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Automotive & transportation

Circuit protection, power magnetics and supercapacitors designed for automotive applications. AEC-Q200 qualified for wide operating temperature and high shock and vibration tolerace for the most demanding and rugged conditions. 

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Automotive electronic solutions

Circuit protection, power magnetics and supercapacitors designed for automotive applications.

Electronic power for today's gasoline powered vehicles

Electronic systems are playing an ever-increasing role in modern vehicles. The various subsystems within them present widely divergent power requirements, calling for a mix of components that boost power efficiency.

Use cases

ADAS and autonomous driving hits the fast lane for smarter, safer vehicles

An overview of the trends and dynamics of advanced driver assistance systems (ADAS) and automated driving systems (ADS) as it pertains to power and communication technologies, including details of design and reliability challenges associated with these technologies. Furthermore, this article discusses solutions to these challenges using industry-leading, new technologies catered to solving these challenges.

High-temperature high-power-density inductors for automotive lighting

Light Emitting Diodes (LEDs) provide an efficient, dependable source of light in countless applications. The lack of moving parts makes them very reliable within environments that experience elevated vibration and shock, such as automobiles. LEDs possess other desirable properties including high efficiency, extended life and brightness. They are ideally suited to a variety of automotive applications including head and tail lamps, backlighting and liquid crystal displays (LCDs).

Supercapacitors integrated into electrified drivetrains

Supercapacitor modules are increasingly featured in heavy transportation and commercial xEV drivetrains. The automotive world is becoming more electrified through multiple different systems, including infotainment, advanced driver assistance systems (ADAS), active suspension and full drivetrains. This is driving a paradigm shift on how we think about the next generation of drivetrains, from small people movers to automobiles to large industrial transport and commercial vehicles. This shift is being driven by the desire for better fuel/energy efficiency, fewer greenhouse emissions, reducing the use of fossil fuels and advancing environmental sustainability.