Transport

Robustness as the first requirement


The transportation industry today relies heavily on advanced electronics. Even the simplest commercial vehicle is now equipped with GPS navigation, and essential safety systems such as ABS and airbags are also unthinkable without modern electronics. Countless other items are also controlled and monitored by vehicle electronics.


Common feature is that these electronics must be more robust than ordinary consumer products. Vibrations, temperature changes and moisture must all be able to withstand them without problems. For this reason, the Automotive Electronics Council (AEC) was created in the 1990s, a committee that sets standards that components and systems must meet in order to be used in automotive electronics.


Global Electronics B.V. can advise on the application of AEC-qualified components and also offers various other technologies to make PCBs optimally suitable for use in the transport world. Also, Global can test a design against the main electrical standards and requirements applicable to automotive electronics to further increase the reliability of the final product.

New developments


The demand for automotive electronics has been increasing at an increasingly rapid pace in recent years, partly due to the rapid developments in electric and hybrid vehicles. This applies not only to electronics used in vehicles themselves, but also to supporting technology such as charging systems.


Global Electronics B.V. now serves several customers operating in this rapidly growing market, delivering on the promise of fast, reliable delivery in large quantities through short supply chains and local production in the Netherlands.

BOM analysis

A BOM is used to plan the procurement of materials. Parts lists provide guidance and clear instructions for each step reduce the risk of errors.

Procurement

Our suppliers (and EMSs in general) are global players with billion-dollar sales. Over 100 million components are available and tens of thousands are added every month.

Surface Mount Technology (SMT).

During the SMT process, components are attached to the PCB by the contact pins coming onto the PCB instead of through the PCB, as in Through Hole Technology (THT).

GROWING TOGETHER

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