TE’s New Side-entry Tinel-Lock Ring
August 2013 – TE Connectivity introduced the new side-entry Tinel-Lock ring which is a heat-recoverable metal braid terminator to join gross cable or harness shields.
August 2013 – TE Connectivity introduced the new side-entry Tinel-Lock ring which is a heat-recoverable metal braid terminator to join gross cable or harness shields.
August 2013 – IMPACT Backplane System from TE Connectivity
July 2013 – TE’s Deutsch high-speed connectors combine extreme ruggedness and superior signal integrity.
TE Connectivity Showcases Latest Rugged, High-Speed Interconnectivity Solutions TE Connectivity (TE), along with newly acquired DEUTSCH, featured the latest ruggedized, next-generation, high-speed connectivity solutions at the 2013 Paris Air Show last month in Paris, France. Featured sytems and solutions included: Solutions for avionics – Advanced fiber optic, high-speed copper systems, and the next generation ofRead More
May 14, 2013 – TE Connectivity has introduced its Fiber Optic Field Jack to provide broadcasters with quick, easy access to circuits for reconfiguration for set-up and transmission.
April 9, 2013 – Ruggedization involves modifying commercial cables to meet more extreme mechanical, environmental, and thermal hazards. Because requirements differ with applications — low-fire-hazard cables on aircraft or the use of non-halogenated materials on ships — one type of ruggedization does not fit all cables.
April 1, 2013—TE introduces an advanced modular cabling concept designed for speed and flexibility, facilitating data center migration from 1 to 100 Gb.
March 19, 2013 – Dr. Harvey awarded best paper by IWCS for defined progress in carbon nanotechnology in commercial applications.
March 4, 2013—Partnership offers increased product accessibility to design engineers.
March 4, 2013—Heat-applied and cold-applied products help withstand hostile environments.
February 21, 2013—The two companies celebrated their silver anniversary on Valentine’s Day.
Typical hand-wound coils meet existing performance goals by as much as a 2/3-design and 1/3-art process. Predictability is very difficult because of the human element involved in hand winding. As the frequencies increase, the design aspects become less and less predictable. As a result, the art aspect, the number of iterations performed until matching is achieved, will increase.