a liquid circuit from -12° to 40°C.
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    Most thermoelectric coolers (TECs) use a ceramic-based substrate to electrically isolate and thermally conduct heat.
    (Courtesy of Laird Technologies)
    A high-resolution image shows Nextreme's eTEC HV14 thin-film thermoelectric module. Laird Technologies has acquired Nextreme Thermal Solutions.
    St. Louis, MO--Laird Technologies has acquired Nextreme Thermal Solutions (Durham, NC), developer of thin-film thermoelectric technologies.
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    The eTEC Series thermoelectric modules use thin-film technology that gives them 10X heat-pumping density per unit area over conventional bulk thermoelectric technology.
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    The eTEC HV14 thin-film thermoelectric cooling module measures 3 mm2 and 0.6 mm high.
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    A thin-film thermoelectric cooler provides a temperature difference between its cold and hot sides of 60.1°C at an ambient temperature of 24.7°C.
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    The OptoCooler HV37 module, a high-voltage, thin-film thermoelectric cooler, is designed for photonics cooling applications with large heat pumping requirements.
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    The eTEC HV56 thermoelectric cooler module can pump 6 W or 58 W/cm2 of heat in a footprint of 11 mm2 at 85°C.
    The MRC Series thermoelectric recirculating liquid chiller is a self-contained device that controls the temperature of a coolant in a liquid circuit.
    Nextreme Thermal Solutions, which makes thermoelectric devices to cool photonic and other components, announced that John Goehrke has joined the company as CEO.

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    Additional content from Laird Technologies

    Nextreme Thermal Solutions has announced that its OptoCooler HV14 has passed the 3000G shock test as defined in the MIL-STD 883E Method 2002 Mechanical Shock standard, which establishes...
    Nextreme Thermal Solutions (Durham, NC), provider of microscale thermal and power management products for the electronics industry, and Lockheed Martin (Bethesda, MD) entered ...
    Nextreme Thermal Solutions (Durham, NC), known to many in the photonics industry as a maker of thermoelectric coolers, embedded thermoelectric coolers (which can, for example,...
    (Courtesy of Nextreme)
    FIGURE 1. The core technology for some thin-film thermoelectric coolers is the thermal copper-pillar bump, or the 'thermal bump,' shown here in a SEM image.
    Embedded thermoelectric coolers (eTECs) are smaller and thinner than conventional TECs and show promise for direct integration using standard high-volume manufacturing methods...
    Nextreme Thermal Solutions (Durham, NC), which makes microscale thermal and power management products for the photonics and electronics industries, today announced securing $13...
    Nextreme Thermal Solutions (Durham, NC), provider of microscale thermal and power management products, was awarded a grant from the North Carolina Green Business Fund to enhance...
    Durham, NC--Nextreme Thermal Solutions has announced the availability of a new thermoelectric module—the Ultra-High Packing Fraction (UPF) OptoCooler module.
    FIGURE 1. A p-n couple can be used as a thermoelectric couple based on the Peltier effect (left) or a thermoelectric generator based on the Seebeck effect (right).
    Thermoelectric coolers that take the form of a microns-thick film offer high heat-pumping capacity, millisecond response time, and the potential for low-profile packaging.