Ted Rappaport, founding director of NYU WIRELESS and a leading proponent of using the millimeter wave spectrum for wireless communications, discusses the FCC's recent rulemaking actions and technology developments that are paving the way to 5G.
Indium Corp.'s new Indium10.8HF is a halogen-free, no-clean solder paste that is formulated to provide industry-leading non-wet open performance on large, high IO electronic packages, such as microprocessors.
Teledyne Microwave Solutions has invested in the Teledyne Labtech facility at Presteigne, Wales, following the recent completion of the installation of the new Shadow Line processing equipment in support of increased production requirements.
Remtec Inc., the leading manufacturer of substrates and packages using Plated Copper On Thick Film (PCTF®) metallization, has completed a new, comprehensive web site www.remtec.com that strengthens Remtec's position as the leader in providing ceramic solutions for DC power electronics, optoelectronics and RF/MW applications.
T-Tech Inc. and The Geek Group announced a joint agreement to offer a state of the art solution and facility for rapid printed circuit board (PCB) design, verification, and fabrication. The collaboration will combine T-Tech's QCJ5 series Quick Circuit System and IsoPro® Software for PCB prototyping with The Geek Group's expertise and 43,000 square foot Leonard Street Labs Facility in Grand Rapids, Michigan.
Indium Corp.'s Dr. Ning-Cheng Lee, vice president of technology, will teach a professional development course at the Electronic Components and Technology Conference (ECTC) May 27-30 in Lake Buena Vista, Florida.
Remtec Inc., the leading manufacturer of substrates and packages using plated copper on thick film (PCTF) metallization, has adapted its gold-tin plating technology on metallized ceramics to include a newly developed technique of selectively applying AuSn deposits for interconnecting RF and microwave electronic components, lead frames and other miniature parts on high frequency PC boards.
Commonly used substrates for high power resistors and terminations are Beryllia, Aluminum Nitride, and to alesser extent, Boron Nitride and Silicon Carbide. While these materials are known for their superior thermal properties, none of them come even close to matching the thermal conductivity of CVD Diamond.
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