Autonomous and connected vehicles represent the next step in the evolution of the automobile. To transform this vision into reality, many manufacturers are adopting a new design approach for automotive electronics, known as zonal or zone architecture.
In the automotive sector, the requirements for testing technologies are constantly increasing. Higher data rates, more compact designs, and new interfaces require flexible and robust testing solutions for the entire connector portfolio.
Optimised tolerance compensation, compact housing dimensions and flexible installation options - the new INGUN test plug for USB-C sockets offers a powerful solution for demanding test applications in the field of quality testing.
Floating mechanisms are solutions that enable reliable contacting between two components, even if they are not precisely positioned.
Optimise your battery cell testing with the BCP series from INGUN: Less space requirement, flexible integration and reliable current transmission up to 300 A - ideal for the highest demands.
Optimum signal quality, maximum flexibility and easy integration - the new HSD interface blocks from INGUN enable independent testing of USB-A, USB-C and RJ-45 connectors on PCBs.
FPCs enable compact designs but require specialised testing technologies. Find out how you can reliably master challenges such as high contact point density and OSP coatings.
The solution has thus become the standard at Schölly. It was designed by INGUN as a modular system so that the interface can be expanded with additional pin pairs.
Hipot tests are carried out with a higher voltage compared to regular operation. AC voltage as well as with DC voltage can be used for the test, usually in the range of several hundred volts up to several kilovolts.
Manual test fixtures in MA xxxxx series can now be fitted with the new mechanical dual-stage locking units (FB-2VM) to reliably perform both single-stage (ICT) and dual-stage contacting (ICT/FCT combined).
How can the service life of test probes be extended? These simple tips will help.
Four-pole applications are used, among other things, to measure particularly small resistance values and achieve undistorted, precise results. This method is used primarily in the e-mobility and automotive sectors. Particularly exciting is the use of the method in the field of battery cell testing within the e-mobility sector.
