Introducing NI mioDAQ: More Accurate Measurements, Faster Than Ever
The all-new NI mioDAQ is better by any measure, combining the latest DAQ technology with NI quality design.
| EASY SETUP | BETTER MEASUREMENTS | SOFTWARE OPTIONS |
| Thanks to a convenient QR code right on the chassis, it’s a breeze to access setup instructions, specs, drivers and software. | mioDAQ delivers higher resolution and greater speed for more precise measurements, faster. | mioDAQ has multiple options for software support so engineers can work they way they want to. |
| mioDAQ uses USB-C for data and power, and all other connectivity accessories are included. | 20-bit resolution and a sample rate of 1 MSPS. | Take advantage of DAQ compatibility by using your existing NI data acquisition drivers. |
| Mounting headaches are a thing of the past, thanks to multiple mounting options and zip-tie holes for maximum flexibility. | Develop custom software with drivers and example programs for LabVIEW, Python and more. | |
| If you don’t program, NI Flexlogger Lite DAQ software is included, free! |
What can you do with mioDAQ?
With ±10 V inputs, ±10 V outputs, TTL digital lines, and NI’s patented counter/timer circuitry, there are hundreds of tasks engineers, researchers, and test professionals can accomplish using mioDAQ.
| Measure | Measure | Generate and Control |
| • ±10 VDC signals • Sensors that output ±10 VDC • High-speed voltage signals @ up to 1 MS/s/ch. • Voltage drops across a shunt resistor for current measurement • Battery cell voltages (±10 VDC peak cell measurement) | • Power rails on USB/battery-powered electronic boards (PCBs) • Pulse and event counting • Digital • Quadrature encoders • Resolvers • String pots, line pots • Low-voltage current sensors • Low-voltage potential transformers • And many more… | • Voltage output (±10 V) @ 200 kS/s/ch • Simulate sensors/signals • Digital output (TTL) • Connect to LEDs • External relay (control with digital lines) • Generate pulse-width modulated signals |
Request a Quote