Software s MCC DAQ Software User Guide

Software s MCC DAQ Software

Download the Software

Visit www.mccdaq.com/swdownload and download MCC DAQ software.| Visit www.mccdaq.com/Linu x and download the appropriate open-source drivers from GitHub.

Install the Software you Need

Task| MCC

Device

| Software
---|---|---
__

Windows: Acquire, Log and View Data in

Windows without Programming

| Most USB, Bluetooth, Ethernet| Install and run DAQami from the MCC DAQ software to configure the device and acquire data.
__

PCI/PCIe,

other USB

| Install InstaCal and TracerDAQ from the MCC DAQCD software.

Run InstaCal to configure the device, then TracerDAQ to acquire data.

__

Windows:

C, C++, C# NET, VB, or VB .NET

Programming

| __

USB,

Ethernet, Bluetooth, PCI/PCIe

| Install InstaCal and Universal Library (UL) from the MCC DAQ software.

Run InstaCal to configure the device (recommended), or use the UL to configure the device programmatically (advanced), and then use the UL to acquire data programmatically.

__

__

Windows: Python Programming

| __

__

USB,

Ethernet, Bluetooth, PCIe

| Install InstaCal and Universal Library from the MCC DAQ software.

Install the Universal Library Python API for Windows from PyPI (pypi. org/project/mcculw/). Refer to the Project Description for specific requirements and installation instructions.

Run InstaCal to configure the device (recommended), or use the UL to configure the device programmatically (advanced), and then use the UL to acquire data programmatically.

__

Windows:

LabVIEW

Programming

| USB,

Ethernet, Bluetooth, PCI/PCIe

| Install InstaCal and ULx for NI LabVIEW from the MCC DAQ software (an existing LabVIEW 2010 or later installation is required.)

Run InstaCal to configure the device, and then use ULx for NI LabVIEW to acquire data.

__

Linux:

C, C++, or Python Programming

| __

__

USB,

Ethernet

| Install the Universal Library API for Linux from GitHub (github.com/ mccdaq/uldaq). Refer to the README for specific requirements and installation instructions.

Use UL for Linux to configure the device and acquire data programmatically.

MCC DAQ Software

DAQami – Out-of-the-Box Data Acquisition Companion Software for Windows

• Easy-to-use drag and drop interface
• Acquire and generate analog, digital, and counter/timer data
• Scalar, strip, block, and output displays
• Real-time output channel control
• Multiple device support
• No programming required

Universal Library – Data Acquisition Programming Library

Windows:

• Programming support for C, C++, C# NET, VB, VB .NET, and Python
• Common function calls for most MCC hardware
• Example programs

Linux

• Programming support for C, C++, and Python
• Example programs
• Support for select MCC devices (refer to www.mccdaq.com/Linux)

Android

• Develop apps for Android mobile devices using JAVA
• Example programs and demo apps
• The same high-level functions as Universal Library
• Support for select MCC devices (refer to www.mccdaq.com/Android)

ULx for NI LabVIEW – Data Acquisition VI Library for LabVIEW

• Library, VIs, and example programs for LabVIEW
• Comprehensive library of graphical functions

TracerDAQ and TracerDAQ Pro – Out-of-the-Box Virtual Application Suite for Windows

• Virtual strip chart, oscilloscope, function generator, and rate generator
• Acquire and generate analog and digital data
• No programming required

InstaCal – Interactive Installation and Test Utility for Windows

• Configure MCC hardware
• Configuration is used by the UL, ULx for NI LabVIEW, and TracerDAQ
• Test MCC hardware
• Calibrate supported hardware

DAQami Quick Start

DAQami Data Acquisition Companion Software is used to acquire and generate analog and digital data from Measurement Computing USB, Ethernet, and Bluetooth hardware.
DAQami features an intuitive drag-and-drop interface where you can configure your device and acquire data in minutes — no programming is required.
You can acquire, view, and log data in four steps.

Select a DAQ device
Add a Measurement Computing USB, Ethernet, or Bluetooth device to the acquisition. If you don’t have a physical device you can acquire data from the virtual DEMO-BOARD.

Configure device, channel, and acquisition options
Select the channels from which to acquire data, and configure the acquisition. Options may include the channel mode, measurement type, scale factors, DIO direction, counter mode, sample rate, trigger type, and so on. The available options are specific to the selected device.

Add displays and channels
Drag your channels onto any combination of strip, block, and scalar displays. The output display provides real-time controls you can manipulate during an acquisition.

Acquire and log data
Acquired data is plotted on the displays. You can run the acquisition and preview the data without logging, or run the acquisition and log the data to disk. Data is acquired from each activated channel, even if it is not added to a display.
You can show the values of specific data points, and review data as it is acquired.

The DAQami Help file includes detailed information about how to modify configuration and acquisition settings, customize each display, and export logged data. The DAQami Step-by-Step Guide shows you how to set up the acquisition.
Download and install DAQami from www.mccdaq.com/DAQami.

Visit our website at www.mccdaq.com for information about Measurement Computing software.
© Measurement Computing Corporation. All rights reserved.

Rev 6, Aug22 QS-MCCDAQ-web

References

• GitHub: Let’s build from here · GitHub
• MCC DAQ - About
• API Library for supported MCC DAQ Devices using the Android Platform
• DAQami Data Acquisition Companion Software for Acquiring Data and Generating Signals
• MCC Linux Support Selection
• Data Acquisition Software/Driver Downloads

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