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How Would You RoadTest: Isolated Digital USB 3.0 I/O Module

rscasny

Today I was approached about roadtesint this USB 3.0 I/O Module. so, I wanted to take a moment to introduce it to you, mention a few salient points, and ask the RoadTester group how they would roadtest it. Here goes:

 

This is a 16-channel isolated digital input and output USB 3.0 I/O module. It has a built in USB hub that supports a daisy chain topology. All digital input and digital output channels are protected by 2,500 VDC isolation. A few other points are:

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  • USB 3.0 SuperSpeed
  • Daisy chainable by built in USB hub
  • 16-ch digital input and 16-ch digital output with 2,500 VDC isolation
  • Wide input voltage range (10 ~ 30 VDC)
  • Wide output voltage range (5 ~ 40 VDC) and high output current (350 mA/ch)
  • Quick removable European type connector
  • LED indicators for I/O status
  • Supported operating systems: Windows XP/7/8/10 and Linux

 

 

Would you be interested in RoadTesting this product? What would you like to test or build?

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  • A different area that I work in a using PLC control systems via a computer system, but i am not privy to the sections works.

     

    We are always looking a high voltage isolation and it is an integral part of the Research especially when the equipment is located in the Murchison Western Australia which is prone to some high static voltages flying all over the place. The only issue I think with the place I work is that they mostly use Fibre Optics to provide a really high level of isolation including RF over Fibre. I think USB 2 or 3 would not be used a lot.

     

    My small project only uses USB 2.0 so not sure if could do anything, later i will be getting into Bluetooth communication after the power supply is complete.

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  • A different area that I work in a using PLC control systems via a computer system, but i am not privy to the sections works.

     

    We are always looking a high voltage isolation and it is an integral part of the Research especially when the equipment is located in the Murchison Western Australia which is prone to some high static voltages flying all over the place. The only issue I think with the place I work is that they mostly use Fibre Optics to provide a really high level of isolation including RF over Fibre. I think USB 2 or 3 would not be used a lot.

     

    My small project only uses USB 2.0 so not sure if could do anything, later i will be getting into Bluetooth communication after the power supply is complete.

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