Automotive PCB Design Guidelines
Automotive PCB design guidelines will change with the emergence of ADAS and AV technologies. The use of PCBs in vehicles is already remarkable – systems and operations that currently use them include lighting, transmission controls, comfort controls, engine and emissions management, infotainment systems, power relay timing, radar, GPS, ADAS and much more.
The automotive PCB design guidelines cover:
- Circuit design and verification & layout optimization
- 3D CAD modeling
- Thermal, structural & fatigue analysis
Register to read the guidelines for digitalized PCB development in the automotive industry and follow the #siemenschip2city hashtag on LinkedIn to get the latest content from us in your daily feed.
Read the whitepaper about Integrated Automotive Circuit Board Design and Verification
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Automotive PCB design guidelines will change with the emergence of ADAS and AV technologies. The use of PCBs in vehicles is already remarkable – systems and operations that currently use them include lighting, transmission controls, comfort controls, engine and emissions management, infotainment systems, power relay timing, radar, GPS, ADAS and much more.
The automotive PCB design guidelines cover:
- Circuit design and verification & layout optimization
- 3D CAD modeling
- Thermal, structural & fatigue analysis
Register to read the guidelines for digitalized PCB development in the automotive industry and follow the #siemenschip2city hashtag on LinkedIn to get the latest content from us in your daily feed.
Read the whitepaper about Integrated Automotive Circuit Board Design and Verification