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LED lighting

The flexibility and “cool” look of LED lighting enhance the vehicle’s design and increase customer demand. Today, advanced LED driver designs are being developed with electronic components that deliver higher luminescence and improved energy efficiency at lower cost.
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C. Current sensing resistors: metal film & metal foilmetal plate (metal strip)metal shunt

D. Automotive NTC thermistors (coming soon)

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E & F. HCM1A high current molded inductor, MPIA low profile molded inductor, EXLA high current molded inductor, SDCxA semi-shielded inductor, DRA shielded inductor

G. HCSA high current molded coupled inductor, DRAQ dual / coupled shielded inductor

H. MFBA ferrite chip bead, MCLA multilayer chip inductor

I. CMLA automotive common mode choke

J. ACE CAN-Ethernet inductor

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).

Automotive electronics linecard

Eaton’s Electronics Division offers circuit protection, power magnetics, capacitors, supercapacitors and sensors designed for automotive applications. The products are AEC-Q200 or AEC-Q101 qualified for wide operating temperature and high shock and vibration tolerance for the most demanding and rugged conditions.