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16-bit, 4-Channel, ±60V, High-Voltage Analog Output Board

DNx-AO-308-354, DNA-AO-308-354, DNR-AO-308-354, DNF-AO-308-354


  • DNA/DNR/DNF-AO-308-354 for use in Cube/RACKtangle™/FlatRACK I/O chassis
  • 8 independent DACs, 16-bit resolution
  • 50 kHz per channel max update rate
  • Four channels with ±60 V output range, ±5 mA per channel
  • Four channels with ±10 V output range, ±5 mA per channel
  • Simultaneous update across all channels
  • Requires external ±60 V power source. In Cube chassis, it may be powered internally when using the DNA-PC-914 power conversion board.
16-bit, 4-Channel, ±60V, High-Voltage Analog Output Board
Product Style: What do the "DNx" prefixes mean? "DNA" prefix is for a Cube & MIL Cube Board, "DNR" prefix is for a Rack & MIL Rack Board , and "DNF" prefix is for a FLATRACK board.
Quantity: $2010
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Typically in stock for shipment in 3-4 weeks. Subject to global supply chain challenges.

DNx-AO-308-354, DNA-AO-308-354, DNR-AO-308-354, DNF-AO-308-354

The DNA-AO-308-354, DNR-AO-308-354, and DNF-AO-308-354 are high-precision, high-voltage analog output boards compatible with UEI’s Cube, RACKtangle and FLATRACK I/O chassis respectively. The boards offer 16-bit, 4-channel ±60 V analog outputs and 4 channels of ±10 V output with per-channel digital offset and gain calibration, buffered output, excellent linearity, and low output noise. The DNA/DNR/DNF-AO-308-354 is designed for the demanding high-voltage applications with ±55 V analog output span and up to ±5 mA of current per channel. This board requires an external power supply such as the DNA-PC-914 board. In Cube installations, connections to the DNA-PC-914, ±63 power may be made inside the Cube. Otherwise the power supply must be connected externally. Since the maximum power consumption may exceeds 4.5 W, this DNA-AO-308-354 may require the rear-mount fan (DNA-FANx) option in Cube applications.

Software is included, providing a comprehensive, yet easy-to-use API that supports all popular operating systems, including Windows, Linux, and most real-time operating systems—such as QNX, Intime, VXworks, and more. Additionally, the UEIDAQ Framework—an even higher level Windows driver—supplies complete support for those creating applications in many popular Windows programming languages, as well as data acquisition software packages such as LabVIEW and MATLAB/Simulink.