The Igor NIDAQ Tools MX package provides additional support for data acquisition directly into the Igor Pro scientific analysis and graphing application. Acquire data directly into one of the most powerful programmable data analysis environments and go from data acquisition, through analysis, to the creation of publication-quality graphics in a single environment!
The Igor NIDAQ Tools MX is supported by Windows 7 or later and works with most multifunction DAQ devices supported by National Instruments NI-DAQmx driver software and supports Windows 7 or later.
(Macintosh OS X: Because National Instruments has not created the appropriate drivers for Mac OS X, we cannot offer NIDAQ Tools MX for Macintosh.
With NIDAQ Tools MX you can read analog inputs and scan into Igor waves in memory or scan analog inputs to disk to analyze later, as well as control counter-timers and multiple DAQ devices simultaneously.
NIDAQ Tools MX includes several pre-programmed control panels to provide a point-and-click interface to basic data acquisition functions. Use the panels as-is, or modify the procedure files to customize them for your own purposes.
More complex, customized applications can be created using Igor's built-in programming language, extended by NIDAQ Tools MX to include data acquisition and control functionality. Igor control panels can be used to make a nice user interface for DAQ systems.
With NIDAQ Tools MX you can:
The NIDAQ Tools package can be used for a variety of data acquisition and control applications.
NIDAQ Tools MX has been used for applications from acquisition and control of synchrotron X-ray sources to artillery testing.
Many of our customers have built their own neurophysiology packages based on NIDAQ Tools.
For example, Neuromatic is a collection of Igor Pro functions for analyzing electrophysiological data. It can be enhanced with an add-on data acquisition module, NClamp, to acquire patch-clamp data using National Instruments DAQ hardware.
Photo courtesy of Dr. Bruce MacIver
Igor being used to control, record, analyze and store electrophysiology data in real time from an isolated brain slice experiment.
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