The NI AT-MIO-16XE-10 is a 16-bit multifunction DAQ board delivering 100 kS/s analog input sampling for demanding measurement and control applications. Built on E Series technology, this ISA-bus card provides 16 single-ended analog input channels, 2 analog outputs, 2 24-bit counters, and 8 TTL digital I/O lines—all configurable through software without manual jumper setup.
Technical Specifications
Analog Input
• 16 single-ended channels, 16-bit resolution
• 100 kS/s maximum sampling rate (per channel and to disk)
• Software-selectable ranges: 0 to 10 V (unipolar), ±10 V (bipolar)
• Input impedance: 100 GΩ || 100 pF
• Overvoltage protection: ±25 V (powered), ±15 V (unpowered)
• ADC type: Successive approximation with integral dither
• Onboard temperature sensor with < 0.0006%/°C drift
Analog Output
• 2 channels, 16-bit resolution
• 0 to 10 V unipolar or ±10 V bipolar, software-selectable
• 5 mA source/sink at ±10 V
Counters & Digital I/O
• 2 × 24-bit counters, 20 MHz maximum frequency
• 8 digital I/O lines, 5 V TTL, 13 mA source and 24 mA sink capability
• 1.1 ns rise time
Data Transfer Architecture
• Up to three 16-bit DMA channels with scatter-gather capability
• NI MITE ASIC optimizes concurrent I/O and high-speed transfers
• NI PGIA amplifier ensures settling times across all gain settings
– Key Features
• Plug and Play ISA compatible; operates in non-Plug and Play systems as a switchless board
• 68-pin I/O connector with support for SH68-68-EP shielded cable and SCC-68 connectors
• Included NI-DAQmx driver and configuration utility
• Board dimensions: 13.3 × 3.9 inches
– Typical Applications
Laboratory automation, research instrumentation, design verification, manufacturing test, and any process requiring sustained high-speed multi-channel data acquisition with integrated analog output and timing control.
– Compatibility & Integration
ISA bus interface with Plug and Play resource management. Compatible with legacy non-Plug and Play systems. Works with standard NI accessory cables and terminal blocks for rapid system integration.
