Electronics are becoming smaller and smaller and the requirement to dissipate heat is constantly growing. The lack of an efficient thermal management strategy can lead to low performance, energy inefficiency, system failure, and even serious damage. With numerical simulation, such strategies can be tested early in the design process. This article shows how to use this … [Read more...]
High-Capacity Thermoelectric Coolers from Laird Thermal Systems Maximize Laser Projector Performance
The new UltraTEC™ UTX Series of thermoelectric coolers maintains temperature stability in applications such as laser projectors that require high heat pumping capability… November, 2020 – Outdoor light shows and cinemas utilize laser projection technology to deliver high-quality images with sharp contrasts, exceptional brightness and a wide color range. Because heat load in … [Read more...]
CoolIT Systems Continued Leadership in Advanced Data Center Cooling Showcased at SC20
CoolIT launches several new products to further support data center leaders Calgary, Alberta. November 18th, 2020 – CoolIT Systems, the global leader in scalable direct liquid cooling technology (DLC) for desktop and data center systems, announces multiple new product developments and launches at Supercomputing 2020. As the leading liquid cooling integration partner for … [Read more...]
Precision-Clad Composite Materials for Heat Spreaders in Handheld Electronics
The selection of heat-spreader materials is an important consideration for cooling modules in handheld electronic systems. Heat spreaders are typically used in close contact with the source of heat. This can be, for example, a subcomponent, chip, or microelectronic package. The heat spreader transfers and distributes heat from the source to a heat sink through a thermal … [Read more...]
Laird Thermal Systems™ Premium Thermoelectric Coolers Provide Temperature Stability for Outdoor Security Cameras
The new HiTemp ETX Series of thermoelectric coolers keep imaging sensors cool in high-temperature environments... November 4, 2020 – Imaging sensors and other sensitive camera components such as FPGA's require active cooling to keep operating temperatures below their maximum limit, ensuring high-quality image resolution. Due to solar radiation and increased heat flux … [Read more...]
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