Introduction to the IEC 60068 standard: Electronic components are entering increasingly harsh environments, and the demands on their reliability continue to rise. This is where the IEC 60068 standard comes into play, which plays a central role in the development and testing of components to ensure their functionality under extreme
Main Section: The GS 95024-3-1 Standard: Your reliable partner for first-class vehicle wiring If you work in the field of vehicle development, you know the challenges: A small defect in the wiring harness can have enormous consequences. Imagine a tiny loose contact leading to malfunctions throughout the entire onboard network. But
ISO 16750-4: Your safety net for robust vehicle electronics Do you know that uneasy feeling right before series launch? When your electronics are on the test bench and you wonder if they’ll really hold up in real vehicle life? Especially under real conditions – heat, cold, humidity, and vibrations –
VW 80000: More than just a combination of numbers At first glance, it sounds unspectacular: VW 80000. But behind this combination of numbers and letters lies much more than just a dry testing standard. In fact, this collection of standards is your reliable companion in the jungle of automotive tests
Anyone who has ever guided a vehicle component through the validation phase can sing a song about it: strict standards, complex specifications, and plenty of environmental tests are just part of the deal. Mercedes-Benz, in particular, sets clear and demanding standards for component approvals with MBN 10306. But don’t worry
Why Climate Testing for High-Voltage Electronics Is Particularly Demanding High-voltage electronics are indispensable in modern vehicles, industrial plants, and power grids. But with increasing voltages and currents come new challenges – especially in climate testing. Not every traditional humidity or temperature test accurately reflects real-world stress. Here are the biggest
