Automotive
Protecting USB devices from Electrostatic Discharge (ESD)
Post date: 3 years 3 weeks ago
Usb ESD protection with Acroname
The next-generation circuitry in today’s consumer and industrial electronics is smaller, faster, better. Consumers love the innovations. But test engineers are not as enthusiastic. Because that innovation comes with a striking downside: increased susceptibility to...
AUTO DRIVE: The automation of automotive USB-C mobile device testing
Post date: 3 years 1 month ago
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The need for USB-C and power delivery ports in automobiles is speeding up, and the auto industry is adapting to the new demands. As the engineer in charge of testing, you’ll need to up your automated validation testing game.
We live in an on-the-go world, and our devices travel with us in...
Data line mismatch issues using USB 2.0 and 3.1 on the 5 port USB-C redriver switch
Post date: 3 years 11 months ago
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Acroname USB C Switch Data Line Mismatch
Abstract: For users of the redriver version of the Acroname USB Type C 4-Channel Port Selector Switch: if using USB 2.0 only or are having troubles with USB 2.0 connections, disable the USB 3.1 redriver and disconnect the USB 3.1 data lines to...
Automotive USB-C Hub Testing with MTM and microFCT
Post date: 3 years 11 months ago
Kentigen, one of Acroname's partners supporting the test market in Europe, used MTM to solve a months-old problem of testing final assemblies for an automative infotainment system. Spoiler: Kentigen used MTM's modularized, miniaturized, and low-cost instrumentation as the heart of its system which...
