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Automotive Products|NXP
You'll go a long way to find an automotive portfolio with the breadth, depth and
quality of NXP® Semiconductors'. It covers diverse areas, from in-vehicle ...
3M Automotive | 3M United States
With almost 100 years of automotive industry experience, we know the nooks and
crannies of auto design manufacture and repair.
Mentor Automotive - Mentor Graphics
Advanced Systems Engineering Solutions. Consumers drive automotive design
as never before, a fact that's creating a slate of new demands on manufacturers.
Automotive Microcontrollers - STMicroelectronics
ST offers a wide portfolio of microcontrollers for automotive applications,
including the 8-bit STM8A family and the 32-bit SPC5 family, built on Power ...
Automotive IoT Modules - Telit
Telit automotive-grade modules for connected car applications. Industrial grade
modules produced in ISO TS 16949 certified facilities.
Automotive Solutions | Cypress Semiconductor
The automotive industry is rich in innovation as the car morphs into the most
advanced consumer electronics device available today. The worldwide light
vehicle ...
Automotive Industry | DuPont | DuPont USA
With more than 100 high-performance product families and technologies and a
global network of development experts, DuPont helps the automotive industry ...
Automotive
Intel® architecture-enabled automotive solutions deliver the future of
transportation by reducing complexity, costs, and time.
Automotive Applications | ON Semiconductor
ON Semiconductor provides robust, AEC-qualified, PPAP-capable products for
automotive applications, including active safety & autonomous driving; vehicle ...
EETimes Europe
It is every car driver’s nightmare scenario to be involved in an accident and unable to call for assistance. Injury or shock means that in many car accidents, even relatively minor ones, those involved are often reliant on a witness to make an emergency call, and in very rural areas, it might be hours before help arrives. However, a recent decision by the European Parliament to mandate an automatic-emergency-call alert system in all new cars and light vans sold within the EU from 31st March 2018 – eCall – means that ambulance crews and rescue services will reach the scene faster, potentially saving lives and reducing the severity of injuries.
Every day, consumers depend on unseen technology that allows them to safely navigate their day. The daily routines of turning on a light switch, checking email, or driving to the grocery store can easily be taken for granted. But, none of these seemingly minor tasks could be accomplished without the safeguarding that has been designed into the daily lives of consumers.
Electrical fuses were originally developed to help protect telegraph stations from lightning strikes. These first fuses were simple, open-wire devices, followed in the 1890s by Edison’s enclosure of thin wire in a lamp base to make the first plug fuse. By 1904, Underwriters Laboratories had established size and rating specifications to meet safety standards. Renewable type fuses and automotive fuses appeared in 1914. In the 1920s, manufacturers began producing very low amperage fuses for the burgeoning electronics industry. Today, the fuses used in electrical/electronic circuits are current sensitive devices designed to serve as the intentional weak link in the circuit. Their function is to provide protection of discrete components, or of complete circuits, by reliably melting under current overload conditions, much like those first fuses used at telegraph stations.