MCC USB-1608G Series

The USB-1608G Series of high-speed multifunction USB data acquisition (DAQ) devices are ideal for low to medium channel count applications, and provide analog along with digital and counter/timer functions. Up to two analog outputs are available. OEM versions are available for embedded applications.

Quick Start Guide

• USB-1608G Series Data Sheet

• USB-1608G Users Guide

• USB-1608GX Users Guide

• USB-1608GX-2AO Users Guide

• DAQami™ data acquisition companion software for acquiring data and generating signals

• TracerDAQ® for acquiring and displaying data and generating signals

• InstaCal™ software utility for installing, configuration, and testing

• Universal Library includes support for Visual Studio® and Visual Studio®.NET, including examples for Visual C++®, Visual C#®, and Visual Basic®.NET

• ULx for NI LabVIEW™ Library of VIs and example programs to speed your NI LabVIEW development

• UL for Linux® Support for MCC DAQ products

• Python™ for Windows® and Linux® Support for MCC DAQ Products

• DASYLab® Icon-Based Data Acquisition, Graphics, Control, and Analysis Software

• TracerDAQ® Pro Out-of-the-box virtual instrument suite with strip chart, oscilloscope, function generator, and rate generator – professional version

• LabVIEW Graphical Programming for Test and Measurement

• MatLab® Support for MCC products Software Environment for Data Acquisition, Data Analysis, and Application Development

• MCCDAQ.EXE Download MCC DAQ Software

• InstaCal™ Includes an easy-to-use installation and test utility with device drivers.

• Acquiring Data and Generating Signals with DAQami

• Using TracerDAQ with USB Hardware

• Getting Started with DASYLab

• Using Measurement Computing Analog Output DAQ devices with MATLAB

• Using Measurement Computing Analog Input DAQ devices with MATLAB

• Raspberry Pi Data Acquisition using Universal Library for Linux®

• Utilizing Digital Inputs / Outputs with MCC DAQ

• Acquiring a Single Analog Input Value with MCC DAQ

• Acquiring an Analog Waveform with MCC DAQ

• Basic Analog Input Signal Connections (Part 1)

• Basic Analog Input Signal Connections (Part 2)

• Windows C Program USB-1608G Continuous with Digital IO

• VB.Net 2013 Continuous Background Scaled Data example

• Python for Windows Continuous Background with Device Discovery

• How to program two USB-1608G

• Using DASYLab to measure a pulse peak as well as pulse width

• Linux app: 8 channel high speed data logger

• Creating and appending data to a text file using the .NET StreamWriter class

• Controlling a relay or solenoid from a digital out

• Finite length AO with different waveform data each time - ULx for LabVIEW

• USB-1608G CSharp (C#) single point measurement

• USB-1608G CSharp (C#) Digital Output

• Windows C Program USB-1608G Continuous with Digital IO

• USB-1608G CSharp (C#) Analog Output Scan

• USB-1608G CSharp (C#) External Trigger Auto Retrigger

• USB-1608G CSharp (C#) Finite One Shot Acquisition

• USB-1608G CSharp (C#) Duty Cycle Pulse Output

• USB-1608G CSharp (C#) Continuous Buffer Read

• USB-1608G CSharp (C#) External Trigger Input

• Implementing a function generator using Measurement Computing’s High speed analog output products

• MatLab Analog Output Script

• MatLab Analog Input Script

• USB-1608G Series firmware and software upgrades fix A/D data issues

• Example Program: Analog output streaming on multi channels

• USB-1608G Series, Background Operation already in Progress error

• Utility: Digital AUXPORT Test/Diagnostic Program

• VB.NET and C#.NET examples for the USB-1608G series, modified from the Universal Library

• Getting started with ULx for NI LabVIEW Part 1

• Getting started with ULx for NI LabVIEW Part 2

• Getting started with ULx for NI LabVIEW Part 3

• Collection of USB-1608G series C#.NET examples

• Collection of USB-1608G series VB.NET examples

• Linux OS, AInScan continuous written to .csv file in Python

• Linux OS, AInScan continuous written to .csv file in C