Automotive applications include EV and hybrid powertrain systems, on-board charger (OBC), advanced driver assistance systems (ADAS), advanced LED lighting, zonal architecture solutions, DC-DC converters and electronics for vehicle auxiliary systems. Explore our System Solution Guides to gain deeper insight into these automotive applications and their underlying system requirements.
To view the full version of our system solution guides, please create a MyON account or log in.
Gain a comprehensive, in-depth exploration of advanced technical expertise through expertly crafted brochures designed to equip you with high-performance components and insights that refine, elevate, and seamlessly bring your design to completion.
New
New
onsemi supports EV powertrains, EV auxiliary systems, ADAS, LED lighting, 48V architectures, DC‑DC converters, and starter generators, enabling electrification, safety, and connectivity in modern vehicles.
EV auxiliary systems include battery management, HVAC (PTC heaters, compressors), thermal cooling/heating, pumps, and actuators that improve vehicle efficiency, comfort, and safety.
They help engineers visualize system architecture, identify key components, and understand signal and power flows.
They offer modular architectures that can be adapted across vehicle platforms and different performance levels.
ADAS systems combine cameras (image sensors) and ultrasonic sensing to detect surroundings and support decision-making.
Advanced LED lighting includes adaptive headlamps, high-resolution pixel lighting, and dynamic rear lighting that improve visibility and safety.
It is a motor-generator unit that supports engine start, regenerative braking, and provides torque assist in mild hybrid vehicles.
Semiconductors enable efficient power conversion, intelligent control, and reduced losses, resulting in longer EV range and better fuel economy.
System Solution Guides (SSGs) provide block diagrams, recommended components, reference designs, and application insights to accelerate development and reduce design complexity.