#YAVmodules

Our #YAVmodules cut out the need of wiring between the instrument and the receiver, offering higher signal integrity, more precise measurements and a cost-effective advantage in maintenance or calibration tasks. Read more: #FastATE #ReadyForTestAutomation

Covering the standard functionality of an electronic test system (switching, multiplexing, DIOs, AIOs), #YAVmodules can be integrated into any kind of technology, reducing wiring and signal distorsion while achieving accurate measurements. Find your YAV:

YAV90097 is our small size #smartsolution to switch high voltage signals in HiPot test. Integrated into a fixture receiver of the test platform, it reduces wiring and simplifies the structure and maintenance of the equipment. #TestEngineering #YAVmodules #TheNewStandard

YAV90060 is one of our most versatile signal YAV matrixes thanks to the reconfiguration capacity of its matrixes. Modular, directly integrated into the mass interconnect and with minimum wiring! #YAVmodules #FastATE #ModularATE

#YAVmodules cover a wide range of basic functionalities, often enough to build a base functional #TestSystem. The concept is a fully open product that can be integrated together with all kind of #TestTechnologies. See our catalog here: #FastATE #ModularATE

Minimizing cabling in #ATE makes sense using #fastATE #YAVModules from @6TL_Engineering read more at

YAV AL964 module allows test engineers to integrate signals or low power supplies relays in fixtures. Offering an easy control, it can be completely integrated with the rest of 6TL modules in the platform with no need of extra configurations. #YAVmodules #TestEngineering #FastATE

Each #fastATE #test platform uses a reliable @VPC_News Mass Interconnect system and with the use off #Yavmodules we make sure the internal #cabling is brought back to a minimum. More at

Learn all about the benefit of #fastATE #YAVmodules for an efficiënt build-up of your ATE

Discover the many advantages of using #fastATE #YAVModules in a @VPC_News 90 series Mass Interconnect Interface.