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The Road to Autonomous Driving
Download our trend paper to learn more.
At work and play, on and off the road, in our homes and in the air, connectivity is transforming our lives in ways that make people safer, their lives richer and paths more easily crossed.
TE has developed a green, Sn-free, Bismuth (Bi)-based plating technology to provide electronics manufacturers with a comprehensive tin-whisker prevention solution.
Our vision is to co-create end-to-end automotive data connectivity and sensor solutions that are true enablers of autonomous driving. Download our trend paper to learn more.
A 18-member team from the University of Michigan, sponsored in part by TE Connectivity (TE), has finished second in the Bridgestone World Solar Challenge, an 1,800 mile race across the Australian Outback that many of the students involved called the adventure of a lifetime.
Proper crimp tooling design, based on bottoming dies, is essential to consistent crimping that meets specifications required in today’s market.
When a connector design engineer develops a crimp, there are several factors that need to be considered, i.e. wire size, electrical and mechanical properties.
Defining key characteristics of crimp tooling and the effects those characteristics may have in the production process.
TE’s Raychem heat-shrink tubing products provide cost-effective solutions for a wide range of automobile applications.
Developed to perform reliably in the increasingly harsh environments demanded by modern high-performance combustion engines.
TE developed a crimping solution to the challenges of terminating stranded aluminum (AI) wires in vehicle applications. LITEALUM crimps offers vehicle manufacturers, suppliers and harness makers a fully-automated termination solution for AI stranded wires.
TE’s new bismuth-based solution for press-fit applications can reduce the risk of whisker growth by a factor of over 1600 compared to traditional tin technology. Learn more and view our whitepaper.
TE's MATEnet interconnection system offers reliability, affordability, fully automated handling, quality level, miniaturization, light-weighting, flexibility, and scalability to support economic car connectivity via automotive Ethernet. Learn more and view our whitepaper.
The development goal of the MCON 8 contact system was to construct a particularly rugged and reliable product using the prescribed cavity, at the same time implementing innovative design features characteristic
of an efficient TE contact system.
Experience TE's whitepaper on miniaturized automotive coax terminals featuring our MATE-AX coaxial interconnection system, an automotive-grade RF interconnection solution for 9 GHz and above in multiple pin count applications.