The automotive industry is undergoing a revolutionary change. A challenging development: from reducing emission, developing self-driving electric cars and trucks, to charging infrastructure. Please see below for a selection of applications we serve with PCBs.
Selection of applications we serve
Electrical vehicle charging
PCBs for high power delivery with precise control. Demands for this application is a reliable function, large copper cross sections and thermal management.
PCB TechnologyPCB Technology for Electrical vehicle charging
HDI
Multilayer
Electrical vehicle propulsion
PCBs for motor control, battery management, high power distribution, motion control and cooling systems. Demands for this application is a reliable function, large copper cross sections and thermal management and IATF/ISO16949, PPAP quality assurance system.
PCB TechnologyPCB Technology for Electrical vehicle propulsion
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HDI
Multilayer
Heavy traffic driving support systems
PCBs for instrument/dashboard clusters, on board video, navigation, communication and cargo cooling systems. Demands are typically IATF/ISO16949, PPAP quality assurance system.
PCB TechnologyPCB Technology for Heavy traffic driving support systems
Flexible
-
HDI
Multilayer
Heavy traffic fossile-free propulsion
PCBs for vehicles with fuel cell and battery propulsion control system. Demands are rugged environment and long lifespan, IATF/ISO16949, PPAP quality assurance system.
PCB TechnologyPCB Technology for Heavy traffic fossile-free propulsion
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HDI
Multilayer
Interior electronics
PCBs for navigation system, instrument/dashboard clusters and interior lightning. Demands are typically IATF/ISO16949, PPAP quality assurance system.
PCB TechnologyPCB Technology for Interior electronics
Flexible
-
HDI
Multilayer
RIGID-FLEX
Insights
PCB designs with high-power applications – demands and considerations
High-power applications are those that require a lot of power to operate. This is usually because they are used in devices that need to be able to run for a long time without being plugged in.
New energy vehicles vs. traditional – what is the difference in relation to PCBs?
The automotive industry is undergoing a revolutionary change. The electronic part in the new energy vehicle is more involved and advanced, and with this in mind, the demands on the PCBs will increase in various ways.
Electronics are transforming the world
Electronics trends in general and electrical vehicle charger in particular – learn more about important driving trends within electronics.
Thermal management in electronic systems is becoming increasingly important
In today’s electronics industry there are increasing calls for special thermal management solutions. NCAB’s experts tell about the methods available.
