Acces I/O USB-AIO12-16 Series USB multifunction analog I/O modules

Tuesday, 23 October, 2012 | Supplied by: Interworld Electronics and Computer Industries


The Acces I/O USB-AIO12-16 Series analog I/O modules offer a USB-104 form factor and provide 16 single-ended or eight differential 12-bit analog inputs, two 16-bit analog outputs, 16 high-current digital I/O lines and a 16-bit programmable counter/timer in a compact USB 2.0 module.

Three models are available. The USB-AIO12-16A features 500 kHz maximum sample rate and real-time auto-calibration. The USB-AIO12-16 features 250 kHz sample rates and software calibration, while the USB-AIO12-16E economy model features a 100 kHz sample rate and factory-set calibration.

All USB-AIO12-16 modules are USB 2.0 high-speed devices and are compatible with both USB 1.1 and USB 3.0 computer ports. Power is supplied to the cards via the USB cable. If high source current capabilities are required, an external power option may be used. The I/O wiring connections are via an industry-standard 68-pin SCSI connector. A range of cables and screw terminal boards is available for interfacing with external signals.

The USB-AIO12-16 Series is supplied in a rugged industrial case. An OEM (board only) option is also available. The OEM option features a unique PCB size with pre-drilled mounting holes that match the PC/104 form factor. This allows the modules to be added to any PC/104, PCI-104, or PCI/104-Express stack, making them suitable for embedded applications. Models with high-resolution 16-bit A/D converters are also available.

Online: www.ieci.com.au
Phone: 03 9593 7555
Related Products

Rosemount 350A digital pH/ORP sensor

The Rosemount 350A pH/ORP sensor is designed for harsh processes and simplifies installation and...

WIKA ILT radar sensor

The ILT radar sensor is a compact, free-beam sensor that enables non-contact level measurement,...

ABB NINVA non-invasive temperature instruments

The NINVA Integrated, NINVA Remote and NINVA Compact non-invasive temperature instrumentss are...


  • All content Copyright © 2026 Westwick-Farrow Pty Ltd