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ETS-BRO-Thermoelectric Modules

ETS-BRO-Thermoelectric Modules
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About Laird Laird is a global technology company focused on providing systems, components and solutions that protect electronics from electromagnetic interference and heat, and that enable connectivity in mission-critical wireless applications and antenna systems. We are a global leader in the field of radio frequency (RF) engineering and in the design, development and supply of innovative technology that allows people, organisations and applications to connect efficiently. Our aim is to be a trusted partner to our customers by delivering problem-solving solutions through Innovation,...

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Laird designs and manufactures thermoelectric modules (TEMs) which adhere to strict process control standards and pass/fail criteria, assuring our customers receive the best possible modules. Our extensive standard product portfolio covers a wide range of cooling capacities, temperature differentials, input power requirements and geometric footprints. Standard finishing options are available to accommodate alternate lead lengths, lapping thickness tolerances, and moisture protective sealants. Standard pre-tinning and solder constructions are available to accommodate solder-able mounting of...

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• Designed for high current, large heat pumping applications • Wide product breadth that covers many form factors, input power requirements and heat pumping capacities • Ideal for medical diagnostics, analytical instrumentation, photonics laser systems and battery cooling Annular Series • Features center hole for transmission of light, wires, probes or mounting hardware • Round or square hole configurations available • Rapid prototyping available to accommodate unique shape requirements THERELECTRIC MODULES Notes: 1) QMax rated value at ∆T = 0°C, Imax and Vmax, Th = 25°C; 2) Thickness for...

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• Miniature Form Factor • Pb-free solder construction with three solder melt temperatures • Alumina or Aluminum Nitride Substrates Available • Designed for laser diodes, infrared detectors, pump lasers and optical transceivers Internal Solder Melt Temperature OT ET HOT Notes: 1) QMax rated value at ∆T = 0°C, Imax and Vmax, Th = 25°C; 2) Thickness for non-metallized versions only. All modules are lead-free. For wiring options contact Laird. PC Series • Designed for thermal cycling between multiple temperature set points • Ideal for applications in molecular diagnostics a large number of...

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• Operation in High Temperatures, up to 175°C • Able to use on Power Generating applications to turn waste heat into usable output DC power Notes: 1) QMax rated value at ∆T = 0°C, Imax and Vmax, Th = 25°C; 2) Thickness for non-metallized versions only. All modules are lead-free. For wiring options contact Laird. PolarTECTM • Porch style ceramic for improved lead attachment • Standard 4,6 and 8 Amp configurations available • Designed for high volume production runs in consumer, food and beverage markets UltraTECTM • High heat flux density, up to 12.5W/cm2 • High COP in low power input...

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• Designed for large temperature differential applications • Custom designs available to meet unique cooling capacity or temp differential requirements • Ideal for CCD cameras, IR Detectors and Industrial Sensing Instrumentation • Assembled with premium Bismuth Telluride semiconductor material • Achieves a higher temperature differential than standard single stage TEMs • Ideal for applications that require to reach colder temperatures Typical Multistage Module Notes: 1) QMax rated value at ∆T = 0°C, Imax and Vmax, Th = 25°C; 2) Thickness for non-metallized versions only. All modules are...

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CONNECTED MEDICAL I MOBILE DEVICES I TELECOM COMPUTING I CONNECTED INDUSTRY I CO N N ECT E D T RANS PO RT Finishing Options Operating Current iAmiis\ Set Electrical Operating Point Voltage Current Thermoelectric Parameters Any information furnished by Laird and its agents is believed to be accurate and reliable. All specifications are subject to change without notice. Responsibility for the use and application of Laird materials rests with the end user, since Laird and its agents cannot be aware of all potential uses. Laird makes no warranties as to the fitness, merchantability or...

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