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Advanced driver assistance systems (ADAS)

Advanced driver assistance systems (ADAS), a series of advanced automobile systems that enhance driver safety and vehicle driveability, is incorporated into vehicles to eliminate the human error factor, which is the predominant cause of collisions and road accidents. Each ADAS consists of an array of sensors, ICs, detectors, passive components, and circuit protection devices providing a range of benefits to users.
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A. AMLV multilayer varistor ESD protection, STS23 ESD TVS diodes

B. 0402ESDA - AEC polymer ESD suppressors

C. CC12H SMD fuses

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D. ACE CAN-Ethernet inductor

E. ACE2V ACE CAN-Ethernet inductor

F. PCA1V power-over-coax inductor

G. WCLA1V wire wound chip inductor

H. MPIA20-V1 low profile molded inductor

I. MFBA ferrite chip bead

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J. E3XA 3225 / E9XA 2016 24 MHZ / 25 MHz / 27 MHz Crystal resonator

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K. EHBSA Hybrid polymer capacitor

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.

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.