The new MLSG series of Cornell Dubilier Electronics' (New Bedford, MA) flatpack ruggedized flat aluminum electrolytic capacitors targets compact power supply applications in military and aerospace, as well as other critical systems.
The EC600 X-FLEX high-pressure spiral hose from Eaton is designed for demanding applications that require very high-pressure performance in small areas, including construction, mining and industrial equipment.
Piher Sensors & Controls’ hollow shaft PST-360 contactless Hall-effect magnetic sensor was designed as a reliable solution for maintaining accurate pedal position (brake, accelerator or throttle) in x-by-wire applications, which is particularly important for on-road/car racing and off-road vehicles that demand accuracy even in the face of extremely harsh conditions.
To downsize or not to downsize engines? That’s the question facing all OEMs. In an initial move to be more environmentally responsible, for many downsizing seemed to be thoroughly sensible. But is it? Executives have their say.
Development of advanced automotive technologies is increasingly being driven by suppliers, rather than OEMs. And megadeals worth at least $500 million that are behind a growing number of next-gen technologies may reach the highest level since before the Great Recession. That’s the view from Las Vegas, as the 2017 CES (formerly the Consumer Electronics Show) opens to over 160,000 attendees.
Fuel efficiency—and the economic and ecological benefits associated with it—continues to be the white rabbit of the global aviation industry. While engine builders look toward composites and electrification, and airframe designers toward lightweighting and aerodynamics, engineers at NASA’s Glenn Research Center recently completed testing of a novel concept: the boundary layer ingesting propulsor.
With a rich technical background from which to draw as SAE International's new 2017-2020 Commercial Vehicle Sector VP, Landon Sproull intends to bolster the society’s involvement in evolving industry regulations and to better cultivate cross-sector alliances.
Industrial aluminum slabs are typically produced by blending small amounts of copper or manganese in a reservoir of molten aluminum that is rapidly cooled, a process known as direct-chill casting. Variations in the way these elements solidify can yield uneven results that weaken the final product.