CP081030-M

Thermal Management Solutions

Same Sky Thermal Management Solutions are vital to system performance by reducing unwanted heat. The thermal management product line addresses the increasing thermal challenges in today's board-level electronic applications. Same Sky Thermal Management Solutions encompass a range of DC axial fans, blowers, heat sinks, Peltier thermoelectric cooling (TEC) devices, and thermal accessories.

CUI Inc Peltier Thermoelectric Modules

CUI Peltier Thermoelectric Modules deliver efficient solid state heat transfer. The modules contain positive and negative charge semiconductor pellets. When DC voltage is applied to the module, heat energy is absorbed by the pellets on one substrate surface and released to the opposite side substrate surface. CUI offers Thermoelectric Modules in a range of sizes from 10mm to 70mm and a maximum rating up to 15A.

Peltier Thermoelectric Cooling Devices

CUI Peltier thermoelectric cooling (TEC) devices fulfill the thermal management needs of a variety of applications. Ideal for designs where size and weight are limited, these Peltier devices range in size from 10mm to 70mm with profiles as low as 3mm. CUI Peltier TEC devices also have no moving parts, virtually eliminating the need for maintenance. Several high performance Peltier modules built with the arcTEC™ structure are also available, offering improved reliability, performance, and cycle life.

CP Standard Peltier Modules

Same Sky CP Standard Peltier Modules offer precise temperature control, reliable solid-state construction, and quiet operation. The CP series is a reliable solution for high-density, high-power medical and industrial applications, as well as refrigeration and sealed environments where forced air cooling is not an option. Available in either single-stage or two-stage versions, these thermoelectric modules range in size from 3.4mm to 76mm with profiles as low as 1.95mm. Same Sky CP Standard Peltier Modules also feature current ratings from 0.7A to 40A and temperature deltas ranging from 70°C to 105°C.