NI’s entry-level, plug-and-play USB DAQ devices deliver the quality measurements you need at an accessible price point. Compare product specs at ni.com.
These all-in-one devices connect to a computer over USB or can be installed in a computer. Recommended Uses: Desktop and workbench data acquisition ±10 V input/output and digital signals Sensors with 10 V output signals CompactDAQ System For more diverse measurement options, upgrade to a...
This guide describes how to confirm your NI data acquisition (DAQ) device is operating properly. Install your application and driver software, then your device, using the instructions packaged with your device. Confirm Device Recognition Complete the following steps:1.Launch MAX by double-clicking ...
Data acquisition systems measure electrical and physical phenomena like voltage, current, temperature, pressure, and sound. Learn how to build your DAQ system.
如果您的設備出現在“Data Acquisition Devices”下,請確認NI Device Loader服務已啟動。 如果您的設備出現在不同的類別下,請完成以下一個或兩個過程: 右鍵單擊設備,然後在裝置管理員中將其卸載。然後,重新啟動電腦,並自動安裝設備的軟體。 手動將設備與適當的驅動程式聯合。檢查...
Provides support for NI data acquisition and signal conditioning devices. NI-VISA Provides support for Ethernet, GPIB, serial, USB, and other types of instruments. NI-488.2 Provides support for NI GPIB controllers and NI embedded controllers with GPIB ports. Community Partners ...
[font=times]National Instruments Introduces Highest-Accuracy Multifunction Data Acquisition Devices with USB Connectivity[/font] [font=times][Color=#708090]NEWS RELEASE National Instruments today announced a new line of M Series USB data acquisition (DAQ) devices with 18-bit analog input accuracy at...
Reports on the launch of the NI PCIe-6251 and NI PCIe-6259 computer-based multifunction data acquisition (DAQ) devices from National Instruments (NI) for PCI Express bus technology, as of August 2005. Benefits of the DAQ devices to engineers and scientists; Views of Tim Dehne, senior vice ...
NI Portable Student Devices are data acquisition and control instruments that enable students to measure and analyze signals or design real systems.
Create a DataAcquisition and Add Analog Input Channels Create a DataAcquisition, set theRateproperty (the default is 1000 scans per second), and add analog input channels usingaddinput. dq = daq("ni"); dq.Rate = 8000; addinput(dq,"cDAQ1Mod4","ai0","Voltage"); ...